Elements of Form and Space
1
Studio Booklet Academic Year 2020 - 2021
Tutors: Gaurang Shah and Amal Shah Teaching Associate : Shikha Mehta Program: Bachelors in Design | L2 Studio Unit
This is an academic publication, outlining the details of the Elements of Form and Space Studio conducted in two semesters for the Bachelor of Design Program in the academic year of 2020 - 2021.
Design: Shikha Mehta
Content: Gaurang Shah, Amal Shah, Shikha Mehta
All rights reserved. No part of this book may be reprinted or reproduced in any form, including photocopy and recording without the permission in writing granted from the publishers.
Copyright © 2020 Faculty of Design, CEPT University. All Rights Reserved.
2 Elements of Form and Space Studio
Elements of Form and Space
Studio Booklet Academic Year 2020 - 2021
Tutors: Gaurang Shah and Amal Shah
Teaching Associate : Shikha Mehta
Program: Bachelors in Design | L2 Studio Unit
Typology: Visualizing and Communicating
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4 Elements of Form and Space Studio
About the studio
Studio
Exercises
Gestalt Laws of Perception Infographics
2D Radii Manipulation 3D Radii Manipulation
EndForms Generation
De-construction of Space
Final Design Project 1 (Spring 2020)
Exercises - Ergonomic & Posture Study, CFM Case-study
Site Study, Conclusions & Vision Board
Concept Development and Evolution
Developed Products and their Process
Final Design Project 2 (Monsoon 2020)
Exercises - Research and Extraction of Inferences
CMF Considerations
Concept Development and Evolution
Developed Products and their Process
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Brief Studio Outline Participants Design
11 18 42 58 82 90 96 102 130 136 148 07 07 08
Content
About the Studio
Studio Brief
A form is an image presented by the outer surfaces of an object or a structure. Form changes noise into music, simple marks into alphabets and writing and coloured brush strokes into painting. For designers form gives shape and structure to the raw materials of the world shaped by data, information, intelligence, creativity and imagination.
Form is much more than the appearance or aesthetic properties of an object created by its outer surface. Form depends on the users viewpoint and the environment in which it is located; it is the expression of a product’s practicality, usability, and desirability and may convey social and cultural meaning or what John Dewey calls its intellectual, practical, and emotional characteristics. It is all aspects of an objects character, including the values and culture to which it belongs. The totality of sensory experience and perception of every object is, in some way, conveyed by its form.
The Elements of Form and Space Studio refines and sharpens the students’ perceptual and aesthetic sensibility to all aspects of form making including: geometric relationships; form integration; form manipulation and form transitions explored through sketching, drawing and physical and virtual modelling. Students gain the skills to understand and apply basic principles of form generation and to articulate their form ideas visually and verbally.
Studio Outline
This booklet is an outcome for the Level 2 studio conducted during the Acdemic Year 2020 - 2021, in the Bachelor of Design program at Faculty of Design, CEPT University.
The studio follows stages of design process, from understanding Gestalt Laws, form manipulation to achieving solutions for product designing. During each stage, students are given exercises that guides development of their design. In the final design assignment, the students understand form and space in terms of a product in the built environment, the relation with its context and users, and the merge of form, functionality, and context in the design process.
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Spring 2020 Participants
8 Elements of Form and Space Studio
Gaurang Shah Amal Shah Shreya Nanavaty
Aashman Amin
Brinda Jasoliya
Khushi Jain
Apoorv Magdum
Arushi Garg
Neha Gandhi
Aryan Kapoor
Jayashre Bangarusam
Het Desai
Rashmila K
Aakash Mali
Kathan Chauhan
Stuti Gandhi
Students
Participants
Monsoon 2020
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Gaurang Shah Amal Shah Shikha Mehta
Ansh Ajmera
Harshavi Patel
Maitreya Pathak
Archi Shah
Isha Shah
Margi Sutariya
Bansari Shah
Kinshuk Adeshra
Suhani Nathan
Diya Chhaniyara
Kushani Mehta
Vaishnavi Borkar
Students
Design Exercises
Gestalt Laws of Perception Infographics 1.
Objective
The exercise involves development of individual representation for the Gestalt Laws of Perception (Law of Similarity, Proximity, Figure and Ground, Closure, Unified Connectedness, Symmetry, etc) through infographics depicting the student’s understanding and interpretation.
The process begins by taking examples from student’s surroundings to interpret where and how the Gestalt’s Laws of perception are seen, followed by research and examples from logos, movies, visuals, etc. The students then produce infographics for each Law as per their understanding and interpretation of it.
Learning Outcomes
• Understanding of Laws which govern human perception
• Ability to look at forms and spaces through a lens of visual laws and evolve a manner of perception.
• A subsequent application and integration of visual Laws on form manipulation in a logical, yet creative manner.
• To be able to extract an individual method of perception of form.
• Verbal and visual communication skills Output
• An exploration of real-life examples of where the laws can be seen are represented through a presentation.
• An extracted understanding and interpretation of forms depicted through developed infographics which concludes in an overall understanding of the laws of perception.
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GESTALT LAWS OF VISUAL PERCEPTION
GESTALT LAWS OF VISUAL PERCEPTION
Gestalt is a german word for ‘form’. Within the larger Gestalt Psychology come the Principles of Grouping called Pragananz. Pragnanz or The Law of Simplicity states that we perceive visuals in its simplest form, removing all complexities and unfamiliarities when we subconsciously group a set of objects based on certain laws as shown here.
Gestalt is a german word for ‘form’. Within the larger Gestalt Psychology come the Principles of Grouping called Pragananz. Pragnanz or The Law of Simplicity states that we perceive visuals in its simplest form, removing all complexities and unfamiliarities when we subconsciously group a set of objects based on certain laws as shown here.
12 Elements of Form and Space Studio
Gestalt principles have been used subconsciously used since the beginning of time, as we can see in some of the oldest dated examples, before they were even officially formulated. This reinstates that these laws are truly an innate part of being human.
Fig 1.1 Bansari Shah Gestalt Infographics
Gestalt principles have been used subconsciously used since the beginning of time, as we can see in some of the oldest dated examples, before they were even officially formulated. This reinstates that these laws are truly an innate part of being human.
CEPT University Faculty of Design
CEPT University Faculty of Design
Elements of Form and Space Studio BD 2004
Elements of Form and Space Studio BD 2004
Gestalt Principles Infographics
Gestalt Principles Infographics
Bansarin Shah UG180103
Bansarin Shah UG180103
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Fig 1.2
GESTALT PRINCIPLES are in the mind, not the eye.
Fig 1.2 Suhani Nathan Gestalt Infographics
Fig 1.3 Kinshuk Adeshra Gestalt Infographics
14 Elements of Form and Space Studio
A D
Proximity
The principle of proximity states that things that are close together appear to be more related than things that are spaced farther apart.
Symmetry
Proximity
Proximity
Closure
Proximity
The principle of proximity states that things that are close together appear to be more related than things that are spaced farther apart.
The principle of proximity states that things that are close together appear to be more related than things that are spaced farther apart.
The principle of closure states that when we look at a complex arrangement of visual elements, we tend to look for a single, recognizable pattern.
The principle of proximity states that things that are close together appear to be more related than things that are spaced farther apart.
Closure
The principle of closure states that when we look at a complex arrangement of visual elements, we tend to look for a single, recognizable pattern.
Closure
Closure
Closure
Symmetry
Continuity
Symmetry
The principle of closure states that when we look at a complex arrangement of visual elements, we tend to look for a single, recognizable pattern.
The principle of closure states that when we look at a complex arrangement of visual elements, we tend to look for a single, recognizable pattern.
The principle of closure states that when we look at a complex arrangement of visual elements, we tend to look for a single, recognizable pattern.
This law comprises the fact that we prefer symmetric appearances over asymmetric ones. Symmetric objects or arrangements are associated with positive aspects such as stability, consistency and structure .
This law comprises the fact that we prefer symmetric appearances over asymmetric ones. Symmetric objects or arrangements are associated with positive aspects such as stability, consistency and structure .
The principle of continuity states that elements that are arranged on a line or curve are perceived to be more related than elements not on the line or curve.
This law comprises the fact that we prefer symmetric appearances over asymmetric ones. Symmetric objects or arrangements are associated with positive aspects such as stability, consistency and structure .
Continuity
The principle of continuity states that elements that are arranged on a line or curve are perceived to be more related than elements not on the line or curve.
Continuity
Figure and Ground
Continuity
The principle of continuity states that elements that are arranged on a line or curve are perceived to be more related than elements not on the line or curve.
Continuity
The principle of continuity states that elements that are arranged on a line or curve are perceived to be more related than elements not on the line or curve.
The principle of continuity states that elements that are arranged on a line or curve are perceived to be more related than elements not on the line or curve.
According to this principle, we tend to segment our visual world into figure and ground. Figure is the object or person that is the focus of the visual field, while the ground is the background.
“Its not the eyes, that makes the visualization of the external world possible, but its the perception out of the awareness field. Your eyes are the same, but you view two things differently.”
Figure and Ground
According to this principle, we tend to segment our visual world into figure and ground. Figure is the object or person that is the focus of the visual field, while the ground is the background.
“Its not the eyes, that makes the visualization of the external world possible, but its the perception out of the awareness field. Your eyes are the same, but you view two things differently.”
Figure and Ground
Figure and Ground
Figure and Ground
According to this principle, we tend to segment our visual world into figure and ground. Figure is the object or person that is the focus of the visual field, while the ground is the background.
According to this principle, we tend to segment our visual world into figure and ground. Figure is the object or person that is the focus of the visual field, while the ground is the background.
According to this principle, we tend to segment our visual world into figure and ground. Figure is the object or person that is the focus of the visual field, while the ground is the background.
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CEPT University Elements of Form and Space Studio BD 2004 Faculty of Design
Kinshuk Adeshra UG180307
CEPT University Elements of Form and Space Studio BD 2004 Gestalt Principles Infographics Faculty of Design
Kinshuk Adeshra UG180307
Fig 1.3
Architectural examples are observed over here.
Note:
COMMON REGION
When objects are located within the same closed region, with visible barriers, we perceive them as being grouped together.
Daily life examples are observed for this principle.
CLOSURE
When one sees an image that has missing parts, the brain will fill in the blanks and make a complete image so that one can still recognise the pattern.
Examples of tessalation patterns are observed.
Note: In all the three examples proximity is also observed alongwith closure.
SIMILARITY
When things appear to be similar through a variety of design elements like color and organization, to each other, we tend to group them together.
Here the examples of tessalation patterns are observed.
Note: In the second example, the law of figure ground is also observed.
FIGURE GROUND
People instinctively perceive objects as either being in the foreground or the background. They either standout prominently inthe front or recede back into the back. It is perceived that generally smaller objects seen first and then, the larger objects.
Isolated figures against background are put as examples.
CONTINUITY
Elements that are arranged on a line or curve are perceived to be more related than elements not on the line or curve.
Examples of graphics showing linearity are taken into consideration over here.
16 Elements of Form and Space Studio Fig 1.4
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Isha Shah UG180205 Gestalt Principles Infographics
In all the three examples closure is also observed alongwith symmetry.
IT IS NOT WHAT YOU SEE, IT IS WHAT YOU PERCEIVE
F I G. G R O
Re l at i o n bet we en t h e ob j ect a n d i t s s ur r o un din g F o r eg r o u nd - B ac k g r o un d
i r e c ti o n H e lps d i r e c t t he e y e
17 SIMILARITY SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE PROXIMITY CLOSURE SYMMETRY FIG. GROUND CONTINUITY S I M I L A R I T Y Silimilar t h i ng s p e r c e ve d to b e r el at ed Th r ou gh si ze c o l o r sha p e and a no mall y P R O X I M I T Y T h i ng s c los e t o ge t he r pe r ce i ved t o be r el a te d U se for g r o u p i n g C L O S U R E C om p l e t e t h e inc o m p l e t e Te nd t o lo ok f or r e co g nis a ble p a t te r n V isual e q ui va le n ce amon g el e me n ts S Y M M E T R Y C O N T I N U I T Y El e men t s a s co n ti n ui n g t h eir e s ta blie d d r e c ti o n H e lps d i r e c t t he e y e F I G. G R O U N D Re l at i o n bet we en t h e ob j ect a n d i t s s ur r o un din g F o r eg r o u nd - B ac k g r o un d PRIN CIPLE S T H R O U G H V ARIABLE S PR I NC P L E V AR I AB L E PRINC I P L E V ARIA B L E TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SYMMETRY FIG. GROUND CONTINUITY CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SYMMETRY FIG.
CONTINUITY CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SYMMETRY
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SYMMETRY
CONTINUITY CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SYMMETRY FIG. GROUND CONTINUITY CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SYMMETRY FIG. GROUND CONTINUITY CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 ANSH AJMERA UG190127 Gestalt Principles Infographics PRINC P L E V ARIA B L E “W H Y W E , H O W W E , W H A T WE SEE ” SIMILARITY SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE PROXIMITY CLOSURE SYMMETRY FIG. GROUND CONTINUITY S I M I L A R I T Y Silimilar t h i ng s p e r c e i ve d to b e r el at ed Th r ou gh si ze c o l o r sha p e and a no mall y P R O X I M I T Y T h i ng s c los e t o ge t he r pe r ce i ved t o be r el a te d U se for g r o u p i n g C L O S U R E C om p l e t e t h e inc o m p l e t e Te nd t o lo ok f or r e co g nis a ble p a t te r n V isual e q ui va le n ce amon g el e me n ts S Y M M E T R Y C O N T I N U I T Y El e men t s a s co n ti n ui n g t h eir e s ta blie d d i r e c ti o n H e lps d i r e c t t he e y e G E S T A L T PR I N C IP L E S THE WHOLE IS DIFFERENT FROM THE SUM OF ITS PARTS F I G. G R O U N D Re l at i o n bet we en t h e ob ect a n d i t s s ur r o un din g F o r eg r o u nd - B ac k g r o un d PRIN CIPLE S T H R O U G H V ARIABLE S PR I NC I P L E V AR I AB L E PRINC I P L E V ARIA B L E SIMILARITY SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE TEXTURE COLOR ORIENTATION PROXIMITY CLOSURE SYMMETRY FIG. GROUND CONTINUITY S I M I L A R I T Y Silimilar t h i ng s p e r c e i ve d to b e r el at ed Th r ou gh si ze c o l o r sha p e and a no mall y P R O X I M I T Y T h i ng s c los e t o ge t he r pe r ce i ved t o be r el a te d U se for g r o u p i n g C L O S U R E C om p l e t e t h e inc o m p l e t e Te nd t o lo ok f or r e co g nis a ble p a t te r n V isual e q ui va le n ce amon g el e me n ts S Y M M E T R Y C O N T I N U I T Y El e men t s a s co n ti n ui n g t h eir e s ta blie d d
GROUND
SYMMETRY FIG. GROUND CONTINUITY
FIG. GROUND CONTINUITY
FIG. GROUND
U N D
PR
L E V
PRINC
L E V
SIZE VALUE TEXTURE COLOR ORIENTATION SHAPE SIZE VALUE PROXIMITY CLOSURE SYMMETRY FIG. GROUND CONTINUITY S I M I L A R I T Y Silimilar t h ng s p e r c e i ve d to b e r el at ed Th r ou gh si ze c o l o r sha p e and a no mall y P R O X I M I T Y T h ng s c los e t o ge t he r pe r ce ved t o be r el a te d U se for g r o u p n g C L O S U R E C om p l e t e t h e inc o m p l e t e Te nd t o lo ok f or r e co g nis a ble p a t te r n V isual e q ui va le n ce amon g el e me n ts S Y M M E T R Y C O N T I N U I T Y El e men t s a s co n ti n ui n g t h eir e s ta blie d d i r e c ti o n H e lps d r e c t t he e y e G E S T A L T PR I N C IP L E S THE WHOLE IS DIFFERENT FROM THE SUM OF ITS PARTS F I G. G R O U N D Re l at o n bet we en t h e ob j ect a n d i t s s ur r o un din g F o r eg r o u nd - B ac k g r o un d PRIN CIPLE S T H R O U G H V ARIABLE S PR I NC I P L E V AR I AB L E PRINC P L E V ARIA B L E Fig 1.4 Isha Shah Gestalt Infographics Fig 1.5 Ansh Ajmera Gestalt Infographics demonstrated as principles through variables Fig 1.5
PRIN CIPLE S T H R O U G H V ARIABLE S
I NC I P
AR I AB L E
I P
ARIA B L E SIMILARITY
flexibility. manipulate.
5 Step Radii Manipulation
Here we saw how to incorporate radii manipulation and how it changes the character of the form in just 5 steps where we see a rapid transition between two forms.
5 Step Radii Manipulation
Here we saw how to incorporate radii manipulation and how it changes the character of the form in just 5 steps where we see a rapid transition between two forms.
Radii Manipulation
Here we understanding done.
21 Step Final Form Manipulation
We had to finalize a particular form and then manipulate the form in 21 steps to observe how the form slowly evolves into the final form.
21 Step Final Form Manipulation
We had to finalize a particular form and then manipulate the form in 21 steps to observe how the form slowly evolves into the final form.
Inspiration and Concept Statement
3D Models Based using
3D Models Based using
Inspiration and Concept Statement
After finalizing the form, it had an aggressive feel to it, with a sense of direction to it. For me, it felt like the forked tongue of a snake thus tried expressing the form that brings out that.
After finalizing the form, it had an aggressive feel to it, with a sense of direction to it. For me, it felt like the forked tongue of a snake thus tried expressing the form that brings out that. This form as the
This form as the
18 Elements of Form and Space Studio
Radii Manipulation Here we understanding done.
Selected
Selected
Maitreya Pathak 2D Radii Manipulation Stages of Transition
2D Radii Manipulation 2.
Objective
The exercise begins with exploring origins of form by bridging necessary straight-line order to a basic curvilinear order. The development of motherforms is based on divisions and subdivisions of a square. The task is to recognize the changing attributes, characteristics and visual properties of the form, and the forms are individually developed as transitional forms through multiple stages. Generation of forms from the grid is followed by Integration of the forms by applying the technique of Radii Manipulation on the generated forms, and, analysing the attributes of the forms.
One or more attributes are developed and transformed into a 3 dimensional model through multiple stages of operation, that creates visual order through arrangement of forms.
Learning Outcomes
• An insightful understanding of the bridge between basic straight line order and basic curvilinear order.
• Learning and application of factors governing human perception.
• An understanding of the basic frames of reference in visual perception.
• Visual communication skills
Output Mediums
• Sketches on A4/A3 papers, shading with India Ink
• Process models in paper, thermocol/foam, boards. Final Models in Acrylic (coloured or translucent), MDF.
Output
• Generating forms with different attributes by exploring varying radii at varying corners through sketches.
• Translation of selected forms in 5 evolving steps.
• Translation of selected forms in 21 evolving steps.
• Creating digital and physical models of 21 step translation from Motherform to Endform.
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Generation of MotherForms
Exploration of forms from a 6 by 6 grid with a consideration of what emotions the forms evoke
Fig 2.1 Brinda Jasoliya Library of Motherforms from a 6 by 6 grid
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21
Fig 2.2 Fig 2.3
Application of 2D Radii Manipulation
Explorations by applying radii at corners of selected forms to change the attributes of the manipulated ‘end’ form from the original motherform: (1) Radii at 2-3 corners of the form (2) Radii at all corners (3) Changing degree of radii
Fig 2.2 - Fig 2.4 Bansari Shah Manipulated forms from one motherform
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Fig 2.4
Fig 2.5
Fig 2.6
Fig 2.5 - Fig 2.7 Aryan Kapoor Explorations of Radii Manipulation to the Motherform
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Fig 2.7
Fig. 2.8
2D Radii Manipulation in 5 steps
Achieving the endform from the motherform in 5 steps of radii transformation, such that, the middle step is at a neutral characteristic, with the identity of both the motherform and the endform while the remaining two steps are in transition.
26 Elements of Form and Space Studio
Fig 2.8 Bansari Shah, Fig 2.9 Aryan Kapoor 5 step translation to different endforms
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Fig 2.9
Fig 2.10
2D Radii Manipulation in 21 steps
Achieving the endform from the motherform in 21 gradual steps of radii manipulation as a smooth translation
Fig 2.10, Fig 2.11 Suhani Nathan 21 step radii manipulation of selected endforms
28 Elements of Form and Space Studio
29
Fig 2.11
Sharp, rigid, dense, hard, pointy, & fixed. Soft, playful, fluid, light, movement, directional.
Fig 2.12
The transition from the mother form to the final form changes the character of the from in a way that it goes from a rigid, sharp form with straight lines and angles to a soft, fluid form.
The fluidity of the final form gives a sense of abundance of space, whereas the mother form looks compact.
The transition is done by both addition and subtraction.
Understanding configuration and attributes of Endform
Analyzing the changing attributes of the form, associating them with a concept from nature, and applying the concept to a visual arrangements of forms that are in transition.
Fig 2.12 Suhani Nathan Analysis of Motherform and Endform
30 Elements of Form and Space Studio
TWENTY- ONE STEPS MANIPULATION
TWENTY- ONE STEPS MANIPULATION
FORMS INSPIRATION OF THE MODEL
FINAL FORMS INSPIRATION OF THE MODEL
Directional Unstable Organic Ebullient
INSPIRATION OF THE MODEL
The final model is inspired from the movement of Water The arrangement of forms is done in such a way resembles a half wave through side elevation.
INSPIRATION OF THE MODEL
The final model is inspired from the movement of The arrangement of forms is done in such a way resembles a half wave through side elevation.
The mother form looks very directional and unstable while the transformed form gives a sense of fluidity in itself. The final model was made keeping in mind the organic traits of the final form.
The final model is inspired from the movement of Water Waves in nature. The arrangement of forms is done in such a way that the end result resembles a half wave through side elevation.
The final model is inspired from the movement of Water Waves in nature. The arrangement of forms is done in such a way that the end result resembles a half wave through side elevation.
The mother form looks very directional and unstable while the transformed form gives a sense of fluidity in itself. The final model was made keeping in mind the organic traits of the final form.
PROCESS MODEL
Process Models of the shortlisted forms were made mediums.
PROCESS MODEL
The final model is inspired from the movement of Water Waves in nature. The arrangement of forms is done in such a way that the end result resembles a half wave through side elevation.
Process Models of the shortlisted forms were mediums.
TARANG | A MODEL INSPIRED BY THE MOVEMENT OF WATER WAVES
PROCESS MODEL
PROCESS MODEL
Process Models of the shortlisted forms were made using different mediums.
Process Models of the shortlisted forms were made using different mediums.
in mind the organic traits of the final form.
TARANG | A MODEL INSPIRED BY THE MOVEMENT OF WATER WAVES
31 Fig 2.14 Diya Chhaniyara Application of attributes to translation model Fig 2.13 Ansh Ajmera Attributes of Motherform and Endform SELECTION OF FORM AND CURVES IN 5 STEPS HOW THE ATTRIBUTES CHANGE WITH THE RADII MANIPULATION OF FORM FORM TRANSITION DIRECTIONAL ROBUST STABLE MOVEMENT FLOW UNSTABLE MOTHER FORM FINAL FORM TRANSITION OF INGEGRATION THROUGH CONFIGURATION PROCESS MODEL SELECTION OF FORM AND CURVES IN 5 STEPS HOW THE ATTRIBUTES CHANGE WITH THE RADII MANIPULATION OF FORM FORM TRANSITION DIRECTIONAL ROBUST STABLE MOVEMENT FLOW UNSTABLE MOTHER FORM FINAL FORM TRANSITION OF INGEGRATION THROUGH CONFIGURATION PROCESS MODEL SELECTION OF FORM AND CURVES IN 5 STEPS HOW THE ATTRIBUTES CHANGE WITH THE RADII MANIPULATION OF FORM FORM TRANSITION DIRECTIONAL ROBUST STABLE MOVEMENT FLOW UNSTABLE MOTHER FORM FINAL FORM TRANSITION OF INGEGRATION THROUGH CONFIGURATION PROCESS MODEL Fig 2.13 Fig 2.14 FIVE STEPS MANIPULATION TWENTY- ONE STEPS MANIPULATION UNDERSTANDING THE CONFIGURATION OF THE FINAL FORMS DIRECTIONAL UNSTABLE
mother
looks very directional and unstable
the transformed form gives
was
keeping
The
form
while
a sense of fluidity in itself. The final model
made
THE CONFIGURATION OF THE FINAL
UNDERSTANDING
FORMS DIRECTIONAL UNSTABLE ORGANIC EBULLIENT
Fig 2.15
Model Exploration 2
Fig 2.16
Translation Models
The 21 step translation from motherform to endform is explored in varying axes according to the attributes of the endform. The ideas are explored by being inspired from concepts and objects found in nature through digital and/or physical models. One exploration has been selected for a final physical model.
32 Elements of Form and Space Studio
Kinshuk Adeshra - UG180307 Elements of Form and Space
Model Exploration 1
CEPT University Faculty of Design
Kinshuk
Adeshra - UG180307 Elements of Form and Space
CEPT University Faculty of Design
33
- UG180307 Elements of Form and Space
Kinshuk
Adeshra
Model Exploration 3
Adeshra - UG180307 Elements of Form and Space
CEPT University Faculty of Design
Kinshuk
CEPT
University Faculty of Design Model Exploration 4 Fig 2.17 Fig 2.18 Fig 2.15 - Fig 2.18 Kinshuk Adeshra Explorations of different 21 step translation form sets
Selected Form
Selected Mother-Form Directional
Rigid
Asymmetrical
Directional
Process Models
Final Model
Problem Statementshow the transition of a 2-Dimensional form with its attributes with help of the 3-Dimensional model.
Concept Statement-
attributes of the final form are Directional, Sharp and Fluid, thus keeping the attributes in mind, inspiration from a wave was taken as it similar attributes in its form. curve in which the transition follows, depicts the Directionality and Movement of a wave. The base is also derived from the attributes of the final form.
34 Elements of Form and Space Studio
Fig 2.19 Kinshuk Adeshra Considering the attributes of the final form (Directional, Sharp and Fluid), a wave was taken as inspiration as its form has similar attributes. The curve of the transition depicts the Directionality and Movement of a wave.
Fluid
Sharp
Final Form
Radii Manipulation Being Applied on the Selected Form
Final Model
Explorations for the 2D Transition Models for Different Forms Suiting their Transitional Attributes.
Radii Manipulation (21 Steps) on the Selected Form
Fig 2.20 Suhani Nathan The form is inspired by the shell of an aquatic animal called Nautilus. The flow in the 21 pieces of the model resembles the chambers present in a nautilus shell.
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Studio Outputs
38 Elements of Form and Space Studio IR 2031 ELEMENTS OF FORM AND SPACE | FACULTY OF DESIGN CEPT UNIVERSITY SPRING 2020 | ROLL NO: UG180016 THE TRANSITION AND RADII
exploring
of form by bridging
straight line order to a
mother forms
on divisions and
the changing attributes, characteristics and visual properties of the form, forms were individually developed as transitional forms through multiple stages. After multiple explorations with Radii manipulation, we identify and developed one or more attributes. The chosen attributes were then transformed
MOTHER FORMS: RADII MANIPULATION: LINEAR TO CURVILINEAR TRANSITION | 5 STEPS: FINALISATION AND ATTRIBUTES: STRYNAMIC | Form inspired from concept of Samsara Initial Mother Form Explorations: Short Listed Mother Forms: Short Listed Mother Forms: Short Listed Mother Forms: Final Mother Forms: Final Mother Form: Final Mother Form: MOTHER FORM: STRONG STURDY ROBUST GROUNDED FINAL FORM: DYNAMIC QUICK MOVEMENT GROUNDED SIMILARITIES & DIFFERENCES LINEAR TO CURVILINEAR | 21 STEPS: PROCESS MODELS: To go ahead with these to make a 3D form, one thing that was kept in mind was the corners in the final form. These corners are very important to the characteristic and to its relation with the initial form This idea was inspired from the belief of Samsara and its similarity to the form. The form shows continuity. The final and initial form are not seen as a start and end but as a part of a continuous and never ending transformation. In this form, the idea was to highlight the sharp corners which stay throughout the transformation by using the 3D manipulation technique of twisting. Sketch about essence of Samsara. Samsara is the continuos circle of life. In this continuitity, life and death are not a start or end, but a part of the transformation. Similarly in the model, the mother form and the final form are not a start or end, they are a part of the transition Fig 2.21 Aashman Amin 2D Radii Manipulation Process Panel
MANIPULATION - 2D The initial form and the final form are very different yet similar. The crisp straight lines and sharp corners of with a heavy chunk of mass at the top make the mother form look like a weight lifter. While the swift curves and only some mass in the top right corner of the final form make it look dyanimic, as if an athlete in motion. The exercise began with
origins
basic
basic curvilinear order. The development of
was based
subdivisions of a square. To recognize
into a 3rd-dimensional model.
GESTALT LAW, The studio started with learning the gestalt law in various contexts, I was given apparella and fashion, so various laws can be seen in the clothes and accessories, through which we could understand the the main laws like similarity, proximity, focal point, symmetry, figure and ground and so on. In this particular model the gestal law of figure and ground, and focal points were employed.
The basic motherforms were manipulated at their edges, the radii of some of the selected forms were explored, and so each edge with a difference in curvature gave a different attribute from the motherform. The next step was to stretch the metamorphosis into 21 steps. The mother form selectected from the various execution was given the attribute, RIGID, BOLD ,AGGRESSIVE ,AND SPIKY and after 21 transformations it held the attributes Elegant, Playful, Timid, Fragile, and Delicate.
the final model’s idea was derived from its attributes which it shares with the leaf of the coconut tree, harmony, fragile and balance were the attributes the form and the model showcase.
MOTHERFORMS
The exercise began with exploring origins of form by bridging basic straight line order to a basic curvilinear order. The development of mother forms was based on divisions and subdivisions of a square. To recognise the changing attributes, characteristics and visual properties of the form, forms were individually developed as transitional forms through multiple stages.
After multiple explorations with Radii manipulation, we identify and developed one or more attributes. The chosen attributes were then transformed into a 3rd-dimensional model.
39 IR 2031 ELEMENTS OF FORM AND SPACE FACULTY OF DESIGN CEPT UNIVERSITY SPRING 2020 ROLL NO: UG180225 THE TRANSITION AND RADII MANIPULATION - 2D
PROCESS MODELS
Fig 2.22 Jayashre Bangarusamy 2D Radii Manipulation Process Panel
AGGREGANT
The
THE TRANSACTION AND RADII MANIPULATION - 2D
After several exploration with radii manipulation, we identified few form which futher explored by different manipulation stages. At last on the bases of the characteristics and attributes one form was selected which transformation into 3 dimensional model.
Exploration of forms.
Five step manipulation of forms. Twenty one step manipulation of forms.
FORM 4
Process model.
40 Elements of Form and Space Studio CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Margi Sutariya UG190827. Infographics for 2D Radii Manipulation
exercise begines with the exploration of forms. The evolution of mother forms started with dividing and subdividing of squares. The characteristics, attributes and visual property were identified, that futher help in transition form throught manipulation.
Mother form: Stable Hard, Sturdy, Unpredicitable Complex Manipulated form: Organic Curve and Edgy Relatable Dynamic Directional End form was inspired by a leaf. The inspiration of Movement and gradual development of the form in final model. The closer law of gestalt principle is implemented in the final form. Our mind perceive, the final form as a complete form and it relateds to the leaf. As the mother form and final form are different through its characteristics, attribute and visual property. To go ahead with making a 3D form, one thing was kept in mind was the corners, they are very important to the charactertic and its relation with the initial form; so the material was chosen in all things kept in mind. The fluorescent green acrylic is used to show the gradual manipulation, curve, edges and directional flow, also the evaluation of negative space can be easily identified. The green colour acrylic also relate to the colour of the leaf. Fig 2.23 Margi Sutariya 2D Radii Manipulation Process Panel
41 Fig 2.24 Ansh Ajmera 2D Radii Manipulation Process Panel CEPT Uni ersity Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation LIBRARY OF FORMS STUDY OF HOW SIMPLE CUTS AFFECT THE FORM DERIVATION OF FORMS FROM THE STUDY THIS FORMS ARE DERIVED RADII MANIPULATION MOTHER FORM LIBRARY OF CURVES STUDY OF HOW EACH EGDE MANIPULATED WITH DIFFERENT CURVATURES DERIVATION OF CURVES IN 5 STEPS FROM THE STUDY THIS FORMS ARE DERIVED SELECTION OF FORM AND CURVES IN 5 STEPS HOW THE ATTRIBUTES CHANGE WITH THE RADII MANIPULATION OF FORM FORM TRANSITION DIRECTIONAL ROBUST STABLE MOVEMENT FLOW UNSTABLE MOTHER FORM FINAL FORM 2D RADII MANIPULATION BASICS OF FORM INTEGRATIONS AND CONFIGURATIONS TRANSITION OF INGEGRATION THROUGH CONFIGURATION PROCESS MODEL FINAL MODEL: SLOG Ansh Ajmera UG190127
42 Elements of Form and Space Studio CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for 2D Radii Manipulation CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Infographics for Radii Manipulation Bansari Shah Rendered Motherforms and their manipulated forms
3D Radii Manipulation 3.
Objective
The exercise begins by exploring origins of form by bridging necessary straightline order to a basic curvilinear order. The development of mother forms is based on the divisions and sub-divisions of a cube. To recognize the changing attributes, characteristics and visual properties of the form, forms are individually developed as transitional forms through multiple stages. The forms have been rendered in an attempt to understand and perceive the forms and surfaces through light and shadows. The exercise aims to be a learning towards evolution and manipulation of 3D forms to create “good” consolidation among its planes using curvature as a tool towards integration of Form. The forms are digitally rendered, incorporating light and shadows to accentuate the forms. The attributes of the form transitions have been studied.
Learning Outcomes
• Understanding of various attributes pertaining to 3D form relationships.
• An understanding of the basic frames of reference in visual perception.
• Learning to evolve and manipulate 3D forms to create “good” consolidation among its planes using curvature as a tool towards integration of Form.
• Development of visual communication skills.
• Digital rendering with idea of light and shadow in an attempt to ‘celebrate’ form.
Output Mediums
• Sketches on A4/A3 papers
• Models in High-density polystyrene foam/ thermocol/ Siporex blocks using tools and machines to shape the blocks.
Output
• Generating forms with different attributes by exploring varying radii at varying corners through sketches.
• Digital/ Physical models of 3D forms.
• Renderings of manipulated endforms with light and shadow.
• Final Infographics Panel of the entire process.
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Fig 3.1 Margi Sutariya Library of 3D Motherforms
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Fig 3.2 Fig 3.3
Application of 3D Radii Manipulation
Manipulating different corners of selected motherforms to curvatures and exploring changing attributes of the generated endforms.
Fig 3.2 - Fig 3.5 Kinshuk Adeshra Explorations of endforms from motherforms
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Fig 3.4
Fig 3.5
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48 Elements of Form and Space Studio Fig 3.6 Kinshuk Adeshra Motherform and Manipulated Models Form 17 Form 13 Form 5 Form 17 Form 5 Form 17 Form 13 Form 1 17
Form
Form
Form
Form
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a directional, character versues its mother
bulky and static .
has
CEPT UNIVERSITY FACULTY OF DESIGN ELEMENTS OF FORM AND SPACE STUDIO BD2004
has
form which is
Form
form which
has a directional, character versues its mother
which is bulky and static . OF FORM AND SPACE BD2004 3D RADII MANIPULATION INFOGRAPHICS MAITREYA PATHAK UG180328
form
a directional, character versues its mother
bulky and static . OF FORM AND SPACE BD2004 3D RADII MANIPULATION INFOGRAPHICS MAITREYA PATHAK UG180328
has
form which is
directional, character versues
mother
bulky and static . FORM AND SPACE BD2004 3D RADII MANIPULATION INFOGRAPHICS MAITREYA PATHAK UG180328 Fig 3.7 Maitreya Pathak Motherform and Manipulated Models
has a
its
form which is
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Fig 3.8 Bansari Shah Rendered 3D End Models
51 MOTHER FORM ORIENTATIONS MANIPULATED FORM MOTHER FORM MOTHER FORM MANIPULATED FORM MOTHER FORM Fig 3.9 Kushani Mehta Rendered 3D End Models
Fig 3.10 Physical Model Making Process
Fig 3.10 Aashman Amin Model-making process
Fig 3.11 Model-making process in CEPT Workshop
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WIRECUTTER MAKING MODEL MAKING PROCESS TO CUT HIGH DENSITY THERMOCOL FEEL THE MANIPULATED FORM FINAL PHYSICAL MODELS FORM THERMOCOL TO GIVE CURVES BOTTOM WIRECUTTER MAKING PROCESS MODEL MAKING PROCESS HIGH DENSITY THERMOCOL PRECISELY THE MANIPULATED FORM IN HANDS FINAL PHYSICAL MODELS THE MANIPULATED FORM IN HANDS ORIENTATION ORIENTATION 3. SANDING TO GIVE CURVES 4. APPLYING 5. SPRAY PAINT ATTRIBUTES COMFORTABLE STEADY STATE MOTION ATTRIBUTES FALLING IRREGUALR MOTION TOP HOLDER BOTTOM HOLDER WITH NICHROME WIRE WIRECUTTER PRINCIPLE: WIRECUTTER MAKING PROCESS MODEL MAKING PROCESS TO CUT HIGH DENSITY THERMOCOL PRECISELY TO FEEL THE MANIPULATED FORM IN FINAL PHYSICAL MODELS FORM IN HANDS ORIENTATION ORIENTATION ATTRIBUTES DIRECTIONAL ACCELERATING MOTION ATTRIBUTES COMFORTABLE STEADY STATE MOTION RAW MATERIALS STAND TOP HOLDER BOTTOM HOLDER WITH MAKING PROCESS MAKING PROCESS DENSITY THERMOCOL PRECISELY MANIPULATED FORM IN HANDS PHYSICAL MODELS MANIPULATED FORM IN HANDS ORIENTATION ELEVATION ORIENTATION ELEVATION SANDING TO GIVE CURVES 4. APPLYING WATER PUTTY 5. SPRAY PAINT ATTRIBUTES COMFORTABLE STEADY STATE MOTION ATTRIBUTES FALLING IRREGUALR MOTION BOTTOM HOLDER WITH NICHROME WIRE WIRECUTTER PRINCIPLE: HEATING OF WIRE
Fig 3.12 Ansh Ajmera & Kushani Mehta Model-making process from self-made wirecutter to the finished models.
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Fig 3.13 Jayashre Bangarusamy Thermocol Models
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Fig 3.14 Ansh Ajmera Thermocol Models
Development of Mother-Forms
56 Elements of Form and Space Studio Kinshuk Adeshra UG180307 CEPT University Faculty of Design Elements of Forms and Space Studio BD2004 Infographics of 3D Radii Manipulation 3D Radii manipulation 3D Radii manipulation Exercise Brief The exercise aims at showing the transition of the attributes of a form when radii manipulation is applied on an integrated 3-dimensional form, here, the Mother-forms. A library of Mother-forms is generated, thereafter selecting a few Mother-forms for applying Radii Manipulation in 3-dimension. A series of digital renders are then made so better understand and study the forms and their surfaces in various viewing angles.
Radii Manipulation on Mother-Forms 3D Models of Selected Forms Attribute - Encasing, Wrapped Up, Unstable. * The top surface of the manipulated form wraps around onto the cantilever part of the form to integrate it as a whole. * The vertical planes of the motherform are integreted through radii manipulation with the help of generous fillets. * The dominating progressive attribute of the motherform is integrated by the help of the radii manipulation. * The manipulated form seems to be imploding on itself, thus making it look more integrated than the motherform. Attribute - Enveloped, Encrusted, Sharp. Attribute - Progressive, Soft, Directional. Attribute - Dense, Imploding, Soft. **Even a separated or isolated form possesses great capacity to be integrated and evolve into a completely different form, with different attributes, by applying simple operations like radii manipulation. Selected Motherforms Selected Motherforms Selected Explortions Kinshuk Adeshra UG180307 CEPT University Faculty of Design Elements of Forms and Space Studio BD2004 Infographics of 3D Radii Manipulation 3D Radii manipulation 3D Radii manipulation Exercise Brief The exercise aims at showing the transition of the attributes of a form when radii manipulation is applied on an integrated 3-dimensional form, here, the Mother-forms. A library of Mother-forms is generated, thereafter selecting a few Mother-forms for applying Radii Manipulation in 3-dimension. A series of digital renders are then made so better understand and study the forms and their surfaces in various viewing angles. Development of Mother-Forms Radii Manipulation on Mother-Forms 3D Models of Selected Forms Attribute - Encasing, Wrapped Up, Unstable. * The top surface of the manipulated form wraps around onto the cantilever part of the form to integrate it as a whole. * The vertical planes of the motherform are integreted through radii manipulation with the help of generous fillets. * The dominating progressive attribute of the motherform is integrated by the help of the radii manipulation. * The manipulated form seems to be imploding on itself, thus making it look more integrated than the motherform. Attribute - Enveloped, Encrusted, Sharp. Attribute - Progressive, Soft, Directional. Attribute - Dense, Imploding, Soft. **Even a separated or isolated form possesses great capacity to be integrated and evolve into a completely different form, with different attributes, by applying simple operations like radii manipulation. Selected Motherforms Selected Motherforms Selected Explortions Fig 3.15 Kinshuk Adeshra Final Process and Output Panel
57 THE TRANSITION AND RADII MANIPULATION
3D mother forms : radii manipulation mother forms and final forms : radii manipulation of all forms: 3d renders on keyshot: initial explorations: selected forms: The exercise began with exploring origins of form by bridging basic straight line order to a basic curvilinear order. The development of mother forms was based on divisions and subdivisions of a cube. ideations on transformation of the selected forms were developed individually using radii manipulation. After ideation the chosen forms and the mother forms were made in a 3d software to understand the changing attributes, characteristics and visual properties of the form the transition of the mother form to the final form makes the form more playful, and makes it look unstable whereas the mother form was chunky, and looks angular. the mother form has a sense of opening while the final form has a sliding movement to it. the mother form changes from having sharp edges and symmetrical shape to being more rounded ans asymmetric. the mother form does not give any sense of direction, where as the final form gives a sense of direction, as the shape of the cut out changes into a curve. Angular, Stable, Chunky, Open. Sharp, Stable, symmetric, Open. Playful, movement, Chunky, unstable. Directional, playful, rounded, solid. Suhani Nathan UG180601 Elements of Form and Space Studio BD 2004 Infographics for 3D Radii Manipulation CEPT University Faculty of Design Fig 3.16 Suhani Nathan Final Process and Output Panel
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58 Elements of Form and Space Studio
Fig 4.1 Maitreya Pathak Rendered Endform
Endforms 3.
Objective
The exercise explores geometric end forms and transition through surfaces. Two and three endform transitions are explored in the process. The process explores the inter-relationship between the end-forms and aims to create optimal surfaces in the quest to create a ‘good’ form. The forms have been represented through physical and virtual modelling and rendering with an idea to understand, perceive, articulate, and, celebrate the form.
Learning Outcomes
• Understanding and generation of interrelationships between two or more end forms in space
• An understanding of the basic frames of reference in visual perception
• Learning to create “optimal” surfaces in the quest to achieve “good form.”
• To learn and understand relationships between forms and to use it as a tool to create order and relationships among forms in abstraction.
Output Mediums
• Sketches on A3 paper
• Digital Modelling on Rhinoceros software/ Thermocol/ High density polystyrene foam and necessary tools for physical model making
• Digital graphic compostion for rendered endforms Output
• Generating sketched forms with different attributes by exploring end forms and their transitions
• Digital models of 3D forms
• Renderings of endforms with light and shadow to articulate the form.
• Graphic Poster of rendered end-forms
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Fig 4.2 Ansh Ajmera Explorations of Forms from two End-forms
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Fig 4.3 Diya Chhaniyara Explorations of forms from two End-forms
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Fig 4.4 Diya Chhaniyara Exploration of forms from three end-forms
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Fig 4.5 Margi Sutariya Exploration of forms from three end-forms with cross-sections
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END FORMS
The exercise begins with exploration of forms with two or three different types end forms. where the end forms are fixed and the transition between them were explored with smooth free flowing curves. The different types of treatment given to the forms creats different interesting forms; also we celebrated the forms and curves.
This exercise was really helpfull to visualize the forms and there proposition, with different ways one could build. The digital 3D model were explored that help us to understand the
4.6
end-forms
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Fig
Margi Sutariya Library of forms from two/three
Fig 4.7 Ansh Ajmera Library of forms from two/three end-forms
Fig 4.8
Fig 4.9
Fig 4.8 Kathan Chauhan Representation of forms
Fig 4.9 Aashman Amin Representation of forms
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Fig
4.10
Aakash Mali Representation of forms
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Fig 4.11 Kinshuk Adeshra Digital Rendering of selected forms with light & shadows
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Fig 4.12 Maitreya Pathak Digital Rendering of forms in an attempt to celebrate the form
Fig 4.13
Fig 4.14
Fig 4.13, Fig 4.14 Maitreya Pathak Rendered views of a form
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Fig 4.15
Fig 4.16
Fig 4.15, Fig 4.16 Apoorv Magdum Representation of rendered forms
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Fig 4.17 Stuti Paliwal Rendered forms
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Fig 4.18 Het Patel Rendered forms
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Fig 4.19 Aakash Mali Rendered forms
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Fig 4.20 Aashman Amin Rendered forms
80 Elements of Form and Space Studio DIVIDE VOLUME DEFINE CROSS SECTION TRANSFORM SHAPE DEFINE PLANES TRANSFORM CROSS SECTION MODE OF TRANSPORT WAY OF TRANSPORT SHAPE ORIENTATION SIZE SIMILAR AXIS SURFACING REFERENCE ON ACC CUTTING MASS GIVING CURVES FINISHING FORMS ACC PHYSICAL MODEL MODEL MAKING PROCESS CEPT UNIVERSITY FACULTY OF DESIGN ELEMENTS OF FORM AND SPACE BD2004 POSTER FOR END FORMS ANSH AJMERA UG190127 Fig 4.21 Ansh Ajmera Graphic Poster Output
4.22 Maitreya Pathak Graphic Poster Output
81 Faculty of Design Studio BD 2004
Fig
Combination of types
Extrusion of planes
Kinshuk Adeshra Deconstruction of space through lines, composition of planes
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De-construction of Space 5.
Objective
The exercise is a Perceptual study or a spatial analysis study wherein a selected space is analyzed through its constituent lines : horizontal vertical inclined and curved and their combination. The lines are then explored with them as a base and compositions of planes and blocks developed from multiple perspectives. It aims to uncover a sense of proportion, order or relationship in a visual impression. It creates the ability to generate alternate visual order/s through rearrangement of elements, and, use it as a tool to create order and connections among forms in abstraction.
Learning Outcomes
• Understanding and discovery of the hidden sense of proportion, order or relationship in a visual impression.
• Ability to create alternate visual order/s through rearrangement of elements
• To learn and understand the inter-form relationships and to use them as a tool to create order and connections among forms in abstraction
Output
• Sketches on A4/A3 paper represented as a set
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Fig 5.1
Fig 5.2
Ansh Ajmera Fig 5.1 Perspective sketch of space, Fig 5.2 Isolated vertical lines
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Fig 5.3
Fig 5.4
Ansh Ajmera Fig 5.3 Isolated horizontal lines, Fig 5.2 Isolated Diagonal lines
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Fig 5.4
Fig 5.5
Ansh Ajmera Fig 5.4 Planes from vertical lines, Fig 5.5 Planes from horizontal lines
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Fig 5.6
Fig 5.7
Ansh Ajmera Fig 5.6 Planes from vertical lines, Fig 5.7 Combination of all line types
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Fig 5.8
Fig 5.9 Fig 5.10
Fig 5.8 Ansh Ajmera Composition of planes from multiple perspectives
Fig 5.9 Aryan Kapoor Perspective sketch of space
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Fig 5.12
Fig 5.13
Fig 5.11 Fig 5.14
Fig 5.10 - Fig 5.14 Aryan Kapoor Composition of planes & blocks from isolated lines
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Final Design Project 1 Spring 2020
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Process Exercise Description Output
Plug-in + Major Exercises
Step 1 Spatial Analysis
Step 2 CMF (ColourMaterial-Finish) Case-study
Analyzing a space through constituent lines to study inter-form relationships and use them as a tool to create order & connections.
To understand the importance of CFM in the field, the exercise was to choose any interior design elements, building product or furniture and speculate the process behind its CFM selection
Sketches
Sketches and Descriptive text
Step 3 Narrative on Space (Site as the context for the product)
Step 4 Ergonomic and Posture Study
Step 5 Site Analysis and Conclusions
To consciously recollect their observations, and to be sensitized about the environment and context, the exercise asks students to describe their experiences on site
To evaluate the impact of outdoor furniture elements, the exercise involves studying different standing/sitting postures often found in public places.
Explorations of multiple forms according to context, concept and function
Step 6 Vision Board
Step 7 Concept Development and Ideation
Step 8
Representation of Design & Detailed Drawings
Compiling visuals related to their ideas and philosophy behind design of an outdoor artefact. It includes CFM concepts for the form.
Synthesis of final form through layers of refinements
Appropriate Mode of representation of element and its relation to space, Communication with detailed drawings
100 word narrative, story or poem
Public markets, food joints, parks and public transportation stations visited to see how people behave, and observations, sketched.
Process Sketches, 2D and 3D models
A2 size Board with sketches & material indications
Sketches, developed to final details, technical drawings, and renders in stages
Final Renderings of the element in space, and technical drawings of the product.
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6.
Final Design Project 1 Spring 2020
Objective
The design project delves into how site design integrates the artefacts that are used for various designated purposes and create a sense of place. With these type of artefacts, an identity and a sense of place is created, if outdoor artefacts are properly integrated in the design of a public space. The design project involves the development of an outdoor artefact for a particular site and create a unique user experience.
Learning Outcomes
• Consolidation and synthesis of the previous inputs given in the realm of this studio including usage of appropriate software tools
• Application of all previous learnings into tangible products addressing both form and functionality
• Learning to relate the product to the user and the context
• Learning to practically apply the design process to a desired end of a given problem area
• Learning to deal with constraints
• Learn to apply Material and process related knowhow for practical outdoor use
• Learn detailing
• Learning to present ideas and concepts effectively – visual as well as verbal (including technical drawings)
• Presentation techniques
Output
• Developed Product form according to the function and the context, with the idea of CFM (Colour-Material-Finish), related details and basic concept of the product’s construction/ making, represented through renders and Technical Drawings
• Product and Contextual Renders
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Sites for the Design Project
Site based on natural context
1. Sundarvan Park, Ahmedabad
2. Indroda Dinosaur and fossil Park, Gandhinagar
Site based on architectural(man-made) context
3. Sanskar Kendra, Ahmedabad
4. Acropolis mall plaza, Ahmedabad
The site selection for the was based on two types of contextnatural and architectural Design Brief
User group
Public: Able bodied people
Age group: 6 - 60 years (Can be defined by the Designers)
User Profile: Users of the location (To be defined by the designers)
Constraints
Users - 1 to 6 CFM - Practical Making and Production - Using tools and techniques that are widely available
Features: Withstand natural forces and certain climatic conditions, Should be robust and not wear down
Features
To create a unique user experience through integrating: Idea of Safety Concept of Comfort Flexible in terms of its use
Creative and innovative Friendly for the environment Appropriateness for the context
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Learning Outcomes of Exercises
CMF Case-study
• Ability to understand the importance of CMF in the field
• Ability to apply concepts extracted from exercise to development of CMF for individual product designs. (Students were exposed to a video where Emma Lundgren speaks on experience in the automobile industry and the importance of CMF (Colour, Material, and Finish) in Industrial Design. discussion took place after the video was over, and students were asked to reflect on their learning through a brief exercise)
Narratives on space
• Ability to consciously recollect their observations of the site
Posture Study
• Identify, explain and evaluate the impact of various outdoor Furniture/surfaces
Site Study and Analysis
• Ability to gather, assess, record, and comparatively evaluates relevant information.
• To observe the environmental qualities and reflect the understanding in their design
Vision Board
• Ability to identify the appropriate colour, finishes and materials for the given design problem.
Concept and Ideation
• Ability to establish a connection between intuitive concepts and program.
• Learn to respond to the given context.
Design Development Stages
• Stage 1 : Concept generation from extracted site conclusions and form sketches
• Stage 2 : Refined forms with relation to functionality and context, applications of posture studies
• Stage 3 : Detailing and final form development
• Stage 4 : Application of CMF
• Final Design Stage
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Colour Material Finish | Amby Chair by A Cube Inc.
Seat
Pantone 7628 C Thick Cotton Threads Undulated but Soft
The use of thick cotton threads weaved together to make the seat allow a slight bounce. The experience plus visual of the weave makes the user feel as if they are sitting on a charpai with a back rest. This experience with the size and angles comming in play, makes the user unconsciously sit on it with legs crossed. Since the weave is very dense and tight, when one puts all their weight onto it, it makes a sound as if its tightening making the user feel contained in it.
Frame Stand
Colour Material Finish Colour Material Finish Colour Material Finish
Pantone 168 C Teak Wood Smooth
The frame is made from solid teak wood and is the connecting member between the stand and the seat. It houses all the junctions through which he weave is tied. By keeping the finish of the wood it brings a rawness visually and to touch which compliments the earthyness of the maroon weave. The CFM of the seat and the frame together set the mood of the whole chair which is of an Indian lounge chair
The stand brings in a very industrial look to the chair with its grainy finish. The user doesnt directly interact with the stand yet the black of this rather dainty stand makes the user feel safe about them sitting on it with legs crossed. The only reason this stand looks strong is because of its CFM, otherwise its form is rather delicate.
Aashman Amin | UG180016
The exercise involves choosing an interior design element, building product or furniture, identifiying the CFM for the selected object and speculating the process behind its CFM selection.
Aashman
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Fig 6.1
Amin Fig 6.2 Rashmila CMF Case studies of design elements CMF Case-Study
Pantone 419 C Mild Steel Plate Grainy Fig 6.2
Fig 6.1
Indroda Park
My first impressions after visiting this dinosaur park situated in Gandhinagar were somewhat confusing. I tried to view the space with a completely open mind and without any preconceived notions. The park itself was rather tiny as it took me only 15 minutes to take a full circle. The park had a decent amount of foliage with a few spots having a dense canopy atop. The path twisted and turned at various areas consciously trying not to disturb the growth of trees. There were enough junctions of the paths which created necessary breathing spaces with opportunities to have some sort of seating elements. The park seemed natural when one walked on the paths which were undulated and followed the terrain creating an adventurous experience. The side railings had very interesting joinery which allowed for the railing to a curved path making the experience more natural and not rigid. There were a few things which I felt were not right; The exhibits at the beginning and towards the right side of the park were jarring and felt they were everything but natural. The style of the information boards did not go with the overall atmosphere of the park.
Fig 6.3
Acropolis
Two four story buildings and one three story building make up Acropolis. These three block buildings are placed in just a way that the intermediate space between them is wide and spacious, as to allow free movement of public. Two of the three intimidating structures at the front, are connected by a linear foyer. Using this a lot of movement connecting those two spaces takes place, as well as vertical circulation for those two structures. The iconic semi open area is covered by a large ceiling, which is a curved tensile structure. These buildings are a hub for commercial spaces. The language of acropolis is very distinct, as there is not one prominent feature common between any of the structures, there is a mixture of curves and lines. We can even see tensile, load bearing and framework structures in Acropolis. The semi open area already has certain seating elements, they are placed very distant from one another, giving vast space for free movement. The overall space is very disconnected to each other, and gives a sense of desolation in a serene way.
Fig 6.4
Narrative on Outdoor Environment
To consciously recollect their observations,and to be sensitized about the environment and context, this exercise asks students to describe their experiences on site through a narrative, a story or a poem.
Fig 6.3 Aryan Kapoor Fig 6.4 Jayashre Bangarusamy Site narratives
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Fig 6.5
Fig 6.6
Ergonomics and Posture Study
To evaluate impact of outdoor furniture elements, the exercise involves studying different standing/sitting postures often found in public places. Public markets, food joints, parks and public transportation stations to see how people behave.
Fig 6.5 Kathan Chauhan Fig 6.6 Aryan Kapoor Posture sketches as observed
98 Elements of Form and Space Studio
Map and Spatial View Ports 1. Entrance 2. Playground 3. Pond 6. Amphitheatre 4. Snake enclosure 5. Crocodile enclosure Proximity diagram Blue Areas: Human Activities 1. Parking 2. Entrance 3. Mandir 4. Play Area 5. Back Entrance 6. Office 7. Amphitheatre 8. House 9. Display Yellow Areas: Animal Activities 1. Birds 2. Porcupines 3. Aquarium 4. Snakes 5. Tortoise 6. Crocodiles Inference, analysis, interpretation and conclusion were done by an individual student for the given site to reflect on the environmental qualities of the sites (natural/ manmade context) Fig 6.7 Aakash Mali Site study Site study and Conclusions Fig 6.7
100 Elements of Form and Space Studio
Board VISION BOARD Elements of Forms and Space Apoorv
coolors.co/f4cbad-ded6d3-bd8c63-ff7865-ffffff Bulky, Geometric, Organized and Minimal. To have sitting that would represent the building Bulky Rigid Seamless Floating Organic and Geometric The
functional. Everything
use.
uses only basic shapes. These are the materials that I think would complment the building. concrete - To blend with the space. metal
To provide light weight.
provide natural essence. Reddish Orange representing brick. Grey representing the concrete that would
the space. White
Existing Colour Palette Concrete 2D shapes Basic shapes and Forms Metal Material and Texture New Colour Palette Site : Sanskar Kendra Wood Light weight Different Level Using negative space
The vision board exercise began with students compiling visuals related to their ideas and philosophy behind design an outdoor artefact. It includes CFM concepts for the form. Fig 6.8 Rasmila K. Fig 6.9 Apoorv Magdum Vision Boards for sites Vision
Magdum UG180074
building felt very simple and
is designed just for it’s
It
-
wood - To
blend in
to hightlight.
Fig 6.8 Fig 6.9
Fig 6.10
Concept and Ideation
After multiple stages of refinement, finalization of design concept and form for further refinement in later design stages.
Fig 6.10 Apoorv Magdum Concept sketches for outdoor artefact
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AN INTRODUCTION TO NATURE by Aakash Mali
Product: Outdoor Artefact | Context: Sundarvan Park, Ahmedabad
CONCEPT
The site is designed to celebrate rehabilitation animals such as python, bats, crocodiles and other endangered species. The realistic sculptures of crocodiles, turtles and swan attracted many visitors. The sculptures near to the pond and fauna create a environment of observation. The main intent of designing an artefact was to celebrate the rehabilitation of animals through forms based on the abstraction of physical appearance of animals.
The final product is designed with application of colour, materials and finishes under the guideline of the conclusion of the site. The process of design involves generation of 2D shapes from the abstraction of physical appearance. 3D forms are generated on the basis of 2D shapes by extrusion of shapes, and through other techniques such as ‘Revolve’.
102 Elements of Form and Space Studio
Form inspired from the shape of a bat wing, and further refinement to create a seating
103
Jaisalmer sandstone
Finishes: smooth and rough
Edge Gaps and Details
104 Elements of Form and Space Studio
Arrangement of sectional profiles
105
Rendered Views of the Artefact in the outdoor context, Scenario based render with contextual reference
SINUOSITY
by Aryan Kapoor Product: Outdoor Artefact | Context: Indroda Nature Park, Gandhinagar
CONCEPT
The nature park attracts a certain crowd, which goes through the park rather hurriedly and doesn’t pause, and take in the surroundings. There needs to be a seating which guides the user through the park and allows them to slow down, relax, and learn from the exhibits. The path, connects the park and is free-flowing with undulations at a few places thus creating a more natural experience. The path has a sense of ‘meandering’ as its way through the park. This along with the flora seem the only natural aspects of the nature park. Thus designing a seating element that has the aspects of meandering would be appropriate for the environment. After considering the man-made structures present in the park; creating a low seating with enough play of levels (for more than one seating opportunity), that holds the concept of meandering and has a particular bulk to it, to show its permanence in the nature park seems most suitable. The meaning of the word ‘meandering’ was explored through different forms keeping in mind that the indirect or curvilinear nature of the seating can be explored through; surfaces, sections, radii manipulation, etc.
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Renders with designed artefact placed in the context
ARTEFACT FOR SANSKAR KENDRA by Apoorv Magdum
Product: Seating Artefact | Context: Sanskar Kendra, Ahmedabad CONCEPT
Sanskar Kendra has a very basic geometry. The whole building follows the basic shapes of geometry. Once one enter the building, one would know where to go instantly, it feels more functional, like it was built just for its use. Right when you walk in it has a water body in the middle of the building which acts as a focal point of the building. And due to OTS right above the water body, it creates a contrast of light and shadows. The building appears to be very heavy, voluminous and bulky from the outside but as you move in it gives a sense of light weight. Similarly I think the seating designed for it, should represent the building which follows the pattern similar to the building like having basic geometric shape, heaviness, light weight and organic or free flowing form.
108 Elements of Form and Space Studio
Posture Study
Site Analysis and developed forms
109
110 Elements of Form and Space Studio
PLAN SECTION AA LONG ELEVATION SHORT ELEVATION Artefact with CMF Application
111
Rendered Views of the Artefact in the context, Scenario based render with contextual reference
STAMBHIN by Het Desai
Product: Seating Artefact | Context: Sanskar Kendra, Ahmedabad CONCEPT
Site Analysis Conclusions
1. The building is geometric in nature and feels more organized and functional, like everything is made only to serve its purpose.
2. The building feels very bulky/massy from the outside but as you enter and approach towards the pond, it feels very lightweight.
3.The space has very definite point of direction and one can know where to go once he/ she enters the space.
4. Columns play a very important role in the building.
reduced from 10cms to 6 concrete of different color
Column Derivation Curve Derivation
112 Elements of Form and Space Studio
Corbusier has a style of replacing the supporting walls by a grid of reinforced concrete column that bears the structural load on the basis of aesthetics. Sanskar Kendra is also built likewise. So, the concept is to celebrate the columns. r=25 r=30 Top view Side view
The artefact, Stambhin is designed by reducing the column from column and, a curve complimenting the pond in the middle of the Sanskar Kendra. The column also gets curved along with the wooden plank to compliment the architecture.
113
GEOLET
CONCEPT
An outdoor artefact had to be made for the given site, that is Acropolis mall, Ahmedabad. Acropolis is a manmade space and it holds an artificial, constructive and modern appearance. The Sitting should fit well into the space.
DESIGN APPROACH
-Minimalistic : Sleek, minimal, since the semi open space is already surrounded by blocks.
-Color : Theme to follow the neutral color theme of the space.
-Appearance : Glossy so that it matches the artificial appearance of the space.
114 Elements of Form and Space Studio
by Neha Gandhi
Product: Indoor Artefact | Context: Acropolis Mall, Ahmedabad
WOOD CONCRETE
SS PIPE GLASS
COLOR PALETTE OF THE SPACE
115
been colour structure the have freshness with squirrels. should
EGG BENCH by Brinda Jasoliya
CONCEPT
Dinosaur Fossil park reserves fossils of dinosaur eggs and bones. The dinosaur fossil park is in the starting area from the entrance of the whole park, so people pass by hurriedly and does not give much attention to the exhibits. There is a need for a sitting element which allows them to take pause to enjoy the environment and learn from the fossil exhibiton. The sitting element should go with the present environment and should be relatable to the aim of the park. Thus, the sitting element is derived from the concept of dinosaur egg with levels which will attract user take a pause and learn from the park. It will also resemble the value of the dinosaur fossil park.
N DINOSAUR FOSSIL PARK
INDRODA NATURE PARK WEEKDAYS WEEKENDS
VIEWS WITH
Final
RENDERED A B
RENDERED VIEWS RENDER VIEWS WITH COLOR, MATERIAL AND FINISH CONCRETE - final material for the form is concrete because its
116 Elements of Form and Space Studio
Product: Outdoor Artefact | Context: Dinosaur Fossil Park at Indroda Nature Park, Gandhinagar
RENDER VIEW RENDER
PROCESS AND DESIGN DEVELOPMENT TECHNICAL DRAWINGS LEFT ELEVATION
Final form is two truncated eggs in specific position with manipulated radii. final manipulated form creates two egg like shape from top. Initial Truncated Form (top view) Final Form(top view) Final Form(side views)
Initially started exploration by arranging eggs in different position. Then chopped and sliced them to get different types of sitting. form is two truncated eggs in specific position with manipulated radii. final manipulated form creates two egg like shape from top. Initial Truncated Form (top view) Final Form(top view) Final Form(side views)
SITTING BY LEVELS : EGG BENCH
PROCESS AND DESIGN DEVELOPMENT
117
Page
Teaching Associate: Shreya Nanavaty Faculty of Design, CEPT University, Spring 2020
Spring 2020 Page 25 FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 2 BOARD TECHNICAL DRAWINGS RENDER CONCRETE TOP VIEW LEFT ELEVATION RIGHT ELEVATION FRONT ELEVATION SECTION AT BB’ SECTION AT AA’ WOOD STONE MATERIAL PALLET A B A’ B’ rough finish by method of casting MM ALL DIMENSIONS ARE IN MM RENDERED VIEWS RENDER VIEWS WITH COLOR, MATERIAL AND FINISH sitting fixtures on site water body EGG BENCH N position with manipulated egg like shape from top. Form Final Form(top view) Final Form(side views) UG180121 BRINDA JASOLIYA AND DESIGN DEVELOPMENT TECHNICAL DRAWINGS RENDERED VIEWS RENDER VIEW WITH SITE CONTEXT RENDER VIEWS WITH COLOR, MATERIAL AND FINISH LEFT ELEVATION RIGHT ELEVATION FRONT ELEVATION sitting fixtures on site water body path BACK ELEVATION SECTION AT BB’ SECTION AT AA’ A B A’ B’ CONCRETE
material for the form
form.
casting
BY LEVELS : EGG BENCH N
form is two truncated eggs in specific position with manipulated radii. final manipulated form creates two egg like shape from top. Initial Truncated Form (top view) Final Form(top view) Final Form(side views)
Teaching Associate: Shreya Nanavaty Faculty of Design, CEPT University,
- final
is concrete because its monolith and gives value to the final
- it also follows the language of material of the park. -exposed concrete with rough finish by method of
SITTING
Final
SEATING
ARTEFACT
AT SANSKAR KENDRA
by Kathan Chauhan
CONCEPT
Space follows the basic geometry of square and curvilinear forms. The architectural language of the space is Béton brut. Hence, space has a neutral colour palette and also celebrates the building materials.
A subtle contrast can be seen in the space where the mass is lifted up is geometric 3D forms, cube supported by circular forms. The ground floor has a bold representation of curvilinear forms in terms of a waterbody and an attending desk. Hence, Juxtaposition is the theme which was integrated into the artefact and portraying Le Corbusier’s style and keeping Le Modulor as the highlight of the artefact.
118 Elements of Form and Space Studio
Product: Seating Artefact | Context: Sanskar Kendra, Ahmedabad
Concrete Mild Steel Pipe Glass Fiber Reinfored Plastic Finish Rough Concrete texture Matt Finish for Fiber Reinforced Plastic
119
ARTEFACT AT ACROPOLIS by Arushi Garg
Product: Artefact | Context: Acropolis Mall, Ahmedabad CONCEPT
The site, Acropolis mall itself is considered as the base of the concept. Basic form of the artefact is derived from the abstract diagram of site which where later manipulated. Basically there are 3 parts where the central part is derived from the tensile roof structure of the site which is used to integrate the form . Also, talking about the placement of the artefact. The interiors of the site are consistent and symmetric. So, the same attribute is taken into consideration.
User and Usage
It will be mainly used for short duration of time by -
- People waiting for someone near shops or the parking lot.
- People holding bags or carrying kids with them
-Office employees -Families -Couples
Site
120 Elements of Form and Space Studio
121 Plan at 1500mm B A lamp post of SS pipe of radius 30mm Granite slab of varying thickness 2100 R50 2000 350 450 530 500 R30 30 470 1000 1450 795 2000 450 30 165 1645 Concrete planter 1280 190 265 R30 R30 1100 2580 470 205 60 205 125 3 2 SS pipe of radius 30mm C D Elevation A Concrete planter with horizontal shuttering 2500 700 120 60 120 220 1280 R400 330 6060 190 R80 1000 100typ PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 410 40 250 300 700 1000 330 310 450 250 120 60 120 820 R400 400 1280 2500 Elevation C 30 450 R400 390 60 30 250 340 60 820 1280 400 R400 R30 2500 640 Elevation D PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 410 40 250 300 700 1000 330 310 450 250 120 60 120 820 R400 400 1280 2500 Elevation C 30 450 R400 390 60 30 250 340 60 820 1280 400 R400 R30 2500 640 Elevation D PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Elevation B 1000 1100 2500 Detail A Detail B Detail C 420 30 350 60 R80 R400 R400 60 330 60 60 Cantilevered sitting 60mm thick Granite SS Pipe of radii 30mm is fixed in the anchor Anchor used to fix pipe to stone Anchor is screwed to the stone SS Pipe of radii 30mm is screwed to the pipe of smaller radii Square plate is screwed to the floor 150 60 Concrete planter Granite slab cantilever from the planter SS 90degree angle screwed to granite 30 1100 30 550 275 275 60 2000 335 335 665 335 335 10 10 R30 R30 R30 60 500 250 250 60 30 Sitting 1 Sitting 2 Sitting 3 Detail A Detail C Detail B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Elevation B 1000 1100 2500 Detail A Detail B Detail C 420 30 350 60 R80 R400 R400 60 330 60 60 Cantilevered sitting 60mm thick Granite SS Pipe of radii 30mm is fixed in the anchor Anchor used to fix pipe to stone Anchor is screwed to the stone 150 60 Concrete planter Granite slab cantilever from the planter SS 90degree angle screwed to granite 30 275 335 10 10 R30 R30 60 Sitting 1 Sitting 2 Detail A Detail B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Elevation B 1000 1100 2500 Detail A Detail B Detail C 420 30 350 60 R80 R400 R400 60 330 60 60 Cantilevered sitting 60mm thick Granite SS Pipe of radii 30mm is fixed in the anchor Anchor used to fix pipe to stone Anchor is screwed to the stone SS Pipe of radii 30mm is screwed 150 60 Concrete planter Granite slab cantilever from the planter SS 90degree angle screwed to granite 30 1100 30 550 275 275 60 2000 335 335 665 335 335 10 10 R30 R30 60 Sitting 1 Sitting 2 Sitting 3 Detail A Detail B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Detail A Detail A Concrete planter Granite slab cantilever from the planter MS Box section screwed to planter and Granite PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
STAY
by Aashman Amin
CONCEPT
The space is for animals, birds and humans. The artefact should be something that interacts with all three. To do do, common ground had to be found. For this context, different trigger words were related to the different users, but one common trigger word was found : Leaves. ‘Leaves’ work perfectly as the trigger word as it relates to the words associated with the space : calmand playful. In termss of the form, leaf again works as a starting point The two basic shapes of the leaf aas shown below are taken as a base from which the form is later derived. Explorations are done such that each surface of the form is a manipulated shape of the leaf.
122 Elements of Form and Space Studio
Product: Seating Artefact | Context: Sundarvan Zoo, Ahmedabad
123
124 Elements of Form and Space Studio IR 2031 ELEMENTS OF SPACE AND FORM 1 IR 2031 ELEMENTS OF SPACE AND FORM STUDIO TUTORS: GAURANG SHAH AND AMAL SHAH STUDIO ASSISTANT: SHREYA NANAVATY LEVEL 2 STUDIO, FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 UG180225 Jayashre Bangarusamy 1 Playful Playful playful inclined seamless Marking correct measurementsof chamfering, and analysed for its 2D Radii Manipulation Radii Manipulation Sketches Endform Manipulation Photoshop Renders Endform Manipulation Perception Studies Rhino Explorations Endform Manipulation Initial 2d form manipulation Process model sketches Form transition Final form transitional model Process models AGGREGANT Process radii manipulation sketches Final sketches Making process Final models IR 2031 ELEMENTS OF SPACE AND FORM 1 IR 2031 ELEMENTS OF SPACE AND FORM STUDIO TUTORS: GAURANG SHAH AND AMAL SHAH STUDIO ASSISTANT: SHREYA NANAVATY LEVEL 2 STUDIO, FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 UG180225 Jayashre Bangarusamy 2 This seating is designed for a commercial space that is Acropolis mall in Ahmedabad. The concept was that the seating must welcome the user and also direct them through its passage. Thus it has adopted a widened ‘v’ shape, such that the mouth is facing towards the entrance and the vertex is towards the inner passage. The form of the seating is such that it has a directional aspect to it. Thus, highlighting the wide semi open passage through which pedestrians may commute. The seating can be used dynamically as it is accessible from all sides. The base of this artefact has three legs representing the three buildings which make up the commercial space. Inorder to bring a little essence of nature in this heavily manmade environment, the materials used have their rawness emphasized. As the seating is a single piece it is also made into units with different configuration which allow various possible human interaction. Overall the seating is designed for a prompt gathering and resting purposes. DESIGNING A SEATING ARTEFACT FOR ACROPOLIS Posture Study from River Front Vision Board Site Study and Conclusions Process and Design Developement Design Developement Initial ideas Technical Drawings Final Renders - DIROM Context Renders Seating Layout Marble Concrete FOR THE SEATING 510 1667 273 200 142 PLAN PLAN AT 350MM PLANK ARRANGEMENT 402 430 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 52 28 12 PRODUCED AUTODESK STUDENT VERSION PRODUCED AN AUTODESK STUDENT VERSION R25 R10 ELEVATION C ELEVATION B ELEVATION A DETAIL A DETAIL B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION bolted to the concrete pre casted concrete teak wood Front view Back view Base view Side view Since the initial idea was too voluminous for the context some of the volume was removed. The backrest was manipulated to add to the concept. Materials which could celebrate rawness were assigned to the seating. The pre-cast concrete for the structure and wood for the seating. The concrete has horizontal shuttering concrete The backrest was removed another leg was added for stability and to emphasise the concept of direction. This allowed adaptability. The concept of the site, which is to direct pedestrians through it, is not fully getting through to the user of the space. Three individual buildings connected through the circulation area make up Acropolis mall. The language of the space is very scattered. Some structures are rigid, some curved. The use of materials in this space, is seen that it is there to satisfy the need of a stable structure. PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Fluid and natural Directive Differnt levels Bulky and rounded Intimate and shared Ideal colours Site Ideal materials Entrance The site is a commercial space, with already existing seating. The structures are claded with artifical or processed materials. The site is facing a crematorium and opens up to S G Highway. Jayashre Bangarusamy Final Studio Panels Final Studio Panels
125 Apoorv Magdum Final Studio Panels IR 2031 ELEMENTS OF SPACE AND FORM 1IR 2031 ELEMENTS OF FORM AND SPACE STUDIO TUTORS: GAURANG SHAH AND AMAL SHAH STUDIO ASSISTANT: SHREYA NANAVATY LEVEL 2 STUDIO, FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 UG180074 APOORV MAGDUM 1 3D FORMS 2 AND 3 END FORM EXPLORATION RENDERS (PHOTOSHOP) RHINO MODEL OF END FORMS 2D RADII MANIPULATION Exploration Exploration Exploration Radii Manipulation Radii Manipulation THE ARROW Thermocol Model Mother Form Mother Form In this tried to achieve different types of form by manipulating different surface of cube. This exercise was about exploring form with different shapes at the end and connecting these shapes in various ways to get variety of forms. In this exercise tried to understand any existing place through horizontal, vertical, inclined lines and then further make composition using those lines by rearranging them. In this tried to manipulated the edges of the form and create various varieties of the form to see the change in the attribute. This exercise was about exploring different types of form in a square grid with basic straight lines. This stage was about exploring one single form into 21 stages by manipulating edges and adding curves to it and to see the change in the attribute of the form. The reason of having 21 stages is because, it shows the transition of form gradually.
STUDY IR 2031 ELEMENTS OF SPACE AND FORM 1IR 2031 ELEMENTS OF FORM AND SPACE STUDIO TUTORS: GAURANG SHAH AND AMAL SHAH STUDIO ASSISTANT: SHREYA NANAVATY LEVEL 2 STUDIO, FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 UG180074 APOORV MAGDUM 2 DESIGNING AN ARTEFACT FOR SANSKAR KENDRA SITE STUDY AND CONCLUSIONS VISION BOARD TECHNICAL DRAWING POSTURE STUDY PROCESS AND DESIGN DEVELOPMENT Sanskar Kendra has a very basic geometry. The whole building follows the basic shapes of geometry. Once one enter the building, one would know where to go instantly, it feels more functional, like it was built just for its use. Right when you walk in it has a water body in the middle of the building which acts as a focal point of the building. And due to OTS right above the water body, it creates a contrast of light and shadows. The building appears to be very heavy, voluminous and bulky from the outside but as you move in it gives a sense of light weight. Similarly think the seating designed for it, should represent the building which follows the pattern similar to the building like having basic geometric shape, heaviness, light weight and organic or free flowing form. The building is geometric in nature and feels more organized and functional, like everything is made only to serve its purpose. It gives a sense of floating as the building is resting only on the colThe space has very definite point of direction and one can know where to go once he/she enters the space. GROUND FLOOR PLAN PLAN SECTION AA LONG ELEVATION SHORT ELEVATION Form exploration Ideation Sketch Final design RENDERS
PERCEPTION
-The iron railings are painted with green colour to merge with the colour of the tree.
-Dinosaur made of concrete and iron structure and signboard fixed in carved stone gives the value of heavy and bulkiness.
-The paths are narrow and random, also have undulation.
-when one enters the park can feel the freshness of nature and calm atmosphere followed with the sound of cheeping of birds and squirrels.
126 Elements of Form and Space Studio Brinda Jasoliya Final Studio Process IR 2031 ELEMENTS OF SPACE AND FORM 1 IR 2031 ELEMENTS OF SPACE AND FORM STUDIO TUTORS: GAURANG SHAH AND AMAL SHAH STUDIO ASSISTANT: SHREYA NANAVATY LEVEL 2 STUDIO, FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 UG180121 BRINDA JASOLIYA 1 THE TRANSITION AND RADII MANUPILATION - 2D THE TRANSITION AND RADII MANUPILATION - 3D PHOTOSHOP RENDERS (FINAL FORMS) 2 AND 3 END FORM EXPLORATION RHINO MODELS PERCEPTION STUDY MOTHER FORMS MOTHER FORMS SELECTED MOTHER FORM FOR RADII MANUPULATION RADII MANUPILATION TRANSITION OF CURVES IN 5 STEP MOTHER FORM Directional, Stable, Axially Symmetric Chunky, strong, Stable Directional, Sharp Contrastive, Stable Focused, Fluent Fluid, Continious Aspiring, Strong Unstable, Playful Marking curves and lins on thermocol cube by stencil Cutting form with wire cutter Applying Putty to get smoother surfaces Final sanding before spray painting Sanding corners with filers to get proper angle Spray painting for final finish Ditectional, stable Rounded, Chunky Definite, stable Rounded, Blunt Strong, Stable Robust, strong Balanced, Robust, Open RADII MANUPILATION PROCESS OF MODEL MAKING PHOTOSHOP RENDERS OF BASIC FORMS TRANSITION OF CURVES IN 21STEP FINAL MODEL FLUDI PROCESS MODELS The exercise begin with exploring forms with two or three ends. Radii manupilation of surfaces is explored with basic forms like Rectangle, Triangle, piont, curve, etc. by them at different height, position or angle and then joining them by curve. First form Final Mother Form Last form - Directional - Sharp - stable - Organic - RoundedThe initial and final form are very different from each other. WHIRLPOOL -Directional -Fluid -Balanced The choosen attributes of form were then transformed into a 3rd-dimensional model. Fludi has characteristics like directional, fluid and balanced. The start and end of the placement of forms are in opposite direction like charateristics of initial and final form. IR 2031 ELEMENTS OF SPACE AND FORM 1 IR 2031 ELEMENTS OF SPACE AND FORM STUDIO TUTORS: GAURANG SHAH AND AMAL SHAH STUDIO ASSISTANT: SHREYA NANAVATY LEVEL 2 STUDIO, FACULTY OF DESIGN, CEPT UNIVERSITY SPRING 2020 UG180121 BRINDA JASOLIYA 2 DESIGN BRIEF AND APPROACH POSTURE STUDY SITE STUDY AND CONCLUSION VISION BOARD PROCESS AND DESIGN DEVELOPMENT TECHNICAL DRAWINGS RENDERED VIEWS INDRODA NATURE PARK OBSERVATIONS AND CONCLUSION RENDER VIEW WITH SITE CONTEXT RENDER VIEWS WITH COLOR, MATERIAL AND FINISH MOVEMENT PATTERN WEEKENDS WEEKDAYS CONCRETE PLAN AT LVL+400 TOP VIEW RIGHT ELEVATION FRONT ELEVATION sitting fixtures on site water body path BACK ELEVATION SECTION AT BB’ SECTION AT AA’ IRON WOOD STONE COLOR PALLET LOCATION: CEPT CAMPUS MATERIAL PALLET A’ B’ Indroda natural park is located in Gandhinagar, along the west bank of the river Sabarmati. Park is divided into many different parts like dinosaurs and fossils park, snake park, zoo, and botanical garden. Dinosaur Fossil park reserves fossils of dinosaur eggs and bones. The dinosaur fossil park is in the starting area from the entrance of the whole park, so people pass by hurriedly and does not give much attention to the exhibits. There is a need for a sitting element which allows them to take pause to enjoy the environment and learn from the fossil exhibiton. The sitting element should go with the present environment and should be relatable to the aim of the park. Thus, the sitting element is derived from the concept of dinosaur egg with levels which will attract user take a pause and learn from the park. It will also resemble the value of the dinosaur fossil park. -Language
of colour and material has been followed thoroughly through the park.
The
Initially
Then
CONCRETE - final material for the form is concrete because its monolith and gives value to the final form. - it also follows the language of material of the park. -exposed concrete with rough finish by method of casting SITTING BY LEVELS EGG BENCH MM N N Final form is two truncated eggs in specific position with manipulated radii. final manipulated form creates two egg like shape from top. Initial Truncated Form (top view) Final Form(top view) Final Form(side views)
-Sitting element should be organic and should follow the language of material and color. Sitting element should be organic, bulky,heavy, etc. and should follow the language of material and color.
fixture sould be comfortable for all the users like kids,adults.
started exploration by arranging eggs in different position.
chopped and sliced them to get different types of sitting.
DINOSAUR FOSSIL PARK
127
Aashman Amin Final Studio Process
Since the initial idea was too voluminous for the context some of the volume was removed. The backrest was manipulated to add to the concept. Materials which could celebrate rawness were assigned to the seating.
pre-cast concrete for the structure and wood for the seating.
Context Renders
UG180225 Jayashre Bangarusamy and Design Developement Final Renders - DIROM
Seating
ARRANGEMENT 460 PRODUCED BY AN AUTODESK STUDENT VERSION 192 204 115 WOODEN ARRANGEMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED PRODUCED BY AN AUTODESK STUDENT VERSION VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 52 28 12 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R25 R10 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION DETAIL A DETAIL B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 0 10 20 30 bolted
pre
Front view Back view Base view Side view
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION precast-concrete teak wood Entrance
Layout
to the concrete
casted concrete teak wood
The
The concrete has horizontal shuttering concrete The backrest was removed another leg was added for stability and to emphasise the concept of direction. This allowed adaptability.
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Final Design Project 2
Monsoon 2020
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Process Exercise Description Output
Identification of a designer entity Taking the designer/brand/ architect as design inspiration
Step 1 Research & Information Collection
Step 2 Research, Identification of Context and its Analysis
Research on the design inspiration on design philosophy, design approach, body of work, language, products sold, target audience, etc.
Explore possible contexts, and identify the appropriate context for the application of the studied approach and philosophy.
(Retail space for brand/ location in the architect’s project..)
Story-board, images, Analytical Sketches
Site Analysis: Photos, Diagrams, Orthogonal Drawings, 3D Base model.
Step 3 Conceptual Generation
Step 4 Identification/ Creation of Design Focus
Generation of design concept according to context and brand/ designer’s visual language/ philosophy, etc.
Identify a problem / Create an opportunity for product designing and determine the function and type of design element in the space.
Story-board / Vision Board
Sketches
Step 5 Research (Ergonomic & Functional Criteria) & Iterations
Step 6 Design Synthesis
Step 7 Detailing and Material Articulation
Explorations of multiple forms according to context, concept and function
Process Sketches, 2D and 3D models
The culmination to a final form 2D Drawings and 3D form views in the space
Changes to design on the addition of appropriate material, joinery details, approach to construction, etc
Step 8
Representation of Design & Detailed Drawings
Appropriate Mode of representation of element and its relation to space, Communication with detailed drawings
Renderings of material explorations scaled up joinery drawings
Final Renderings of the element in space
132 Elements of Form and Space Studio
Final Design Project 7. Monsoon 2020
Objective
The exercise aims to explore and experience how contextual design integrates artefacts that are used for various designated purposes, and, how to practically apply the design process to a desired end of a given problem area. It is the application of all previous learnings into tangible products addressing form, functionality and context. The final design exercise process begins by analyzing the form language of iconic design entities, extracting inferences and conclusions from their ideology and language, identifying a problem and creating a concept for the product in a context through the extracted inferences. The learning extracted from the initial analysis and research develops to create a learning of creating a form language, and, relating a product with its user and its context. Each individual process hence begins to integrate the product-context-user relation through form language.
Broader Learning Outcomes
• Consolidation and synthesis of the previous inputs given in the realm of this studio including usage of appropriate software tools
• Application of all previous learnings into tangible products addressing both form, functionality and context
• Learning to relate the product to the user and the context
• Learning to practically apply the design process to a desired end of a given problem area
• Learning to deal with constraints
• Learn to apply Material and process related knowhow for practical outdoor use
• Learn detailing
• Learning to present ideas and concepts effectively – visual as well as verbal (including technical drawings)
• Presentation techniques
Output
• Developed Product form according to the function and the context, with the idea of CFM (Colour-Material-Finish), related details and basic concept of the product’s construction/ making, represented through renders and Technical Drawings
• Product finishes made to be available, Bill of Materials, etc.
• Product Renders and Contextual renders with appropriate materials, finishes, details, placement and user relations.
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Form Language and Learning Outcomes
To study the form language used by certain iconic designers / architects/design concerns with the following objectives in mind :
• To stimulate thought regarding expression which we as laypersons and learners are unable to convey or express
• Introduction to and opening of minds of learners by studying different approaches and perspectives vis a vis a problemsolving process and interpretation of “Form”, it’s language and usage and interpretations of materials in terms of its meaning
• To encourage and stimulate the learners about different viewpoints and approaches of different persons in the sense that what it conveys and means to “us”
• Very importantly, this exercise seeks to the stimulation of the faculties of observation, analyses and towards provoking students to look past and through what meets the eye and open their minds to the views of others
• Finally, this offers an opportunity to sensitize the students and to make them aware, and to broaden horizons and a way of “seeing” things
Name Design Inspiration Product Context
Ansh Ajmera
Zaha Hadid
Bus-Stop SG Highway, Ahmedabad
Archi Shah Frank Gehry Cafe Seating Zen Cafe
Bansari Patel Toyo Ito Partition Screen Residential
Diya Chhaniyara Charles Eames Outdoor Seating Eames Plaza, NID
Kinshuk Adeshra Santiago Calatrava Chair Office
Kushani Mehta Alessi Outdoor Dustbin Park Spaces, Ahmedabad
Maitreya Pathak Luigi Colani
Indoor Swing Residential Margi Sutariya Ross Lovegrove Display Stand for Herbal Products Planet Health Stores
Suhani Nathan Philippe Starck
Table + Stool Office Space
Isha Shah Memphis Permanent Partition
Vaishnavi Borkar Alvar Aalto Seating SID Plaza
Harshavi Patel Reymond Loewy Booth and Chair Seating
SID Building - between Single and Double Height
Tomato’s Restaurant (American Pop Culture themed)
Diya Kinshuk Kushani Maitreya Margi Suhani Vaishnavi Harshavi
134 Elements of Form and Space Studio
Product and Context
The extracted design visual languages of the design entity analyzed, extend to the decision of recognizing an appropriate product in an appropriate context that the design language can be applied on. The idea becomes to establish a relationship between the form, its functionality, context and the user, and create meaningful products in the process.
Name Design Inspiration
Product Context
Ansh Ajmera Zaha Hadid Bus-Stop SG Highway, Ahmedabad
Ahmedabad
Archi Shah Frank Gehry Cafe Seating Zen Cafe, Amdavad ni Gufa
Bansari Patel Toyo Ito Partition Screen Library & Reading Rooms
Diya Channiyara Charles Eames Outdoor Seating Eames Plaza, NID
Kinshuk Adeshra Santiago Calatrava Chair
Modern Residential/ Commercial Pool Deck Areas
Kushani Mehta Alessi Outdoor Dustbin New C.G. Road, Ahmedabad
Maitreya Pathak Luigi Colani Suspension Chair Garden Areas Margi Sutariya Ross Lovegrove Display Stand for Herbal Products Planet Health Stores
Suhani Nathan Philippe Starck Table + Stool Office Canteen
Isha Shah Memphis Permanent Partition
Vaishnavi Borkar Alvar Aalto Seating
NID Ahmedabad Stores between Height Restaurant Culture
Harshavi Patel Reymond Loewy Booth and Chair Seating
FD Building - between Single and Double Height
Near SID Plaza, CEPT University
Tomato’s Restaurant (American Pop Culture themed)
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Fig 7.1
Research and Deciphering Design Language
Design entities are analyzed to decipher their design language, philosophy and ideology of their work. Inferences and conclusions from the study are taken forth as concepts for the design.
Fig 7.1 Kushani Mehta Deciphering design language of Alessi through product analysis
136 Elements of Form and Space Studio
Fig 7.2 Ansh Ajmera Deciphering the design language of Zaha Hadid through deconstruction of spaces
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Sup Overlapping Floatation ong Chaos Fo Sup ematism Overlapping Superimposing ong Chaos Fo ce but under Equilibrium Sup Overlapping St ong Chaos Fo Explosion P oject B E R GI S E L S KI J U M P ( L NE S S U PREM A T I S M DE C ON T RU CT ON OF S P AC E B E R GI S E L S KI J U M P LINES FLOWING V T RA F IRE S T A T O N PLANES MULTI-PESPECTIVE CRASHING PARALLEL CONTEMPO RA R Y A R TS CE NT E R VOLUMES COLLIDING LAND MASS HEYDAR ALIYEV CENTER SURFACES FOLDING BENDING Z A H A H A D I D LIBERATION FROM GRAVITY FLOATATION IN SPACE GRADATION IN SPACE COLLIDING LANDSCAPE BECOMES FIELD. FIELD BECOMES MERGING/ VERGING/ DIVERGING INTO/ FROM/BY ONE FRAGMENTING OF THE STRUCTURE, NOT WITH IDEA OF BREAKING OF STRUCTURE BUT WITH THEIDEA OF COMPOSITION — HOW TO FREE LIBERATION FROM COMPOSITION TECTONICS VERY STRONG CHAOS FORCE LINES, CURVES WHAT IF GOING HORIZONTALLY, MOVING/SLICING VERTICALLY COLLIDING LANDSCAPE MERGING/ VERGING/ DIVERGING INTO/ FROM/BY ONE MIX, DIVIDE FUSE THE TYPOLOGIES MULTIPLE PERSPECTIVE AND PAR LINES, CURVES GRADATION IN SPACE HOW SHIFT IN SCALE AFFECTS THE MEANING OF THE THINGS/ PIECE LIBERATION FROM GRAVITY, COMPOSITION TECTONICS FLOATATION OF ATMOSPHERE VERY STRONG CHAOS FORCE LINES, CURVES GOING HORIZONTALLY, MOVING GRADATION IN SPACE MAKE A SPACE A GRAPHIC SPACE; MAKING OF 2D SPACE IN 3D WORLD IDEA OF CARVING AS VALLEYS HORIZONTAL VERTICAL HORIZONTAL + VERTICAL CONTEMPO RA R Y A R TS CE NT E R V O LU M E D EC ONST RUC T ON OF S P AC E BR EA KDOW N PLAN PLAN V T RA F IRE S T A T O N (P LAN E S) D EC ONST RU CT ON OF P A C E PHOTO S BR EA KDOW N INFERENCES BD2004 ANSH AJMERA RESEARCH 1 ZAHA HADID DESFINER OF LINES, PLANES AND VOLUMES WITH VIEING ANGLE, SCALE CHANGES EVEN STARINGHT LINES AR ENOT STRAIGHT, THEY ARE IN GRADATION OF CURVE PARALLEL? YES BUT THEY CAHNGE THEIR PARALLEL PERPENDICULAR? MAYBE BUT THESE COMPONENTS ARE TRAVELING TO VANISHING POINT IN PLAN AND SECTION BUT JUST REMOVING THE V.S. GROUND AS A GRAPHIC SPACE GROUND AS A GRAPHIC SPACE DOESN’T CREATE CURVES BUT SEAMLESSNESS IN LINES, AND CURVES ARE A RESULT OF THAT. SINGLE LINE TO 2D TO GET A WHOLE NEW PERSPECTIVE OF SPACE WHICH IS IN A MULTI LAYER/ LEVELS OF PLANES SUPERIMPOSED, MERGED, CRASHED, COLLIDED WITH ONE ANOTHER LIBERATION FROM GRAVITY, COMPOSITION, COLOR SUPERIMPOSE FLOATATION OF CITIES, SKY, ATMOSPHERE, UNIVERSE HOW THINGS CAN FLOAT IN SPACE GOING HORIZONTALLY, MOVING/SLICING VERTICALLY IDEA OF LAYERING MULTILAYER OF DIFFERENT SPACES AND COLLIDING OF SPACE (CRASHING OF PLANES) MERGING/ VERGING/ DIVERGING INTO/ FROM/BY ONE FRAGMENTING OF THE STRUCTURE, NOT WITH IDEA OF BREAKING OF SUPREMATISM IS A SIMPLE SHAPE LINES COLOR WHICH IS USED IS MAINLY THROUGH ARRANGEMENT, ORIENTATION, RELATIVE SIZE, DIRECTIONAL, PERSPECTIVE, WITH ADDING A SINGLE LINE TO 2D TO GET A WHOLE NEW PERSPECTIVE OF SPACE WHICH IS IN A MULTI LAYER/ LEVELS OF PLANES SUPERIMPOSED, MERGED, CRASHED, SUPREMATISM IS A WAY TO SHOW COMPLEXITY THROUGH A SIMPLE LANGUAGE WHICH ITSELF BECOME VERY COMPLEX WITH THE IDEA OF PROPORTIONS, SIZE, SCALE, ARRANGEMENT, ORIENTATION, RELATIVE SIZE THOUGHT OF. HOW SHIFT IN SCALE AFFECTS THE MEANING OF THE THINGS/ PIECE PLAY BETWEEN 2 DIMENSION AND 3 DIMENSION ZAHA HADID’S DRAWING; LOGICAL THOUGHTFUL EMERGENCE AND EXISTENCE OF SPACE THROUGH CHAOS AND INKING APART FROM THE PLAN HOW WOULD YOU INTERPRET A 3 DIMENSIONAL DRAWING IDEA WAS TO SHOW IT BELOW ABOVE SIDE WAYS MIXED WITH PERSPECTIVE EXPERIMENTAL, WHAT IF AND WHY NOT THIS? MULTIPLE MODEL EXPLORATION FOR FORM, MINUTE CHANGES, HOW IT CHANGES THE FORM EVERYTHING IN CHAOS MOVEMENT BUT WEILDED BY COMBINATION OF THE COLOR AND MATERIAL USED FOR MODELS ALSO SHOWS THE ATMOSPHERE IT WILL CREATE IN ATMOSPHERE AND NATURAL LIGHT Fig 7.2
138 Elements of Form and Space Studio CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Kinshuk Adeshra UG180307 Deciphering Design Language of Santiago Calatrava Final Design Exercise Research I
Santiago Calatrava in full Santiago Calatrava Valls (born July 28,1951, Benimamet, near Valencia, Spain), Spanish architect widely known for his sculptural bridges and buildings He is an architect, engineer, artist and a sculpturer. He has studied both architecture and structural engineering which has enabled him to design the type of architecture that he creates. Calatrava evolved his art, and his sculpture into architecture. Sometimes compared to da vinchi because he brings art and science together. About His Bridges His Buildings His Art and Sculptures He was also influenced by works of engineers such as Robert Millart whose work inspired him to seek simple forms which could create an emotional response. He was influenced by Le Corbusier’s work and aesthetics, which initially led him to pursue architecture. His Inspirations He spent his time making and then developing numerous His sketches emphasize his preference for resolving a design in section, which for him reveals not only the strength of the building but also its structural beauty. Often, his sketches are followed by scale models or what he generally refers to as “toys and games.” Calatrava is fascinated with Movement it has been a source of inspiration for many of his creations. Even in his Doctoral thesis, he investigated geometric figure can be reduced from three dimensions to two, and ultimately just one e.g. A polyhedron can be collapsed, making it a single planar surface. Another transformation can further reduce it to a single line, a single dimension. His Process and Style Nature is his structural inspiration. He closely observes the strong visual movement in natural objects that derives from the fact that their shapes are the traces of the physical forces that created them. Most of his work is finished in concrete, steel and glass as he employs engineering knowledge to create sculptural structures that are novel and innovative-giving most of his works a whitish appearance. Bach de Roda – Felipe Bridge, Barcelona, Spain. Vase. Running Torso. Untitled. Drawing no.-0005 Drawing no.-0019 String 3. Pure Geometry. String. Mother and Child, Lusitania Bridge, Mérida, Spain. Margaret Hunt Hill Bridge, Dallas, USA. Manrique Footbridge, Murcia, Spain. Bridge of Strings, Jerusalem, Israel. Serreria Bridge, Valencia, Spain. Bridge of Strings, Jerusalem, Israel. Mimico Creek Bridge, Toronto, Canada. Kuwait Pavilion, Toronto, Canada. Agora, Valencia, Spain. Manrique Footbridge, Murcia, Spain. Reggio Emilia Stazione Mediopadana, Murcia, Spain. Reggio Emilia Stazione Mediopadana, Murcia, Spain. Palacio de Exposiciones y Congresos Ciudad de Oviedo, Murcia, Spain. World trade center transportation hub, NYC, USA. Emergency Services Center, St. Gallen, Switzerland. Samuel Beckett Bridge, Dubin, Ireland. Conclusions Evolves his art and sculptures into architecture. The Turning Torso, Sweden. Believes in evolving his designs through sketches. Lyon-Saint Exupery Airport Railway Station, France Lyon-Saint Exupery Airport Railway Station, France His design process begins by creating forms in abstract manner, inspired by nature Nature is the inspiration. Translating visual movement in natural object to his forms (Imitating human body and various animals). Fascinated with movement. Believes in function follows form. Never compromises on aesthetics. Risk taker, Daring. Alamillo Bridge, Spain. Peace Bridge, Canada Peace Bridge, Canada Calatrava’ Language The Milwaukee Art Museum, Wisconsin, USA. Inovation, Science and Technology Center, FL, USA. Translating the concept of tensegrity and cantilever structure into many of his bridges. Translating the movement of a bird into many of his sculptures. Torre de Communications de Montjuïc, Barcelona. Use of bold cantilevered elements in many of his structures. Wide use of principle of tensegrity. His forms generally have fluid filleted junctions. Almost no use of right angle. Imitating nature through mechanical movement. Use of simple forms. Accentuating form through light, shadows and reflections. Use of mathematical curves such as parabolas and sinusoidal curves. Use of ribbed structures. LHemisfèric, Valencia, Spain. LHemisfèric, Valencia, Spain. CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Kinshuk Adeshra UG180307 Deciphering Design Language of Santiago Calatrava Final Design Exercise Research Santiago Calatrava Agora, Valencia, Spain. World trade center transportation hub, NYC, USA. World trade center transportation hub, NYC, USA. Reggio Emilia Stazione Mediopadana, Murcia, Spain. SMU Wave Sculpture, Dallas, USA. Bodegas Ysios Winery, Lagaurdia, Spain. Fig 7.3 Kinshuk Adeshra Deciphering the design language of Santiago Calatrava Fig 7.3
Santiago Calatrava
139 ww. The memphis style was inspired by ART DECO, 50’S KITSCH STYLE AND 80’S POP ART The designs were highly POST MODERNIST breaking the visual boredom, monotony and similarity in the attributes. MAXIMALISM SYMMETRY UNCONVENTIONAL DESIGN RHYTHM/HARMONY LAMINATED BULKY BASE Casablanca Cabinet By Ettore Sottsass Royal Sofa By Nathalie Du Pasquier Tartar Table By Ettore Sottsass Carlton Bookcase by Ettore Sottsass Diva Mirror By Ettore Sottsass Alpha Centauri by Marco Zanini Palace Chair By George Sowden Riviera Carpet By Nathalie Du Pasquier Bel Air Chair by Peter Shire Ladoga Vase By Matteo Thun Mizar Vase By Ettore Sottsass Michigan Salt Cellar By Matteo Thun Continental Side Table By Michele De Lucchi Ashoka Lamp By Ettore Sottsass Oceanic Table Lamp By Michele De Lucchi Laurel Table Lamp By Peter Shire Tahiti Lamp By Ettore Sottsass Pierre Table By George Sowden Polar Side Table By Michele De Lucchi Ivory Column By Ettore Sottsass INFLUENCE OF MEMPHIS IN DIFFERENT FIELDS DESIGN LANGUAGE Pioneered by ETTORE SOTTSASS in 1981 in Milan, Italy. The MAIN IDEOLOGY behind the designs was to bring EXCITEMENT AND LEISURE in peoples’s life apart from the functionality, as an add-on to the designs. Memphis was a reaction to the BORING, MONOTONOUS AND ALIKE DESIGNS. The name Memphis came from BOB DYLAN’S ‘THE MEMPHIS BLUES AGAIN’. It focused on creating BRIGHT, COLORFUL AND INNOVATIVE designs with the post Modernist effect. BRIGHT and FLASHY colours REPETITIVE PATTERNS, SQUIGGLES and ZIGZAGS without any part overpowering the other part PRIMARY and WACKY FORMS and SHAPES The style was a 2D VECTORISED style with BOLD and PLAIN colours without any shades or tints. Materials like PLASTIC, PAINTED WOOD, LAMINATES AND METAL were used. ww. INFLUENCE OF MEMPHIS IN DIFFERENT FIELDS DESIGN LANGUAGE Pioneered by ETTORE SOTTSASS in 1981 in Milan, The MAIN IDEOLOGY behind the designs was to bring EXCITEMENT AND LEISURE in peoples’s life apart from the functionality, as an add-on to the designs. Memphis was a reaction to the BORING, MONOTONOUS AND ALIKE DESIGNS. The name Memphis came from BOB DYLAN’S ‘THE MEMPHIS BLUES AGAIN’. It focused on creating BRIGHT, COLORFUL AND INNOVATIVE designs with the post Modernist effect. BRIGHT and FLASHY colours PATTERNS, SQUIGGLES and ZIGZAGS without any part overpowering the other part PRIMARY and WACKY FORMS and SHAPES The style was a 2D VECTORISED style with BOLD and PLAIN without any shades or tints. Materials like PLASTIC, PAINTED WOOD, LAMINATES AND METAL were used. TAHITI LAMP BY ETTORE SOTTSASS OCEANIC TABLE LAMP BY MICHELE DE LUCCHI ASHOKA LAMP BY ETTORE SOTTSASS LADOGA VASE BY MATTEO THUN BEL AIR CHAIR BY PETER SHIRE CARLTON BOOKCASE BY SOTTSASS Connecting ART DECO, 50’S KITSCH STYLE AND 80’S POP ART with Memphis, some points were deciphered like repetition of similar elements with slight modification, combination of plain colous and patterns and maximalist approach but in a logical way. LAUREL TABLE LAMP BY PETER SHIRE FLAMINGO SIDE TABLE LAMP BY MICHELE DE LUCCHI POLAR SIDE TABLE BY MICHELE DE LUCCHI RARE BIRD COFFEEPOT REPETITION IN DESIGN APPROACH Linear or planar forms inclined at certain angle with two elements put at top and bottom to balance the whole product. HARMONY Harmony was achieved by putting different elements facing all the different directions such that it felt like there was a never ending loop of rhythm. BROKEN GEOMETRY Some of the forms of the products were achieved by breaking the geometry of one shape into smaller different forms. REDUCTION IN OVERPOWERING ELEMENTS THROUGH PATTERNS Many of the forms had a bulky base which would overpower the whole product. So, to avoid that, patterns were used in that area making it look less heavy. EXTRUDED 2D FORMS Many of the designs have a form which are comprised of 2D shapes and then extruded to give a 3D form. So when one looks at the elevation, the whole form is understood and design is just done on one plane extruded in single axis and alongh with this, symmetry is also observed. DECONSTRUCTION AND INTERPRETATION OF DESIGN LANGUAGE DIVA MIRROR BY SOTTSASS Fig 7.4 Isha Shah Deciphering the design language of Memphis Fig 7.4
Final Project- Ideation
Final Project- Ideation
Initial Explorations
Initial explorations
Initial explorations
Exploring tensigrity
Exploring Tensegrity
Exploring tensigrity
Fig 7.5
Exploring selected principle
Exploring selected principles
Exploring tensigrity
Exploring tensigrity
Concept Generation and Development
The deciphered design languages are applied to selected products in appropriate context as concepts for form generation and are developed in stages.
Fig
7.5
Kinshuk Adeshra Exploration of the tensegrity principle and generation of form
Final concept
Final concept
1:1 Drawings to understand proportion.
1:1 Drawings to understand proportion.
140 Elements of Form and Space Studio
141
Archi Shah Concept generation of forms
seating
Gehry
Ansh Ajmera Paper explorations
a bus-stop
Archi Shah UG190169 Process Sheet Final Design Exercise Development Evolving Concept Fig 7.6 Fig 7.7 CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Process Sheet Final Design Exercise PROCESS Early Explorations Concept Development Evolving Concept FORM DEVELOPMENT TAKING SIMPLE ELEMENTS, COMBINE AND MANIPULATE FORM DEVELOPMENT TAKING SIMPLE ELEMENTS, COMBINE AND MANIPULATE
Fig 7.6
for a
inspired by Frank
Fig 7.7
for
inspired by Zaha Hadid
Glass (Planar): light, clear
COLOUR
PANTONE 11-0601 TPG Bright White
PANTONE 537 C PANTONE 7506 C
OPTION 1 Neutral, true to material colours
Pragmatic/Program requirements: Versatile and neutral colours that can work with various context and backgrounds
Concept: Lightweight and porous. So light and subtle colours are required
Emotions and attributes associated with the colour palette: calm, elegant, clean, formal
MATERIAL
Concept: Porosity and lightwieight, using porous and translucent materials
- Translucent materials (50%): perforated sheets, Shoji paper (washi), frosted glass, translucent/tinted acrylic
- Transparent materials (25%): glass and acrylic
- Opaque materials (25%) wood (plywood, MDF, HDF), metal, concrete, stone, polymers/plastics
Program requires a main frame structure that has to be sturdy and opaque. Internal components can be opaque, translucent or transparent. Not use more than three materials so as to not clutter the space.
Emotions and attributes associated with material palette:
FINISH
MDF: Smooth and matte (oil paint with a matte varnish)
Acrylic: Smooth and anti-reflective/non-glare for clear visibility
Perforted aluminium: Round hole staggered (5/32” dia, 7/32” centres, 46% open)
Shoji paper: Basic Professional Shoji Paper (0.14 mm thickness, 48% Light permeation
PANTONE 11-0601 TPG Bright White
PANTONE 664 C PANTONE 2707 C PANTONE 4184 C
OPTION 2 Neutral colours and light and dulled colours as used by architect
OPTION 1 MDF/HDF, clear acrylic, perforated metal sheet (aluminium)
OPTION 2 MDF/HDF, tinted acrylic, Shoji paper (washi)
142 Elements of Form and Space Studio
products
Fig7.8 Bansari Shah Fig 7.9 Suhani Nathan Deciphering CMF ideas for
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Bansari Shah UG180103 CMF Infographic/ Final Design Exercise Partition Emotions and attributes associated with colours and materials used by Toyo Ito Pantone Bright White (Hex F5F7F6) : ligtweight, clean, cold, pure Grey 1 (Pantone 4135 C, Hex 828B9E): heavy, stormy Grey 2 (Pantone 422 C, Hex 9AA2A4): neutral, dull Brown (Pantone 466 C, Hex C3A776): rough, woody Lavender (Pantone 665 C, Hex C6BBCE): subtle. elegant Grey 3 (Pantone 656 C, Hex BCC4D0): ambigious, soft Steel, Aluminium Sheets (Planar): sharp, edgy, clean, cold Steel (Volume): heavy, solid Perforated metal sheet - Steel, Aluminium (Planar): light, free, ambigious Concrete (Planar, Volume): heavy, rigid, sturdy, solid Wood (Linear, Planar): lightweight, rough, textured
CMF Considerations and Application Colour-Material-Finish considerations are based on (1)Pragmatic and practical requirements of the product and context (2) Emotion-related requirements (3) Conceptual stand of the design
CMF : COLOUR, MATERIALS, FINISH for Partition Toyo Ito: Colour and Material Palette CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 Final Exercise/ CFM Infographic Final Design Exercise Canteen Table and Stool set C f m Color | Finish | material MATERIAL color finish emotion Polycarbonate : - Transparent - High impact resistant - Strong - Is stronger and can hold up longer to extreme temperatures and rough use than acrylic - Can be used for injection molding - Low scratch resistance - Has to be coated with scratch resistant layer Clear - Blocks of different colored transparent blocks - Lightness + solidity - Playful - Looks visually less crowded Glossy - Scratch proof protective layer on polycarbonate - Transparency gives a sense of openness to a room and permits light to flow freely through the space - It does not crowd up the room - Gives a modern feel to the space - With having different units of the table and stools in different colors around the canteen will bring playfulness in the space Polycarbonate Polycarbonate Transparent blocks # FE5301 # 0050C6 # 07A0C3 clear # F0C808 # E11B34 # 7CB34E # 0F6D52 Fig 7.8 Fig 7.9
Fig 7.10
Form Development
66 cm 122 cm
100 cm 77 cm 44 cm
27 cm
66 cm
33 cm 25 cm
Fuctional, CMF and contextual considerations aid in the evolution of the form.
Fig 7.10 Kushani Mehta Development of form and details of dustbins on the New C.G. Road, Ahmedabad
143
145 Fig 7.12
Shah ‘Mazortal’
FD
Fig 7.12 CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Final Design Exercise Name of Product Exercise Name/ Sheet Title FRONT ELEVATION BROKEN INTO A GRID (270mm x 270mm Square Grid) 3 MODULES OF PLYWOOD REPEATED ALL OVER THE PRODUCT 3000 3000 3000 9000 300 PLAN AA' 740 20 30 270 270 1520 50 3440 75 30 270 1110 30 1410 75 450 600 90 1800 30 3000 9000 A A 540 DETAIL 4.2 GLASS TO WOOD ELEVATION SCALE 10:1 30mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD DETAIL 4.1 GLASS TO WOOD IN SECTIONAL PLAN SCALE 10:1 DETAIL 3.2 PLAN PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.1 ELEVATION PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.3 SECTION SHOWING PLYWOOD TO MS PIPE JOINT SCALE 5:1 30mm PLYWOOD SS STANDOFF BASE 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD DOUBLE
SCREW TEAK WOOD
20mm MS PIPE SS STANDOFF BASE 30mm
INSIDE OUTSIDE 0 1 3 7meters FRONT ELEVATION BROKEN INTO A GRID (270mm x 270mm Square Grid) 3 MODULES OF PLYWOOD REPEATED ALL OVER THE PRODUCT 3000 3000 3000 9000 300 PLAN AA' 740 20 30 270 270 1520 50 3440 75 30 270 1110 30 1410 75 450 600 90 1800 30 3000 9000 A A 540
GLASS TO WOOD ELEVATION SCALE 10:1 30mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD DETAIL 4.1 GLASS TO WOOD IN SECTIONAL PLAN SCALE 10:1 DETAIL 3.2 PLAN PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.1 ELEVATION PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.3 SECTION SHOWING PLYWOOD TO MS PIPE JOINT SCALE 5:1 30mm PLYWOOD SS STANDOFF BASE 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD DOUBLE THREADED SCREW TEAK WOOD DOWEL 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters FRONT ELEVATION BROKEN INTO A GRID (270mm x 270mm Square Grid) 3 MODULES OF PLYWOOD REPEATED ALL OVER THE PRODUCT 3000 3000 3000 9000 300 PLAN AA' 740 20 30 A 270 270 1520 50 3440 75 30 A 270 1110 30 1410 75 450 600 90 1800 30 3000 9000 540 DETAIL 4.2 GLASS TO WOOD ELEVATION SCALE 10:1 30mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD DETAIL 4.1 GLASS TO WOOD IN SECTIONAL PLAN SCALE 10:1 DETAIL 3.2 PLAN PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.1 ELEVATION PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.3 SECTION SHOWING PLYWOOD TO MS PIPE JOINT SCALE 5:1 30mm PLYWOOD SS STANDOFF BASE 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD DOUBLE THREADED SCREW TEAK WOOD DOWEL 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters DOUBLE THREADEDED SCREW SS STANDOFF BASE STUDS TECHNICAL DRAWINGS CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Exercise Name/ Sheet Title Final Design Exercise Name of Product 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION 740 770 1350 590 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 D1 D2 D3 D4 B B' 180 480 300 LINE INDICATING PIVOT 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD INSIDE OUTSIDE 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT
6mm TRANSLUCENT
20MM MS
FRONT ELEVATION BIDDING 20mm 8'x4' BLACK 740 770
590
RCC BEAM 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 D1 D2 D3 D4 B B' 180
300 LINE INDICATING PIVOT 20MM 6mm TRANSLUCENT TEMPERED COLOURED 6mm TRANSLUCENT TEMPERED COLOURED BIDDING 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD INSIDE OUTSIDE 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION 740 770 1350 590 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 D1 D2 D3 D4 B B' 180 480 300 LINE INDICATING PIVOT 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD INSIDE OUTSIDE CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Exercise Name/ Sheet Title Final Design Exercise Name of Product 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION 740 770 1350 590 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 D1 D2 D3 D4 B B' 180 480 300 LINE INDICATING PIVOT 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD INSIDE OUTSIDE 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING 20mm 8'x4' BLACK 740 770 1350 590 3440 RCC BEAM 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 D1 D2 D3 D4 B B' 180 480 300 LINE INDICATING PIVOT 20MM 20MM 6mm TRANSLUCENT TEMPERED COLOURED 6mm TRANSLUCENT TEMPERED COLOURED BIDDING 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD INSIDE OUTSIDE 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION 740 770 1350 590 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 D1 D2 D3 D4 B B' 180 480 300 LINE INDICATING PIVOT 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD INSIDE OUTSIDE CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Exercise Name/ Sheet Title Final Design Exercise Name of Product 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters Elements of Form and Space Studio BD 2004 FirstName Last Name Code No. Exercise Name/ Sheet Title Final Design Exercise Name of Product 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 9000 C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters
Isha
Partition at
Building, CEPT
THREADED
DOWEL
PLYWOOD
DETAIL 4.2
DOOR)
TEMPERED COLOURED GLASS
PIPE
1350
3440
480
Product and Contextual Renders
Student Outputs
146 Elements of Form and Space Studio
products
contextal
product
colours,
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION STUDENT VERSION A 194.8 99.2 95.5 PRODUCED BY AN AUTODESK STUDENT VERSION 34° 100 98° PRODUCED BY AN AUTODESK STUDENT VERSION 110 110 PRODUCED BY AN AUTODESK STUDENT VERSION B 110 14 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED PRODUCED BY AN AUTODESK STUDENT VERSION VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A B 20 101° 3 14 TOP VIEW SECTION AA DETAIL B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A B 20 101° 3 TOP VIEW SECTION AA DETAIL B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A B 600 20 101° 128° 131° 3 R6 6 2.2 TOP VIEW SECTION AA DETAIL B (1:1) PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION STUDENT VERSION A SECTION AA 194.8 99.2 95.5 100 100 200 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 34° 100 100 200 98° PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 110 110 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B 110 14 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 109.1 400 110 PRODUCED PRODUCED BY AN AUTODESK STUDENT VERSION VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A 14 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A B 600 20 101° 128° 131° 3 R6 6 2.2 TOP VIEW SECTION AA DETAIL B (1:1) PRODUCED BY AN AUTODESK STUDENT VERSION PART D (1:2) PART Model in Context POLYCARBONATE A' POLYCARBONATE Context render OFFICE CANTEEN SET IN CLOSED POSITION SET IN OPEN POSITION of the stool showing details SET IN ELEVATION CURVATURE ON THE SEAT FOR COMFORT AND STIFFNESS GRIP ON BOTH THE SIDES FOR EASY LIFTING MINIMUM AREA CONTACT TO THE GROUND TO AVOID SCRATCHES RIDGE TO FIT INTO THE GROOVE ON THE TABLE FOR EXTRA SECURITY RIBS INCORPORATED IN THE DESIGN FOR STRENGTH SCALE 1 : 10 MEASUREMENTS ARE IN MM stelena Swing inspired from a dol phin Journey This studio was based around form generation and form development, bow this project should be looked at critically in terms of various joineries and materials which are to be used in the current project. feel this is one thing lacking in my project is the joinery and specific joineries related to that material. Our journey was from dot, then to lines then to planes, and then seeing the planes turn into solid and then manipulating the solids using various tools now we are acknowledged with like radii manipulation. The visualization of form and how to appreciate good form was learned during this studio. Future Scope A-A (1:20) A A R930 1850 450 1350 150 600 450 1350 1950 980 980 200 200 600 Ø600 200 20 1850 1900 2200 A-A (1:20) B-B (1:20) C-C (1:20) A A B B C C 300 590 1060 300 940 20 250 450 Steel Pipe Outside Ø33.8. Class B - medium duty wall thickness 3.25MM IS:1239 Joinery base to central spine is Gas Tungsten Arc Welding Finish: Brushed Body Surface: 6 layer carbon fiber surface 210g woven fabric and 300g unidirectional. Surface is Axalta spectra master metallic paint (BM064) A-A (1:20) 200 600 1850 250 450 stelena Swing inspired from a dol phin This studio was based around form generation and form development, bow this project should be looked at critically in terms of various joineries and materials which are to be used in the current project. feel this is one thing lacking in my project is the joinery and specific joineries related to that material. Our journey was from dot, then to lines then to planes, and then seeing the planes turn into solid and then manipulating the solids using various tools now we are acknowledged with like radii manipulation. The visualization of form and how to appreciate good form was learned A-A (1:20) A A R930 1850 450 1350 150 600 450 1350 1950 980 980 200 200 600 Ø600 200 20 1850 1900 2200 A-A (1:20) B-B (1:20) C-C (1:20) A A B B C C 300 590 1060 300 940 20 250 450 Steel Pipe Outside Ø33.8. Class B - medium duty wall thickness 3.25MM IS:1239 Joinery base to central spine is Gas Tungsten Arc Welding 6 layer carbon fiber surface 210g woven fabric and 300g Surface is Axalta spectra master metallic paint (BM064) A-A (1:20) 1950 200 600 1850 C-C A B C 590 1060 300 20 250 450 Stelena Final Design E x e r cise Mait r e y a P athak Elements of F orm and Space CEP T Uni v ersity B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Technical Drawings Rendered Views PLAN AT 430MM PLAN AT 200MM FRONT ELEVATION LEFT ELEVATION SECTION AA’ SECTION BB’ Exploded View Context Renders B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
Applying software knowledge on
to generate
references of
and its placement, relationship and impact on the site, with appropriate
materials and finishes.
147 Student Outputs C EPT U N I V ERSIT Y F ACULTY OF DE S IG N ELEME S TU D I O BD 2 00 4 EXPLODED VIEW WITH CMF SPECIFICATIONS TECHNICAL DRAWINGS RENDER AND MODEL 300 TO WOOD BIDDING PATTI 30mm PLYWOOD 3 7meters TO WOOD BIDDING PATTI 30mm PLYWOOD 3 7meters SS PIVOT HINGE 30mm PLYWOOD RCC BEAM SECTION DD' 15mm DEEP GROOVE 30mm PLYWOOD 7meters RENDERS WITH CONTEXT TO WOOD 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD 3 7meters PLYWOOD BEAM DEEP GROOVE PLYWOOD SS PIVOT HINGE 30mm PLYWOOD RCC BEAM SECTION DD' 15mm DEEP GROOVE 300 30mm PLYWOOD 7meters PHYSICAL MODEL (Scale : 1:20) Mazortal Final Design Exercise Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design
FRAGMENTING
148 Elements of Form and Space Studio PARALLEL PARALLEL VANISHING POINTS PLAN OF VITRAFIRE STATION HORIZONTAL VERTICAL CONTEMPO RA R Y A R TS CE NT E R ( V O LU M E D EC ONST RUC T ON OF S P AC E BR EA KDOW N V T RA F IRE S T A T O N (P LAN E S) D EC ONST RU CT ON OF S P A C E BR EA KDOW N HORIZONTAL + VERTICAL INFERENCES SIDE ELEVATION C EPT U N V ERSIT Y F ACULTY OF DE S IG N ELEME N TS O F FO R M AN D S PAC E S TU D O BD 2 00 4 AN S H AJ M ER A UG 1 9 01 2 7 STUDYING ZAHA HADID’S WORKS FINAL D E S G N EXER C I S E NA M E OF PR O DUC T SUPREMATISM PARALLEL PARTNERS IN A PLAN. PERSPECTIVE PARTNERS DESFINER OF LINES, PLANES AND VOLUMES STARINGHT LINES ARE IN GRADATION OF CURVE PLANER ELEMENTS ARE LIKE PLANES IN PERSPECTIVE. DOESN’T CREATE CURVES BUT SEAMLESSNESS IN LINES GOING HORIZONTALLY, MOVING/SLICING VERTICALLY IDEA OF LAYERING OBJECT BECOMES FIELD. FIELD BECOMES PART OF URBANISM OF CITY
SUPREMATISM PARALLEL PARTNERS IN A PLAN. PERSPECTIVE PARTNERS DESFINER OF LINES, PLANES AND VOLUMES STARINGHT LINES ARE IN GRADATION OF CURVE PLANER ELEMENTS ARE LIKE PLANES IN PERSPECTIVE. GOING HORIZONTALLY, MOVING/SLICING VERTICALLY IDEA OF LAYERING NOT IN ORDER TO BREAK BUT WITH IDEA OF STRUCTURE TO FREE THE SPACE OBJECT BECOMES FIELD. FIELD BECOMES PART OF URBANISM OF CITY FOLDING OBJECT SELECTION SUPREMATISM IS A WAY TO SHOW COMPLEXITY THROUGH A SIMPLE LANGUAGE WHICH ITSELF BECOME VERY COMPLEX WITH THE IDEA OF PROPORTIONS, SIZE, SCALE, ARRANGEMENT, ORIENTATION, RELATIVE SIZE REPRESENTING VERY COMPLEX CONCEPTS OF ON HOW SPACE CAN BE THOUGHT OF. IT IS USUALLY USED TO CREATE INTERESTING COMPOSITION WHICH ARE CHAOTIC VISUALLY BUT HAVE A LOGIC OF RELATENESS OF ITS OWN PRIMARY ELEMENTS OF ANY OBJECT THE SCALE OF CURVATURE AND SEAMLESSNESS THIS IS SIMILAR TO GESTALTS LAW OF FIGURE AND GROUND WHICH ALSO TALKS ABOUT THE HARMONY AND SEAMLESSNESS OF BUILT AND TO BE BUILT. FOLDING TAUGHT ME THAT STRUCTURE, AESTHETICS, FUNCTION ALL ARE INTEGRATED WITH MATERIAL INTO SPACIAL EXISTENCE FRAGMENTING THE PERSPECTIVE IS NOW IN PERSPECTIVE WHICH CREATES LUCID EXAGGERATION WAYS OF APPROARCH BUS STOP A DESIGNNATED PLACE WHERE BUS TO STOP FOR PASSENGERS TO GET ON AND OFF PROGRAM ELEMENTS SHELTER SEATING SIGNAGE BASED ON OBJECT BECOMES FIELD. FIELD BECOMES PART OF URBANISM OF CITY SIMPLE POLE AND SIGN SOPHISTICATED STRUCTURE RUDIMENTRY SHELTER SUITABLE SYMBOL DUSTBIN LIGHTING AMTS BUS STOP CG ROAD BUS STOP RUKH by Ansh Ajmera Product: Bus-stop | Context: S.G. Highway, Ahmedabad Design Inspiration: Zaha Hadid
AHMEDABAD IS HOT, DRY AND UNPLEASANT AND BUS STOPS ARE MOSTLY PRAGMATIC AND BORING SERVING PURPOSE OF ECONOMICS, ADVERTISMENT AND A PLACE TO WAIT IN THESE LIST OF SERVING WHAT IF WE ADD MIND AND ENVIRONMENT SO THAT THE BUS STOPS WOULD BECOME STOPS THE STOPS FOR MIND AND THE MOVING EYES IT BEING THE OBJECT BECOMING THE FIELD AND ONE WITH ENVIRONMENT AND ALSO BEING A SIGNIFIER IN ITSE LF AT THE SAME TIME CONCEPT IS BASED ON THREE MINORS
FIRST, THE MODERNIST BUILT AROUND IS FLUSEHED WITH LINES WHICH IS ALL VERY STRIKING STRONG AND OVER POWERING THE SURROUND. HENCE A CONSTRAST TO THIS WOULD BE ORGANIC CURVES SECOND, IS WITH THE IDEA OF SHADE COMES IN TREE AS A PRIMARY MEANS TO RESPONSE TO FROM IT I TAKE THE BASIC UNIT LEAF AS SHADE THIRD, TO THINK OF A HOT BUT PLEASANT PLACE WOULD BE A BEACH SO TAKING THE WAVES AS A FEELING AND CURVES AS GEOMETRY I START MY CONCEPT
149 LLY IDEA OF LAYERING TURE TO FREE THE SPACE W O U L D B E C O M E S T O P S T H E S T O P S F O R M I ND AND T H E M O V I N G EYES I T B E I N G T H E O B J E C T B E C O M I N G T H E F I E L D AN D O N E W I T H EN V I R O N M E NT AND A L S O B E I N G A S I G N I F I E R I N I T S E L F AT T H E S A M E T I M E C O N C E P T IS BA S E D O N T H R E E M I N O R S F I R S T, T H E M ODE R N I ST B U I LT A R O UND IS FLUS E H E D W I T H L I N E S W H I C H I S A L L V E RY STR I K I N G S T R O N G AN D O V E R P O W E R I N G T H E SU R R O UND. H E N C E A C O NSTRA S T T O T H I S WO U L D B E O R G A N I C CURV E S S E C O ND, I S W I T H T H E I D E A O F S H ADE C O M E S IN T R E E AS A P R I M A RY M E ANS T O R E S P ON S E T O P R O B L E M F R O M I T I TAKE T H E B A S I C U N I T, L E AF AS S H A D E T H I RD, T O T H I N K O F A H OT B U T P L E ASANT P LAC E W O U L D B E A B E A C H S O TA K I N G T H E WAV E S AS A F E E L I N G AND CUR V E S AS G E O M E T RY I S TA RT M Y C O N C E P T. CONTRAST WITH CURVES WAVES AS A FEELING LEAF AS SHADE C EP T U N I V ERS I T Y F A C U L T Y O F D E S I G N E L E M E N T S O S T U D MOVING/SLICING VERTICALLY IDEA OF LAYERING UT WITH IDEA OF STRUCTURE TO FREE THE SPACE STRUCTURE AESTHETICS FUNCTION ALL ERIAL INTO SPACIAL EXISTENCE WAYS OF APPROARCH SHELTER SEATING SIMPLE POLE AND SIGN
SOPHISTICATED STRUCTURE
DUSTBIN LIGHTING A T E M E N T RUGGED ENTS, THE BUS STOP END HE MODERN BUILT OF THE PLACE OF BUILDING ALSO FOR PARKING NOW RY, PEOPLE ALSO STOP BUS STOPS DISABLED PEOPLE AD AND GLOOMY SIGNAGE SUITABLE SYMBOL PROGRAM ELEMENTS
RUDIMENTRY SHELTER
C O N C E P T S T A T E M E N T
WITH CURVES WAVES AS A FEELING LEAF AS SHADE M E N T S O F F O R M A N D S P A C E S T U D I O B D 2 0 0 4 R E S EAR C H AN A L YS I S & INTERPRETATI O CONTEX T , P R O B L E M STATEMENT, D E S I G N E R O F L I N E S , P L A N E S A N D V O L U M E S F O L D I N G PRIMARY ELEMENTS OF ANY OBJECT FOLDING TAUGHT ME THAT STRUCTURE AESTHETICS FUNCT ON ALL ARE INTEGRATED WITH MATERIAL INTO SPACIAL EXISTENCE O B J E C T S E L E C T I O N WAYS OF APPROARCH BUS STOP A DESIGNATED PLACE WHERE BUS TO STOP FOR PASSENGERS TO GET ON AND OFF SHELTER SEATING B A S E D O N O B J E C T B E C O M E S F I E L D F I E L D B E C O M E S PA R T O F U R B A N I S M O F C I T Y AND SIGN DUSTBIN LIGHTIN A M T S B US S T O P C G R O A D B US S T O P S I T E S E L E C T I O N L O C A T I O N MONDEAL HEIGHTS RAMDEV NAGAR AHMEDABAD GUJARAT 38001 5 E N V I R O N M E N T : IN FRONT OF COMMERCIAL BUILDING (MONDEAL HEIGHTS) NEAR NOVOTEL HOTEL AND WIDE ANGLE MALL CARS ARE PARKED FOOTPATH UNDER CONSTRUCTION THE SITE SELECTION FOR BUS IS BASED ON ITS TRAVEL ROUTE AN EXISTING BUS STOP SPOT WHICH IS NOT USED BUT WHY NOT IN USE? P R O B L E M S T A T E M E N T THIS BUS STOP IS OLD AND RUGGED DUE TO NEW DEVELOPMENTS, THE BUS STOP END UP BEING AT SERVICE ROAD BEING AT FORGROUND TO THE MODERN BUILT ENVIRONMENT IT LOOK OUT OF THE PLACE IT BEING AT THE ENTRANCE OF BUILDING ALSO BLOCKS ITS FACADE THE PLACE IS USUALLY USED FOR PARKING NOW AHMEDABAD IS HOT AND DRY PEOPLE ALSO STOP BY TO TAKE SHADE IN THESE BUS STOPS THERE IS NO CONCERN FOR DISABLED PEOPLE THE PLACE SEEMS VERY DEAD AND GLOOMY VISIBI LITY AT NIGHT SIGNAGE SUITABLE SYMBOL PROGRAM ELEMENTS C O N C E P T S T A T E M E N T AHMEDABAD IS HOT, DRY AND UNPLEASANT AND BUS STOPS ARE MOSTLY SERVING PURPOSE OF ECONOMICS, ADVERTISMENT AND A PLACE TO WAI IN THESE LIST OF SERVING WHAT IF WE ADD MIND AND ENVIRONMENT WOULD BECOME STOPS THE STOPS FOR MIND AND THE MOVING EYES IT BECOMING THE FIELD AND ONE WITH ENVIRONMENT AND ALSO BEING A AT THE SAME TIME CONCEPT IS BASED ON THREE MINORS FIRST THE MODERNIST BUILT AROUND IS FLUSEHED WITH LINES WHICH IS CONTRAST W TH CURVES R E S E A R C H R E L AT L O C AT I O N O N M A P F L I N E S , P L A N E S A N D F O L D I N G NTS OF ANY OBJECT FOLDING TAUGHT ME THAT STRUCTURE AESTHETICS FUNCTION ALL ARE INTEGRATED WITH MATERIAL INTO SPACIAL EXISTENCE O B J E C T S E L E C T I O N WAYS OF APPROARCH BUS STOP A D E S I G N AT E D P L A C E W H E R E B U S T O S TO P F O R PA S S E N G E R S T O G E T O N A N D O F F SHELTER SEATING B A S E D O N O B J E C T B E C O M E S F I E L D F I E L D B E C O M E S PA R T O F U R B A N I S M O F C I T Y SIMPLE POLE AND SIGN SOPHISTICATED STRUCTURE RUDIMENTRY SHELTER DUSTBIN LIGHTING A M T S B US S T O P C G R O A D B US S T O P S I T E S E L E C T I O N L O C A T I O N MO N D E A L H E I G H T S R A M D E V N A G A R A HM E D A B A D , G U J A R AT 380 0 1 5 E N V I R O N M E N T : I N FRONT O F C OMM E R C I A L B U I L D I N G ( MO N D E A L H E I G H T S ) N E A R NOVO T E L H O T E L A N D W I D E A N G L E M A L L C A R S A R E PA R K E D FO O T PAT H U N D E R C O N S T R U C T I O N T H E S I T E S E L E C TI O N FO R B U S I S B A S E D O N I T S T R AV E L R O U T E AN EXISTING BUS STOP SPOT W H ICH IS NO T USED BUT WHY N OT IN USE ? P R O B L E M S T A T E M E N T THIS BUS STOP I S OLD AND RUGGED DUE TO NEW DEVELOPMENTS, THE BUS STOP END UP BEIN G AT SERVICE ROAD BE ING AT FORGROUND TO THE MOD ERN BUILT ENVIRONMENT IT LOOK OUT OF THE PLACE IT BE ING AT THE ENTRANCE OF BUILDING ALSO BLOCKS ITS FACADE THE PLACE IS USUALLY USED FOR PARKIN G NOW AHMEDABAD IS H OT AND DRY PEOPLE ALSO STOP BY T O TAKE SHADE IN THESE BUS STOPS THERE IS NO CONCERN FOR DISABLED PEOPLE THE PLACE SEEMS VE RY DEAD AND GLOOMY VISIBI LITY AT NIGHT SIGNAGE SUITABLE SYMBOL PROGRAM ELEMENTS C O N C E P T S T A T E M E N T AHMEDABAD IS HO T DRY AND UNPLEASAN T AND BUS SERVING PURPO SE OF ECONOMICS, ADVERTISMENT AND IN THESE LIST OF SERV ING WH AT IF WE ADD MIND R E S E L O C AT I O N O N M A P
CONTRAST
Functional considerations
DESIGN ISSUES AND ELEMENTS
AND ELEMENTS
151 Form explorations FORM DEVELOPMENT TAKING SIMPLE ELEMENTS, COMBINE AND MANIPULATE FORM DEVELOPMENT TAKING SIMPLE ELEMENTS, COMBINE AND MANIPULATE
152 Elements of Form and Space Studio SHELTER SITTING) PLANES SUPREMATISM LIMITING AND MODELING THE SKETCH COMPONENT 2: SITTING COMPONENT 1: ROOF 90 160 200 210 220 225 230 235 240 140 40 60 60 60 60 60 90 160 180 200 210 220 225 40 60 60 60 60 60 60 60 60 50 100 100 35 4 14 2016 40 82 162 202 125 190 124 150 92 210 240 230 150 120 100 80 45 35 FRONT SECTION MIDDLE SECTION BACK SECTION DERIVATION OF HORZONTAL SECTIONS DERIVATION OF VERTICAL SECTIONS 940 CM 900CM 790 CM HORIZONTAL DISTANCE VERTICAL SECTIONS DERIVED EXTRACTING AND LIMITING THE ROOF FORM DIVISION OF CURVES IN 10 PARTS TECHNICAL DERIVATION OF FORM AND ROOF INTEGRATION INTEGRATION WITH SITTING C EPT U N I V ERSIT Y F ACULTY OF DE S IG N ELEME N TS O F FO R M AN D S PAC E S TU D O BD 2 00 4 AN S H AJ M ER A UG 1 9 01 2 7 FORM EXPLORATION THROUGH DERIVED PRINCIPLES LIMITING AND MODELING THE SKETCH TECHNICAL DERIVATION OF FORM SHELTER SITTING) PLANES SUPREMATISM LIMITING AND MODELING THE SKETCH COMPONENT 2: SITTING COMPONENT 1: ROOF 90 160 200 210 220 225 230 235 240 140 40 60 60 60 60 60 50 630 90 160 180 200 210 220 225 40 60 60 60 60 60 60 60 60 60 40 50 80 140 150 170 180 225 20 40 10 50 70 50 60 60 20 90 30 100 35 4 14 2016 40 82 162 202 125 190 124 150 92 210 240 230 150 120 100 80 45 35 FRONT SECTION MIDDLE SECTION BACK SECTION DERIVATION OF HORZONTAL SECTIONS DERIVATION OF VERTICAL SECTIONS 940 CM 900CM 790 CM VERTICAL DISTANCE HORIZONTAL DISTANCE VERTICAL SECTIONS DERIVED EXTRACTING AND LIMITING THE ROOF FORM DIVISION OF CURVES IN 10 PARTS TECHNICAL DERIVATION OF FORM AND ROOF INTEGRATION INTEGRATION WITH SITTING C EPT U N I V ERSIT Y F ACULTY OF DE S IG N ELEME N TS O F FO R M AN D S PAC E S TU D I O BD 2 00 4 AN S H AJ M ER A UG 1 9 01 2 7 FORM
LIMITING AND MODELING
EXPLORATION THROUGH DERIVED PRINCIPLES
THE SKETCH TECHNICAL DERIVATION OF FORM
153 WEATHER OF AHMEDABAD ABSORBS LESS HEAT ONE LANGUAGE WITH BUS STOP MATERIAL RELIEF FROM FRP SHINES AS A SIGNIFIER DURABLE IT MUST SHINE NOT REFLECT DURABLE LIGHTWEIGHT MAINTENANCE FREE FLAT BASE OLOR ATERIAL INISH SEQUENCE OF INFORMATION SPEIFICATIONS IS AS GIVEN. ADJACENT IS THE REASON FOR EACH FOR THE GIVEN ELEMENTS. STRENGTH CAST ABLE WEATHER-PROOF CHEAP BENDABLE SCREW POSSIBLE COLOR APPLICABLE SHAPE CAN BE CASTED DURABLE HEAVY FILLS LIKE SAND IMPRINTS CREATES WAVE LIKE SHADOWS SIMILAR TO AS ROOF TRANSLUCENT STRENGTH CASTABLE WEATHER-PROOF DO NOT REFLECT LIGHT GRAPHICS APPLY CASTED WITH ROOF ELEMENTS 300 1:10 SCALE LOCATION:
RUKH BUS STOP
THE FINAL FORM IS THE SUPERIMPOSE OF PRINCIPLES AND CONCEPTS, SUPERIMPOSING FOLDING, STRIP BENDING, FRAGMENTING.
FURTHER THE LAYER OF PRAGMATIC IS ADDED TO SUIT THE LOGICAL NEEDS AS IT IS AN URBAN FURNITURE.
ROOF
MADE OF FOUR PARTS, EACH CASTED OUT. THE SURFACE IS CURVED THROUGH OUT WHICH SERVES BOTH AS AESTHETICS AND SELF FORM STRENGTHENING AGENT FOR THE SHELTER.
INLAY FRAME
INITIALLY THIS WAS AN ADD ON AS AN AESTHETIC ELEMENT BUT BECAME A STRUCTURAL ELEMENT SIMILAR TO GRID SLAB. THIS IS CASTED TOGETHER WITH EACH PART OF ROOF.
SUPPORTER
THE RODS ACTS AS A CONNECTOR TO SEPARATE ELEMENTS OF ROOF AND THESE AS A WHOLE UNIT JOINS WITH THE GROUND
BENCH
CONCRETE CASTED IN THREE PIECES REASON BEING TRANSPORT AND WEATHER EFFECTS ON THE MATERIAL
SIGN STAND
A MAST AS A SIGNIFIER FOR THE TRAVELER.
OLOR M ATERIAL F INISH
THE SEQUENCE OF INFORMATION ABOUT SPEIFICATIONS IS AS GIVEN.
ADJACENT IS THE REASON FOR EACH CHOICE FOR THE GIVEN ELEMENTS.
MADE WITH SIMILAR PROCESS AND MATERIAL AS ROOF TO COMPLIMENT THE SHELTER
DUSTBIN PLATFORM
CHANGE IN LEVEL ACTS AS A THRESHOLD FROM AMBIGUOUS TO CONFINED VOLUMES
154 Elements of Form and Space Studio
MS ROD 12MM FRP (CSM) CONCRETE FRP SS SHEET POWER COATED GEL COATED MATT GRUNGE BRUSHED MONTE CARLO CONCRETE MONTE CARLO FRP (CSM) GEL COATED MATT MONTE CARLO WEATHER OF AHMEDABAD ABSORBS LESS HEAT ONE LANGUAGE WITH BUS STOP MATERIAL RELIEF FROM FRP SHINES AS A SIGNIFIER DURABLE IT MUST SHINE NOT REFLECT DURABLE LIGHTWEIGHT MAINTENANCE FREE FLAT BASE C
STRENGTH CAST ABLE WEATHER-PROOF CHEAP BENDABLE SCREW POSSIBLE COLOR APPLICABLE SHAPE CAN BE CASTED DURABLE HEAVY FILLS LIKE SAND IMPRINTS CREATES WAVE LIKE SHADOWS SIMILAR TO AS ROOF TRANSLUCENT STRENGTH CASTABLE WEATHER-PROOF DO NOT REFLECT LIGHT GRAPHICS APPLY CASTED WITH ROOF ELEMENTS
155 C EPT U N I V ERSIT Y F ACULTY OF DE S IG N ELEME N TS O F FO R M AN D S PAC E S TU D I O BD 2 00 4 SCALE MODEL IN CONTEXT LOCATION: MONDEAL HEIGHTS AN S H AJ M ER A UG 1 9 01 2 7 EXPLODED VIEW WITH CMF SPECIFICATIONS TECHNICAL DRAWINGS RENDER AND MODEL 1:10 SCALE MODEL SCALE MODEL IN CONTEXT C EPT U N I V ERSIT Y F ACULTY OF DE S IG N ELEME N TS O F FO R M AN D S PAC E S TU D I O BD 2 00 4 SCALE MODEL IN CONTEXT LOCATION: MONDEAL HEIGHTS
Conclusions
Problem Statement-The chair needs to add an interesting element to the space. It should cater to premium segment users. The target space of usage for the chair are residential or commercial pool deck areas with modern and clean aesthetics.
Concept Statement-The chair isn’t meant to be just a chair, it is meant to make a statement and add a sense of premium to a space. The design is developed by translating Santiago Calatrava’s design language.
LEVETOS by Kinshuk Adeshra
Product:
Calatrava majorly uses bold cantilevers and use of tensegrity in many of his bridges, keeping the similar language in consideration the form and principle of the chair was developed. Tensegrity is used with the properties of the nylon cords, the chair provides a comfortable seating which moulds to the shape of the human body and due to the placement of the cords the user can be perceived as levitating. To further refine the form a
Chair | Context: Residential/ Commercial Pool Deck area with modern aesthetics Design Inspiration: Santiago Calatrava
Santiago Calatrava
He
him reveals not only the strength of the building but also its structural beauty.
Often, his sketches are followed by scale models or what he generally refers to as “toys and games.”
Calatrava is fascinated with Movement, it has been a source of inspiration for many of his creations. Even in his Doctoral thesis, he investigated geometric figure can be reduced from three dimensions to two, and ultimately just one e.g. A polyhedron can be collapsed, making it a single planar surface. Another transformation can further reduce it to a single line, a single dimension.
Nature is his structural inspiration. He closely observes the strong visual movement in natural objects that derives from the fact that their shapes are the traces of the physical forces that created them. Most of his work is finished in concrete, steel and glass as he employs engineering knowledge to create sculptural structures that are novel and innovative-giving most of his works a whitish appearance.
Levetos Final Design Exercise
Problem Statement-The chair needs to add an interesting element to the space. It should cater to premium segment users. The target space of usage for the chair are residential or commercial pool deck areas with modern and clean aesthetics.
It should cater to premium commercial pool deck areas with statement and add a Calatrava’s design language. bridges, keeping the similar Tensegrity is used with the moulds to the shape of the levitating. To further refine residential, with modern product should provide a sleek. Analysis & Interpretation Problem & Concept
Concept Statement-The chair isn’t meant to be just a chair, it is meant to make a statement and add a sense of premium to a space. The design is developed by translating Santiago Calatrava’s design language. Calatrava majorly uses bold cantilevers and use of tensegrity in many of his bridges, keeping the similar language in consideration the form and principle of the chair was developed. Tensegrity is used with the properties of the nylon cords, the chair provides a comfortable seating which moulds to the shape of the human body and due to the placement of the cords the user can be perceived as levitating. To further refine the form a minimalistic approach was taken and the final form was achieved.
aesthetics, which initially strength of the building but as “toys and games.” many of his creations. from three dimensions to single planar surface. Another movement in natural objects that created them. engineering knowledge to create Kinshuk Adeshra UG180307 Elements of Form and Space Studio BD 2004 University Faculty of Design
156 Elements of Form and Space Studio
Believes
evolving his designs through sketches. Lyon-Saint
His design inspired Nature object to Fascinated
Evolves his art and sculptures into architecture. The Turning Torso, Sweden.
in
Exupery Airport Railway Station, France
Peace Bridge, Canada
Inovation,
cantilever
of his
Calatrava’ Language The Milwaukee Art Museum, Wisconsin, USA. The Milwaukee Art Museum, Wisconsin, USA. The Milwaukee Art Museum, Wisconsin, USA.
Science and Technology Center, FL, USA. Translating the concept of tensegrity and
structure into many
bridges.
Use of bold cantilevered elements in many of his structures. Wide use of principle of tensegrity. His forms generally have fluid filleted junctions. right angle.
Imitating nature through mechanical movement.
Accentuating form through light, shadows and reflections. Use of mathematical curves such as parabolas and sinusoidal curves. Use of ribbed structures. LHemisfèric, Valencia, Spain.
World
World
Reggio
SMU Wave
trade center transportation hub, NYC, USA.
trade center
Emilia Stazione Mediopadana, Murcia, Spain.
Sculpture, Dallas, USA. Bodegas Ysios Winery,
Lagaurdia, Spain.
Santiago Calatrava, in full Santiago Calatrava Valls (born July 28,1951, Benimamet, near Valencia, Spain), Spanish architect widely known for his sculptural bridges and buildings
He is an architect, engineer, artist and a sculpturer. He has studied both architecture and structural engineering, which has enabled him to design the type of architecture that he creates.
Calatrava evolved his art, and his sculpture into architecture. Sometimes compared to da vinchi because he brings art and science together.
About
He was also influenced by works of engineers such as Robert Millart whose work inspired him to seek simple forms which could create an emotional response.
was influenced by Le Corbusier’s work and aesthetics, which initially led him to pursue architecture.
He spent his time making and then developing numerous preference for resolving a design in section, which for
His Process and Style
minimalistic approach was taken and the final form was achieved.
Conclusions Evolves his art and sculptures into architecture. The Turning Torso, Sweden. Believes in evolving his designs through sketches. Lyon-Saint Exupery Airport Railway Station, France His design process begins by creating forms in abstract manner, inspired by nature Nature is the inspiration. Translating visual movement in natural object to his forms (Imitating human body and various animals). Fascinated with movement. Peace Bridge, Canada Calatrava’ Language The Milwaukee Art Museum, Wisconsin, USA. Wisconsin, USA. Inovation, Science and Technology Center, FL, USA. Translating the concept of tensegrity and cantilever structure into many of his bridges. Translating the movement of a bird into many of his sculptures. Torre de Communications Barcelona. Use of bold cantilevered elements in many of his structures. Wide use of principle of tensegrity. His forms generally have fluid filleted junctions. Almost no use of right angle. Translating similar forms on different scale. Imitating nature through mechanical movement. Use of simple forms. Accentuating form through light, shadows and reflections. Use of mathematical curves such as parabolas and sinusoidal curves. Use of ribbed structures. LHemisfèric, Valencia, Spain. LHemisfèric, Valencia, Spain.
Context-The chair is meant to be for any pool deck areas, whether commercial or residential, with modern and clean aesthetics. The pool deck areas can either be outdoors or indoors. The product should provide a fairly comfortable seating for the space while being visually light, elegant and sleek.
Agora, Valencia, Spain. World trade center transportation hub, NYC, USA. World trade center transportation hub, NYC, USA. Reggio Emilia Stazione Mediopadana, Murcia, Spain. SMU Wave Sculpture, Dallas, USA. Bodegas Ysios Winery, Lagaurdia, Spain. Santiago Calatrava in full Santiago Calatrava Valls (born July 28,1951, Benimamet, near Valencia, Spain), Spanish architect widely known for his sculptural bridges and buildings He is an architect, engineer, artist and a sculpturer. He has studied both architecture and structural engineering which has enabled him to design the type of architecture that he creates. Calatrava evolved his art, and his sculpture into architecture. Sometimes compared to da vinchi because he brings art and science together. About He was also influenced by works of engineers such as Robert Millart whose work inspired him to seek simple forms which could create an emotional response. He was influenced by Le Corbusier’s work and aesthetics, which initially led him to pursue architecture. He spent his time making and then developing numerous sketches. His sketches emphasize his preference for resolving a design in section, which for him reveals not only the strength of the building but also its structural beauty. Often, his sketches are followed by scale models or what he generally refers to as “toys and games.” Calatrava is fascinated with Movement, it has been a source of inspiration for many of his creations. Even in his Doctoral thesis, he investigated geometric figure can be reduced from three dimensions to two, and ultimately just one e.g. A polyhedron can be collapsed, making it a single planar surface. Another transformation can further reduce it to a single line, a single dimension. His Process and Style Nature is his structural inspiration. He closely observes the strong visual movement in natural objects that derives from the fact that their shapes are the traces of the physical forces that created them. Most of his work is finished in concrete, steel and glass as he employs engineering knowledge to create sculptural structures that are novel and innovative-giving most of his works a whitish appearance. Problem Statement-The chair needs to add an interesting element to the space. It should cater to premium segment users. The target space of usage for the chair are residential or commercial pool deck areas with modern and clean aesthetics. Concept Statement-The chair isn’t meant to be just a chair, it is meant to make a statement and add a sense of premium to a space. The design is developed by translating Santiago Calatrava’s design language. Calatrava majorly uses bold cantilevers and use of tensegrity in many of his bridges, keeping the similar language in consideration the form and principle of the chair was developed. Tensegrity is used with the properties of the nylon cords, the chair provides a comfortable seating which moulds to the shape of the human body and due to the placement of the cords the user can be perceived as levitating. To further refine the form a minimalistic approach was taken and the final form was achieved. Context-The chair is meant to be for any pool deck areas, whether commercial or residential, with modern and clean aesthetics. The pool deck areas can either be outdoors or indoors. The product should provide a fairly comfortable seating for the space while being visually light, elegant and sleek. Final Project- Research
Evolves his art and sculptures into architecture. The Turning Torso, Sweden. Believes in evolving his designs through sketches. Lyon-Saint Exupery Airport Railway Station, France His design process begins by creating forms in abstract manner, inspired by nature Nature is the inspiration. Translating visual movement in natural object to his forms (Imitating human body and various animals). Fascinated with movement. Peace Bridge, Canada Calatrava’ Language The Milwaukee Art Museum, Wisconsin, USA. Wisconsin, USA. Inovation, Science and Translating the concept of tensegrity and cantilever structure into many of his bridges. Translating the movement of a bird into many of his sculptures. Torre de Communications de Montjuïc, Use of bold cantilevered elements in many of his structures. Wide use of principle of tensegrity. His forms generally have fluid filleted junctions. Almost no use of right angle.
Santiago Calatrava
Conclusions
Translating similar forms on different scale.
Imitating nature through mechanical movement.
Use of simple forms.
Accentuating form through light, shadows and reflections.
Use of mathematical curves such as parabolas and sinusoidal curves. Use of ribbed structures.
LHemisfèric, Valencia, Spain.
LHemisfèric, Valencia, Spain.
Agora, Valencia, Spain.
World trade center transportation hub, NYC, USA.
World trade center transportation hub, NYC, USA.
USA. Bodegas Ysios Winery, Lagaurdia, Spain.
Reggio Emilia Stazione Mediopadana, Murcia, Spain. SMU Wave Sculpture, Dallas,
Valls (born July 28,1951, architect widely known for his sculpturer. He has studied both has enabled him to design architecture. brings art and science such as Robert Millart which could create an Believes in function follows form. Never compromises on aesthetics. Risk taker, Daring. Alamillo Bridge, Spain. Peace Bridge, Canada
Final Project- Ideation
Initial explorations
Exploring selected principle
Exploring
Final concept
Exploring tensigrity
1:1 Drawings proportion.
157
Pearl white powder-coat.
158 Elements of Form and Space Studio
*Material References
Colour and Finish Exploring tensigrity through models Exploring manufacturing possibilities Final Concept Final concept 1:1 Drawings to understand CMF Material *Mono-block Die Casted Aluminum *Die Casted Aluminum with standard MS profiles *Assembly based concept with die casted parts. *Standard metal fabrication. *Exploring weave patterns.
*Die Casted Aluminum , MS Pipe, Nylon
The finishes of the material withstand outside climate and Die casted aluminum is used precision. For linear structural carries the human load directly, PP RAL 9016 MATT Source- Rapidcoat.com
Pearl white powder-coat. Bead Blasted Aluminum. White Cotton Cord.
The finishes of the material are selected for both the emotional and the practical aspects. The finishes can withstand outside climate and they wont ware-off for a long period of time. Die casted aluminum is used for various connectors in the chair as it allows to achieve the required form with precision. For linear structural members MS pipes are used and for the cord that acts as the seating and which carries the human load directly, Nylon cords are used due to their strength and various suitable properties.
Aluminum , MS Pipe, Nylon
159
PP
Source-
Fine
possibilities
Material Kinshuk Adeshra UG180307 Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design Levetos Final Design Exercise Ideation & Development profiles parts. *Exploring weave patterns.
*Die Casted
Cord *Material References
RAL 9016 MATT
Rapidcoat.com
Finish Braided Colour and Finish
CMF
110
620 400 TYP 110
PRODUCED BY AN AUTODESK STUDENT VERSION
14
A A
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
B 47.6 19 13.7 4
110 SECTION AA
TOP VIEW
AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED
246.8 136.8 110 109.1 R110
AUTODESK
The brief of the project was to In order to understand the visual works were researched and studied use of cantilevers and tensegrity These findings The idea was that the user could context for the chair was narrowed Using the idea of 2d and 3d radii In the detailing stage of the concept A digital model of Levetos was then from all directions The name ‘Levetos’ comes from It
160 Elements of Form and Space Studio 820 713 620 514 219 320 101° LEFT VIEW FRONT VIEW 3mm NYLON CORD PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 820 713 620 514 219 320 820 101° LEFT VIEW FRONT VIEW 3mm NYLON CORD PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 800 188.1 301.8 143.3 102.6 238.2 201.9 300 188.4 206.4 101° 12° 29° 52° SIDE VIEW (MAJOR AXIS) PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A FRONT VIEW SIDE VIEW 4° Taper Angle 34° 100 100 200 Ø19 to receive 98° M5 Threading with Countersink PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A FRONT VIEW SIDE VIEW SECTION AA 4° Taper Angle 194.8 34° 99.2 95.5 100 100 200 Ø19 to receive 19mm MS tube 55 15 30 30 15 55 98° M5 Threading with Countersink PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A B 160 19 13.7 620 400 R110 TYP 110 110 110 SECTION AA TOP VIEW 14 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN
BY AN AUTODESK STUDENT VERSION
A A B 19 13.7 620 400 R110 110 110 110 TOP VIEW 14 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN
PRODUCED BY AN AUTODESK STUDENT VERSION
AUTODESK STUDENT VERSION PRODUCED
PRODUCED BY AN AUTODESK STUDENT VERSION
AUTODESK STUDENT VERSION
PRODUCED BY AN
BY AN AUTODESK STUDENT VERSION A A B 600 101° 131° 14 TOP VIEW PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A B 600 R6 14 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION ASSEMBLY DRAWING (1:5) PART D (1:2) PART A (1:5) EXPLODED ISOMETRIC VIEW (1:8) LEGEND PART Material NO. Levetos -Technical Drawings Part A Part B Part D Part E Part A Part F Part C EXPLODED ISOMETRIC VIEW Part B Part D Part G Part E Part G Part A PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
BY AN
STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A A B 600 20 101° 128° 131° 14 TOP VIEW PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED
Technical drawings and final product
now becomes necessary understand and demonstrate
Design Journey
Design Journey
The brief of the project was to design a product inspired by the work of the famous Spanish Architect, Santiago Calatrava.
The brief of the project was to design a product inspired by the work of the famous Spanish Architect, Santiago Calatrava.
In order to understand the visual language and design principles of Santiago Calatrava, his works were researched and studied thoroughly. While deciphering his design language,the use of cantilevers and tensegrity were prominently seen in his work and explored further.
These findings paved paths for the concept of Levetos. The idea was that the user could be perceived as floating in mid-air. The options for the context for the chair was narrowed down to spaces like pool deck areas or office lounges. Using the idea of 2d and 3d radii manipulation, end-forms and principles of perception the final concept was achieved.
In order to understand the visual language and design principles of Santiago Calatrava, his works were researched and studied thoroughly. While deciphering his design language,the use of cantilevers and tensegrity were prominently seen in his work and explored further. These findings paved paths for the concept of Levetos.
The idea was that the user could be perceived as floating in mid-air. The options for the context for the chair was narrowed down to spaces like pool deck areas or office lounges. Using the idea of 2d and 3d radii manipulation, end-forms and principles of perception the final concept was achieved.
In the detailing stage of the concept the different manufacturing and CMF possibilities were explored.
In the detailing stage of the concept the different manufacturing and CMF possibilities were explored.
Physical model and contextual renders
A digital model of Levetos was then made with help of CAD software to show the overall form from all directions and how it will look with the context.
A digital model of Levetos was then made with help of CAD software to show the overall form from all directions and how it will look with the context.
The name ‘Levetos’ comes from idea of levitation which was explored through the design of the chair.
The name ‘Levetos’ comes from idea of levitation which was explored through the design of the chair.
161 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A 110 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A B 3 TOP VIEW SECTION AA DETAIL B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A B 3 TOP VIEW SECTION AA DETAIL B PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A 600 131° R6 6 14 PRODUCED BY AN AUTODESK AUTODESK STUDENT VERSION PART A (1:5) PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION SIDE PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 110 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A 600 20 101° 128° 131° R6 6 2.2 14 TOP VIEW SECTION DETAIL (1:1) PRODUCED BY AN AUTODESK AUTODESK STUDENT VERSION ASSEMBLY DRAWING (1:5) PART D (1:2) Model x3 x2 on Part A and C. x1 x2 x1 x2 NO.
Part A Part B Part D Part E Part A Part F Part C Kinshuk Adeshra Elements of Form and Space University Levetos Final Design Exercise
x2 Part A and C. x1 x2 x1 x2 NO. Levetos -Scale Model
x3
Part A Part B Part D Part E Part A Part F Part C PRODUCED
VERSION
BY AN AUTODESK STUDENT
UG180307
of Form and Space Studio BD 2004 University Design
Final Design Exercise
Kinshuk Adeshra
Elements
Levetos
BIN STATION by Kushani Mehta
162 Elements of Form and Space Studio
Product: Outdoor Dust-bins | Context: New C.G. Road, Ahmedabad Design Inspiration: Alessi
PROBLEM STATEMENT
UGLY GARBAGE CANS AROUND THE CITY, OFTEN TUCKED AWAY IN A CORNER WHICH MAKES IT HARDER TO FIND.
CONCEPT STATEMENT
163 PRODUCT SELECTION AND RESEARCH - DUSTBIN
DUSTBINS SEARCHING CONTEXT MEASURING EXISTING CANS GENERATING CONCEPTS - ANTHROPOMORPHISM FORM FINDING SELECTION OF FORM FORM MANIPULATION DERIVING FORM
BEAUTIFY THE DUSTBINS BY USING THE METHOD OF ANTHROPOMORPHISM - LANGUAGE OF ALESSI TO ADD SIGNIFIER WHICH MAKE THE CANS VISIBLE AND EXCITING OBSERVING
164 Elements of Form and Space Studio DESIGN DEVELOPMENT C OF ALIGNMENT L VARIATIONS FOR THE STAND SELECTION AND DETAILING MS RODS BUSHINGS PVC BINS GFRC BASE MODELLING THE CONCEPT DESIGN DEVELOPMENT EXPLORING FORMS OF THE SIGNIFIER SIGNIFIER - ALSO TO BE USED AS LOCATION MARKER TECHNICAL DRAWINGS A A B B C C FRONT ELEVATION PLAN AT AA PLAN AT BB PLAN AT CC SIDE ELEVATION ISOMETRIC EXPLODED ISOMETRIC DETAILING AT JUNCTIONS
165 A A B C FRONT ELEVATION PLAN AT AA PLAN AT BB PLAN AT CC ISOMETRIC EXPLODED ISOMETRIC DETAILING AT JUNCTIONS ELEVATION WELL AS VENDORS. DUSTBIN WHICH BUT ALSO STANDS PURPOSE OF ACTING B C A BIN STATION SIGNIFIER THE SIGNIFIERIS MADE TO SHOW EXAGGERATION (ALESSI’S LANGUAGE) AND ALSO ACT AS A LOCATION MARKER ON CG ROAD, ADDING EXCITEMENT. IT IS MADE OF PVC, AS IT IS A CHEAP AND DURABLE. RODS ALL RODS ARE MADE OF STAINLESS STEEL BECAUSE IT IS RUSTPROOF AND DUSTBINS THE DUSTBINS + LIDS ARE MADE MADE WHITE TO CONSTRAST THE OF THE WHOLE OBJECT AND EMPHASISE THE RED COLOUR USED. THE LIDS ARE COLOURED AS PER WASTE SEGREGATION. STRONG,GIVING FEELING OF HIGH QUALITY COMPONENT DRAWINGS SIDE ELEVATION TECHNICAL DRAWINGS BASE THE BASE IS MADE TO HOLD ALL THE RODS IN CHOSEN BECAUSE IT CAN BE CASTED THIN, NOT MAKING THE BASE LOOK BULKY. DETAILED DRAWINGS MATERIAL SELECTION ISOMETRIC DETAILING AT JUNCTIONS STEP WAS TO SEARCH AN APPROPRIATE CONTEXT FOR THE PLACING IT IN A CONTEXT IS TAKE FROM THE CHARACTERISTICS OF THE SPACE AND CONTRAST IT TO THE THE PLACE CHOSEN IS CG BECAUSE OF THE RECENT DEVELOPMENTS THAT TOOK PLACE. IT FOOTPATHS AND IS SURROUNDED BY RETAIL SHOPS AS VENDORS. AN APPROPRIATE WHICH FITS IN THE CONTEXT STANDS OUT TO SERVE THE OF ACTING AS A SIGNIFIER. SIDE ELEVATION DRAWINGS MODEL-MAKING 1:5 SCALE MODEL THERMOCOL, CARD PAPER, STEEL AND ACRYLIC RODS, MDF BASE ON - SITE OBJECT PHOTOGRAPH (1:5 SCALE} BIN STATION KUSHANI MEHTA UG190750 Elements of Form and Space Studio BD 2004 UNIVERSITY Design ISOMETRIC EXPLODED ISOMETRIC DETAILING AT JUNCTIONS MADE OF DURABLE. RODS RODS ARE OF STAINLESS BECAUSE RUSTPROOF AND DUSTBINS THE DUSTBINS + LIDS ARE MADE PVC - IT IS MADE WHITE TO CONSTRAST THE COLOUR PALETTE EMPHASISE LIDS ARE SEGREGATION. HIGH QUALITY SIDE ELEVATION BASE BASE IS TO HOLD THE RODS IN GFRC IS CASTED THIN, BULKY. ON-SITE RENDER 1:5 SCALE MODEL ON - SITE OBJECT PHOTOGRAPH (1:5 SCALE}
THE MERCHANDISING PEDESTAL by Margi Sutariya
Product: Product Display Stand | Context: Planet Health Retail Stores Design
PROBLEM STATEMENT
The display rack of the planet health is very overwhelming and straightforward. There are basic wooden racks for the shop displays which doesn’t standout in respect with the healthcare and wellness products. The shelving units are overpowering instead of the products that are displayed for the selling purpose. The form of the rack is quite liner and the sense to get customers attracted towards the product is lost here. Due to the variety of products sold there must be a display plate which highlights the special products and creates a captivate to hold customer’s attention.
CONCEPT STATEMENT
The design intention is to create a display unit for herbal products in an alluring way to attract customers. The inspiration and form evolution is derived from the “Captain Organic”- Ross Lovegrove’s organic design language. The form inspiration was taken from bush plant with big leaves that serves as a base to exhibit the products. It balances the visually transparency between the display unit and products. The concluding form is kept as a central display unit with attached side panels with a sturdy base.
CONCEPT STATEMENT
PROBLEM STATEMENT
The display rack of the planet health ( phatmacies and wellness store ) is very overwhelming and straightforward. There are basic wooden racks for the shop displays which doesn’t standsout in respect with the healtcare and wellness products. The shelving units are overpowering instead of the products that are dislayed for the selling purpose. The form of the rack is quite liner and the sense to get customers attracted towards the product is lost here. Due to the variety of products sold there must be a display plate which highlights the special products and creates a captivate to hold customer’s attention.
Understanding the functions and of the wooden racks, form of the objects displayed in context to the human posture.
The design intention is to create a display unit for herbal products in an alluring way to attract custmors. The inspiration and form evolution is derieved from the “Captain Organic”- Ross Lovegrove’s organic design language. The form inspiration was taken from bush plant with big leaves that serves as a base to exhibit the products. It balances the visually transparency between the display unit and products. The concluding form is kept as a central display unit with attached side panels with a sturdy base.
166 Elements of Form and Space Studio
Inspiration: Ross Lovegrove
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 MARGI SUTARIYA UG190827.
Final Design Exercise Research I Products and Context (Planet health)
Site Studty
PLANET HEALTH : A retail chain of pharmacies and wellness stores. They providegenuine organic, healthcare and wellness products. The stores are located across Ahmedabad, Gandhinagar and Vadodara.
Sililar wooden racks for the display of every product. The central display of some product is only a glass plate, which can easily get slide off.
SITE ANALYSIS FORM EXPLORATION EVOLVING CONCEPT
The products are kept one behind another, which cause the lost in attracting customers.
167 Technical Drawings Exploded Merchandising pedestal Final Design Exercise Margi Sutariya UG190827 Product Renders Exploded View Merchandising pedestal Final Design Exercise Margi Sutariya UG190827 Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design Product Renders Exploded View
RESPITE by Diya Chhaniyara
Product: Outdoor Seating | Context: Eames Plaza, NID Ahmedabad Design Inspiration: Charles Eames
CHARLES EAMES
MATERIAL AND TECHNOLOGY
STYLE AND APPROACH
GEOMETRY
GEOMETRY
STYLE AND APPROACH
DESIGN LANGUAGE- CONCLUSIONS USE OF SOFT CURVES
OF MATERIALS
STYLE AND APPROACH
DESIGN LANGUAGE- CONCLUSIONS USE OF SOFT CURVES
NEED BASED DESIGNING
Charles
DESIGN LANGUAGE - CONCLUSIONS
•
DESIGN LANGUAGE- CONCLUSIONS USE OF SOFT CURVES
The
EAMES HOUSE
NEED BASED DESIGNING
HONESTY OF MATERIALS
The style of Eames depended heavily on the need of designing any product. He focused on the function of the design rather than the beauty of it. His approach was to fulfill the requirements/needs of the situation and the user.
Charles Eames used soft curves in majority of his designs.
• The furnitures he designed had careful and measured curves. Use of minimum material and elements define such an approach.
EAMES HOUSE
NEED BASED DESIGNING
PROBLEM STATEMENT
Eames’ design idealogy majorly revolved around the fact that the design must be need based.
Beauty of the design did not matter to him; he prioritised the function of it.
• He focused on function as a criteria over any other aspect.
needs of the user. The number of elements used in the house are not more than what is required. Eames designed the space in such a way that it caters to the need of living, working and nothing else. bracings. members screwed
HONESTY OF MATERIALS
on the need of the function of the approach was to situation and the user.
of geometry. All of appearance. The ratio of chairs designed by
architectural example of needs of the user. The are not more than space in such a way and nothing else.
Eames plaza at National Institute of Design is an open space surrounded by trees, which is used for conducting events as well as recreational purposes by the institute. Owing to its use and the natural aura it offers, lots of people tend to visit throughout the day. However, people find it difficult to spend more time here as there is a lack of any seating arrangement in the area. One has to bring chairs/ stools from inside the building to sit amidst the lush green trees. Therefore, there is a need of proposing a seating element where people could sit and relax; rejuvenate for a while.
The Eames house is an avid architectural example of designing a space exactly as per the needs of the user. The number of elements used in the house are not more than what is required. Eames designed the space in such a way that it caters to the need of living, working and nothing else.
Eames’ design idealogy majorly revolved around the fact that the design must be need based.
Beauty of the design did not matter to him; he prioritised the function of it.
He focused on function as a criteria over any other aspect.
HONESTY OF MATERIALS
• Eames believed in using the materials in their truest form. He believed that cladding materials one over the other was similar to disrepecting the field.
• All of his designs have materials being used in their purest form.
CONCEPT STATEMENT
The idea is to generate a design which caters to the need of installing a seating element in the abundant green lawns of the Eames plaza. To kick start the process, what would have been better than taking inspiration from Charles Eames, the man himself. Eames’ ideaology was to always satisfy the need of the situation. So, the concept is to design an outdoor bench which would not only serve as a seating element, but would also serve as a place for interaction and rejevunation. Further, to compliment the design, the inspiration of its form is taken from the logo of NID itself.
168 Elements of Form and Space Studio
Language of Charles Eames
-Charles Eames
Diya Chhaniyara UG190435
Deciphering Design Language of Charles Eames Exercise
Eames used soft curves in majority of his designs.
furnitures he designed had careful and measured curves.
Use of minimum material and elements define such an approach.
the primary condition for . -Charles Eames of Form and
Diya Chhaniyara UG190435
Deciphering Design Language of Charles Eames
Final Design Exercise Research II
Charles Eames used soft curves in majority of his designs.
• The furnitures he designed had careful and measured curves. Use of minimum material and elements define such an approach.
Eames’ design idealogy majorly revolved around the fact that the design must be need based. Beauty of the design did not matter to him; he prioritised the function of it. He focused on function as a criteria over any other aspect.
Eames believed in using the materials in their truest form. He believed that cladding materials one over the other was similar to disrepecting the field. All of his designs have materials being used in their purest form.
then
Polyurethane
Charles Eames’ designs follow a certain type of geometry. All of his designs are vertically symmetrical in appearance. The ratio of back rest to the seat is constant in all of the chairs designed by him.
The style of Eames depended heavily on the need of designing any product. He focused on the function of the design rather than the beauty of it. His approach was to fulfill the requirements/needs of the situation and the user.
The Eames house is an avid architectural example of designing a space exactly as per the
‘Recognizing the need is the primary condition for . -Charles Eames
CEPT University Faculty of Design Elements of Form and
Space
NEED
DESIGNING
Deciphering Design Language of Charles Eames Final Design Exercise Research II
DESIGN LANGUAGE- CONCLUSIONS USE OF SOFT CURVES
BASED
HONESTY
•
Charles Eames used soft curves in The furnitures he designed had careful Use of minimum material and elements
•
Eames’ design idealogy majorly revolved design must be need based.
Beauty of the design did not matter of it. He focused on function as a criteria
•
Eames believed in using the materials
He believed that cladding materials to disrepecting the field. All of his designs have materials being
Materials used: Plywood and rubber. Technology used: Moulding of plywood; it is bent and then shaped and hardened. All the parts are screwed together. LE CHAISE Materials used: Shell- Molded 2 part Fiberglass, later Injection molded Polyurethane Base- Chrome plated tubular steel.
LOUNGE CHAIR WOOD
Charles Eames’ designs follow a certain type of geometry. All of his designs are vertically symmetrical in appearance. The ratio of back rest to the seat is constant in all of the chairs designed by him.
The style of Eames depended heavily on the need of designing any product. He focused on the function of the design rather than the beauty of it. His approach was to fulfill the requirements/needs of the situation and the user.
EAMES HOUSE The Eames house is an avid architectural example of designing a space exactly as per the needs of the user. The number of elements used in the house are not more than what is required. Eames designed the space in such a way that it caters to the need of living, working and nothing else.
Materials
Plastic chair, wood vertical members, metal bracings. Technology used: Molded plastic, wooden and metal members screwed
EAMES PLASTIC CHAIR
used:
together.
‘Recognizing the need is the primary condition for design’. -Charles Eames
DESIGN DEVELOPMENT CMF- C OLOUR M ATERIAL F INISH COLOUR
The idea is to use the materials in their honest form so as to retain the original visual characteristics of the materials used. The colour of both, the concrete blocks and the steel rods would be Grey
FINAL CONCEPT
The journey of designing a outdoor bench began with research on a given personality. Decoding their design language was the primary aim of the exercise. Form explorations and generating different concepts were the principles which followed next. What was important was the fact that the finalised concept is conveyed in the best possible manner. Looking back at the previous exercises, they add a lot of value to the final form generation process. Generating a spectrum of 2-dimensional and 3-Dimensional forms aided the thinking process and helped us visualise their behaviour and appearance in a better way.
MATERIAL AND FINISH CONCRETE
RESPITEOutdoor bench CONTEXT RENDER
STEEL RODS The two blocks would be made of precast concrete whereas the rods used for holding the concrete blocks together, would be made of steel
169
CEPT University Faculty of Design
Elements of Form and Space Studio BD 2004
Ideation & Development
Final Design Exercise
Diya Chhaniyara UG190435
DESIGN JOURNEY 3- DIMENSIONAL RENDERS
AND LEISURE in people’s life apart from the functionality, as an add-on to the designs.
Memphis was a reaction to the BORING, MONOTONOUS AND ALIKE DESIGNS from modernist era.
The name Memphis came from BOB DYLAN’S ‘THE MEMPHIS BLUES
It
the whole product.
MAZORTAL by Isha Shah
Product: Partioning System | Context: FD Building Double-Height, CEPT University Design Inspiration: Memphis
The Memphis style was inspired by ART DECO, 50’S KITSCH STYLE AND 80’S POP ART. The designs were highly POST MODERNIST breaking the visual boredom, monotony and similarity in the attributes.
Connecting ART DECO, 50’S KITSCH STYLE AND 80’S POP ART with Memphis, some points were deciphered like repetition of similar elements with slight modification, combination of plain colours and patterns and maximalist approach but in a logical way.
-BRIGHT, FLASHY and PLAIN colors without any shades or tints colors -PRIMARY and WACKY forms and shapes -PATTERNS, SQUIGGLES and ZIGZAGS without any part overpowering the other part -Materials like
Harmony was achieved by putting different elements facing all the different directions such that it felt like there was a never ending loop of rhythm.
CONCEPT STATEMENT
PROBLEM STATEMENT
REDUCTION IN OVERPOWERING ELEMENTS THROUGH PATTERNS
Many of the forms had a bulky base which would overpower the whole product. So, to avoid that, patterns were used in that area making it look less heavy.
In the double height of FD building, there is a partition between a ‘Jail like’ feeling while sitting in the studios or moving around are not willing to sit in that studio area. Thus, there is a need to get rid of such design and introduce building. There is a need of something that not only acts as
CONCEPT STATEMENT
the
PROBLEM STATEMENT
In the double height of FD building, there is a partition between the studio and semi-open open space. Due to heavy linearity and lesser space between the linear elements, students get a ‘Jail like’ feeling while sitting in the studios or moving around in that area as shown in deconstruction of product graphical representation. As a result, the users that are the students are not willing to sit in that studio area. Thus, there is a need to get rid of such design and introduce an interactive semi-open partition which generates some kind of excitement and playfulness breaking the monotony of the building. There is a need of something that not only acts as partition but also has multiple functions so that the users would be interested in more and more interaction with the space
CONCEPT STATEMENT
The Concept is to generate excitement, playfulness, leisure with an element of surprise and break the monotony of the space through introduction of playful geometry and colours. To satisfy these needs, what better option than taking inspiration from Memphis group from 1980s. Memphis’ design style satisfies the overall need of introduction of playfulness. So the concept is to design a partition solving the current problem alongwith being able to be more functional by not just limiting itself to bifurcate the spaces. For this, inspiration from Memphis patterns is taken which is further modified according to the need and functions like display rack for models, writing board, projector screen and sitting tools are added to the element.
170 Elements of Form and Space Studio CARLTON BOOKCASE BY SOTTSASS EXTRUDED 2D FORMS Many of the designs have a form which are comprised of 2D shapes and then extruded to give a 3D form. So when one looks at the elevation, the whole form is understood and design is just done on one plane extruded in single axis and alongh with this, symmetry is also observed. BEL AIR CHAIR BY PETER SHIRE BROKEN GEOMETRY Some of the forms TAHITI LAMP BY ETTORE SOTTSASS OCEANIC TABLE LAMP BY MICHELE DE LUCCHI FLAMINGO SIDE TABLE BY MICHELE DE LUCCHI REPETITION IN DESIGN APPROACH Linear or planar forms inclined at certain angle with two elements put at top and bottom to balance the whole product. ASHOKA LAMP BY ETTORE SOTTSASS LADOGA VASE BY MATTEO THUN LAUREL TABLE LAMP BY PETER SHIRE HARMONY Harmony was achieved by putting different elements facing all the different directions such that it felt like there was a never ending loop of rhythm. REDUCTION IN OVERPOWERING ELEMENTS THROUGH PATTERNS Many of the forms had a bulky base which would overpower the whole product. So, to avoid that, patterns were used in that area making it look less heavy. POLAR SIDE TABLE BY MICHELE DE LUCCHI RARE BIRD COFFEEPOT MAXIMALISM IN DESIGN The products are such that each component is designed upto its optimum level through patterns and colours but in a balance way. CASABLANCA CABINET ROYAL SOFA Pioneered by ETTORE SOTTSASS in 1981 in Milan, Italy. The MAIN IDEOLOGY behind the designs was to bring EXCITEMENT AND LEISURE in people’s life apart from the functionality, as an add-on to the designs. Memphis was a reaction to the BORING, MONOTONOUS AND ALIKE DESIGNS from modernist era. The name Memphis came from DYLAN’S ‘THE MEMPHIS BLUES AGAIN’. It focused on creating COLORFUL AND INNOVATIVE designs with the post Modernist effect. Connecting ART DECO, 50’S KITSCH STYLE AND 80’S POP ART with Memphis, some points were deciphered like repetition of similar elements with slight modification, combination of plain colours and patterns and maximalist approach but in a logical way. The Memphis style was inspired by ART DECO, 50’S KITSCH STYLE AND 80’S POP ART. The designs were highly POST MODERNIST the visual boredom, monotony and similarity in the attributes. 50s KITSCH STYLE 80s POP ART INSPIRATION MEMPHIS INFLUENCED DESIGNS Apart from product and furniture design, Memphis has influenced in fields like interior design, set design, sports product design, apparel design etc. The popular TV show ‘Pee Wee’s Playhouse’ set design, the staircase by Sasha Bikoff for Kips Bay Decorator Show house, interiors of Stone Mansion from Ruthless People, Supreme skate deck designed by Alessandro Mendini, Apparel design for Dior Memphis movement collection autumn 2011 are the iconic and most popular examples of Memphis influenced designs in 1980s and after that. Memphis Group on Tawaraya ring bed Pee Wee’s playhouse Sasha Bikoff staircase Stone Mansion Skate Deck by Supreme Dior Autumn collection 2011
In the double height of FD building, there is a partition between the studio and semi-open open space. Due to heavy linearity and lesser space between the linear elements, students a ‘Jail like’ feeling while sitting in the studios or moving around in that area as shown in deconstruction of product graphical representation. As a result, the users that are the are not willing to sit in that studio area. Thus, there is a need to get rid of such design and introduce an interactive semi-open partition which generates some kind of excitement and playfulness breaking the monotony building. There is a need of something that not only acts as partition but also has multiple functions so that the users would be interested in more and more interaction with
The Concept is to generate excitement, playfulness, leisure with an element of surprise and break the monotony of the space through introduction of playful geometry and To satisfy these needs, what better option than taking inspiration from Memphis group from 1980s. Memphis’ design style satisfies the overall need of introduction of playfulness. So the concept is to design a partition solving the current problem alongwith being able to be more functional by not just limiting itself to bifurcate the spaces. For this, inspiration Memphis patterns is taken which is further modified according to the need and functions like display rack for models, writing board, projector screen and sitting tools are added DESIGN LANGUAGE -BRIGHT, FLASHY and PLAIN colors without any shades or tints colors -PRIMARY and WACKY forms and -PATTERNS, SQUIGGLES and without any part overpowering the other part PLASTIC, PAINTED WOOD, LAMINATES and METAL Repetition in design of diagonal member horizontal members at top and bottom Harmony/Rhythm by adding elements three axis Broken Geometry Extruded 2D Forms CARLTON BOOKCASE BY SOTTSASS EXTRUDED 2D FORMS Many of the designs have a form which are comprised of 2D shapes and then extruded to give a 3D form. So when one looks at the elevation, the whole form is understood and design is just done on one plane extruded in single axis and alongh with this, symmetry is also observed. Analysis & Interpretation Problem & Concept Mazortal Final Design Exercise Isha Shah UG180205 Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design BEL AIR CHAIR BY PETER SHIRE BROKEN GEOMETRY Some of the forms of the products were achieved by breaking the geometry of one shape into smaller different forms. TAHITI LAMP BY ETTORE SOTTSASS OCEANIC TABLE LAMP BY MICHELE DE LUCCHI FLAMINGO SIDE TABLE BY MICHELE DE LUCCHI REPETITION IN DESIGN APPROACH Linear or planar forms inclined at certain angle with two elements put at top and bottom to balance the whole product. ASHOKA LAMP BY ETTORE SOTTSASS LADOGA VASE BY MATTEO THUN LAUREL TABLE LAMP BY PETER SHIRE HARMONY Harmony was achieved by putting different elements facing all the different directions such that it felt like there was a never ending loop of rhythm. REDUCTION IN OVERPOWERING ELEMENTS THROUGH PATTERNS Many of the forms had a bulky base which would overpower the whole product. So, to avoid that, patterns were used in that area making it look less heavy. POLAR SIDE TABLE BY MICHELE DE LUCCHI RARE BIRD COFFEEPOT MAXIMALISM IN DESIGN The products are such that each component is designed upto its optimum level through patterns and colours but in a balance way. CASABLANCA CABINET ROYAL SOFA TARTAR TABLE
by ETTORE SOTTSASS in 1981 in Milan, Italy. The MAIN IDEOLOGY behind the designs was to bring EXCITEMENT AND LEISURE in people’s life apart from the functionality, as an add-on the designs. Memphis was a reaction to the BORING, MONOTONOUS AND ALIKE DESIGNS from modernist era. The name Memphis came from BOB DYLAN’S ‘THE MEMPHIS BLUES AGAIN’. focused on creating BRIGHT, COLORFUL AND INNOVATIVE designs with the post Modernist effect. Connecting ART DECO, 50’S KITSCH STYLE AND 80’S POP ART with Memphis, some points were deciphered like repetition of similar elements with slight modification, combination of plain colours and patterns and maximalist approach but in a logical way. The Memphis style was inspired by ART DECO, 50’S KITSCH STYLE AND 80’S POP ART. The designs were highly POST MODERNIST breaking visual boredom, monotony and similarity in the attributes. design, set design, sports product design, Bay Decorator Show house, the Alessandro Mendini, Apparel design for Dior Memphis influenced designs in 1980s Skate Deck by Supreme Dior Autumn collection 2011
PROBLEM STATEMENT
Pioneered
heavy linearity and lesser space between the linear elements, students get while sitting in the studios or moving around in that area as shown in deconstruction of product graphical representation. As a result, the users that are the students such design and introduce an interactive semi-open partition which generates some kind of excitement and playfulness breaking the monotony of the so that the users would be interested in more and more interaction with the space. through introduction of playful geometry and colours To satisfy these needs, what better option than taking inspiration from Memphis group from 1980s. Memphis’ design style satisfies the overall need of introduction of playfulness. So the concept is to design a partition solving the current problem alongwith being able to be more functional by not just limiting itself to bifurcate the spaces. For this, inspiration from Memphis patterns is taken which is further modified according to the need and functions like display rack for models, writing board, projector screen and sitting tools are added to the -BRIGHT, FLASHY and PLAIN colors without any shades or tints colors -PRIMARY and WACKY forms and shapes -PATTERNS, SQUIGGLES and ZIGZAGS without any part overpowering the other part Materials like PLASTIC, PAINTED WOOD, LAMINATES and METAL were used. Repetition in design of diagonal member with horizontal members at top and bottom Harmony/Rhythm by adding elements in all three axis Broken Geometry Extruded 2D Forms
DIVA MIRROR BY SOTTSASS
BEL AIR CHAIR BY PETER SHIRE
Some of the forms of the products were achieved by breaking the geometry of one shape into smaller different forms.
TAHITI LAMP BY ETTORE SOTTSASS
OCEANIC TABLE LAMP BY MICHELE DE LUCCHI FLAMINGO SIDE TABLE BY MICHELE DE LUCCHI
ASHOKA LAMP BY ETTORE SOTTSASS
LADOGA VASE BY MATTEO THUN
LAUREL TABLE LAMP BY PETER SHIRE
HARMONY
POLAR SIDE TABLE BY MICHELE
CASABLANCA CABINET ROYAL SOFA
AGAIN’.
focused on creating BRIGHT, COLORFUL AND INNOVATIVE designs with the post Modernist effect.
like interior design, set design, sports product design, Bikoff for Kips Bay Decorator Show house,
designed by Alessandro Mendini, Apparel design for Dior popular examples of Memphis influenced designs in 1980s
Skate Deck by Supreme Dior Autumn collection 2011
DIVA MIRROR SOTTSASS
The Concept is to generate excitement, playfulness, leisure To satisfy these needs, what better option than taking inspiration So the concept is to design a partition solving the current problem Memphis patterns is taken which is further modified according PLASTIC, PAINTED WOOD, LAMINATES and METAL were used.
171 TECHNICAL DRAWINGS FRONT ELEVATION BROKEN INTO A GRID (270mm x 270mm Square Grid) 3 MODULES OF PLYWOOD REPEATED ALL OVER THE PRODUCT 3000 3000 3000 9000 300 PLAN AA' 740 20 30 270 270 1520 50 3440 75 30 270 1110 30 1410 75 450 600 90 1800 30 3000 9000 A A 540 DETAIL 4.2 GLASS TO WOOD ELEVATION SCALE 10:1 30mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED BIDDING PATTI 30mm PLYWOOD DETAIL 4.1 GLASS TO WOOD IN SECTIONAL PLAN SCALE 10:1 DETAIL 3.2 PLAN PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.1 ELEVATION PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.3 SECTION SHOWING PLYWOOD TO MS PIPE JOINT SCALE 5:1 30mm PLYWOOD SS STANDOFF BASE 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD DOUBLE THREADED SCREW TEAK WOOD DOWEL 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters FRONT ELEVATION BROKEN INTO A GRID (270mm x 270mm Square Grid) 3 MODULES OF PLYWOOD REPEATED ALL OVER THE PRODUCT 3000 3000 3000 9000 300 PLAN AA' 740 20 30 270 270 1520 50 3440 75 30 270 1110 30 1410 75 450 600 90 1800 30 3000 9000 A A 540 DETAIL 4.2 GLASS TO WOOD ELEVATION SCALE 10:1 30mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD DETAIL 4.1 GLASS TO WOOD IN SECTIONAL PLAN SCALE 10:1 DETAIL 3.2 PLAN PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.1 ELEVATION PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.3 SECTION SHOWING PLYWOOD TO MS PIPE JOINT SCALE 5:1 30mm PLYWOOD SS STANDOFF BASE 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD DOUBLE THREADED TEAK WOOD DOWEL 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters DOUBLE THREADED SCREW SS STANDOFF BASE STUDS 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE RENDERS RENDERS WITH CONTEXT FRONT ELEVATION BROKEN INTO A GRID (270mm x 270mm Square Grid) 3 MODULES OF PLYWOOD REPEATED ALL OVER THE PRODUCT 3000 3000 3000 9000 300 PLAN AA' 20 30 270 270 1520 50 3440 75 30 270 1110 30 1410 75 450 600 90 1800 30 3000 9000 A A 540 DETAIL 4.2 GLASS TO WOOD ELEVATION SCALE 10:1 30mm PLYWOOD TEMPERED COLOURED GLASS BIDDING PATTI 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD DETAIL 4.1 GLASS TO WOOD IN SECTIONAL PLAN SCALE 10:1 DETAIL 3.2 PLAN PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.1 ELEVATION PLYWOOD TO MS PIPE SCALE 5:1 DETAIL 3.3 SECTION SHOWING PLYWOOD TO MS PIPE JOINT SCALE 5:1 30mm PLYWOOD SS STANDOFF BASE 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD DOUBLE THREADED TEAK WOOD DOWEL 20mm MS PIPE SS STANDOFF BASE 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE 20MM MS PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 300 20 2660 20 3000 1410 30 1410 75 3000 2925 9000 RCC BEAM 30MM PLYWOOD DOOR FRAME (PIVOT DOOR) 6mm TRANSLUCENT TEMPERED COLOURED GLASS 20MM MS PIPE FRONT ELEVATION BIDDING PATTI 20mm MS pipe 8'x4' BLACK BOARD 740 770 1350 590 3440 RCC BEAM SS PIVOT HINGE 30mm PLYWOOD RCC BEAM 740 470 530 420 660 625 3440 3000 3000 9000 300 PLAN BB' C D C' D' SECTION CC' SECTION DD' DETAIL 1 DOVE TAIL JOINT PLYWOOD TO PLYWOOD SCALE 2:1 DETAIL 2 PLYWOOD TO PLYWOOD SCALE 1:2 15mm DEEP GROOVE D1 D2 D3 D4 B B' 180 480 300 300 LINE INDICATING PIVOT 20MM MS PIPE PIPE 6mm TRANSLUCENT TEMPERED COLOURED GLASS 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 450 600 450 600 450 30mm PLYWOOD 18mm PLYWOOD 30mm PLYWOOD INSIDE OUTSIDE 0 1 3 7meters
MODEL (Scale WOOD 18mm PLYWOOD TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD SHOWING JOINT STANDOFF BASE PLYWOOD THREADED WOOD DOWEL PIPE 7meters WOOD 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD SHOWING JOINT STANDOFF BASE PLYWOOD DOUBLE THREADED WOOD DOWEL MS PIPE 7meters STANDOFF BASE STUDS 30mm PLYWOOD RCC BEAM RENDERS RENDERS WITH CONTEXT WOOD 18mm PLYWOOD 6mm TRANSLUCENT TEMPERED COLOURED GLASS BIDDING PATTI 30mm PLYWOOD SHOWING JOINT STANDOFF BASE PLYWOOD DOUBLE THREADED WOOD DOWEL MS PIPE 7meters PLYWOOD SS PIVOT HINGE 30mm PLYWOOD RCC BEAM
PHYSICAL
THE ICE CUBE by Suhani Nathan Product: Table + Seating System | Context: Office Canteens Design Inspiration: Philippe Starck
Concept statement
While designing the product the inspiration was taken from the design language of Philippe Starck, which is the use of transparency which gives a modern feel to space, need-based design, and cantilever furniture with minimal elements. The design of the furniture for AN office canteen is such that it saves space as it can be assembled INTO A SINGLE UNIT when not needed, it does not crowd the space as the transparency of the material makes it practically invisible AND TAKES UP LESS VISUAL SPACE.
problem statement
The intent was to design furniture for an office canteen which can be assembled in such a way that saves space and as a result creates a differentiation between work and leisure time. the material used was polycarbonate which is a transparent material. Transparency gives a sense of openness to the room and permits light to flow through the space. Having units of the furniture in different colors around the canteen will bring a sense of playfulness to the space. And an interesting play of light and shadow.
Detail development
an office canteen which can space and as a result creates a leisure time. the material used was material. Transparency gives a permits light to flow through the different colors around the playfulness to the space. And an intresting
furniture for an office canteen which can saves space and as a result creates a and leisure time. the material used was transparent material. Transparency gives a and permits light to flow through the furniture in different colors around the playfulness to the space. And an intresting
CEPT University Faculty of Design
Detail development
problem statement
EXPLORATIONS FOR SEAT REINFORCEMENT
Elements of Form and Space Studio BD
2004
PROCESS
problem statement
The intent was to design furniture for an office canteen which can be assembled in such a way that saves space and as a result creates a differentiation between work and leisure time. the material used was polycarbonate which is a transparent material. Transparency gives a sense of openness to the room and permits light to flow through the space. Having units of the furniture in different colors around the canteen will bring a sense of playfulness to the space. And an intresting play of light and shadow.
Process model
QUIRKY SHAPES
Detail development
EXPLORATIONS FOR SEAT REINFORCEMENT
The intent was to design furniture for an office canteen which can be assembled in such a way that saves space and as a result creates a differentiation between work and leisure time. the material used was polycarbonate which is a transparent material. Transparency gives a sense of openness to the room and permits light to flow through the space. Having units of the furniture in different colors around the canteen will bring a sense of playfulness to the space. And an intresting play of light and shadow.
Process model
Detail development EXPLORATIONS FOR SEAT REINFORCEMENT
172 Elements of Form and Space Studio
The
Bon Jour
for Kartell AN ELEMENT OF TRANSPARENCY
ARA Table Lamp for Flos
forms are of quirky
La Marie Chair
transparency
Other
he
in his designs are stainless steel, aluminium,
He
ARA Table Lamp for Flos Mister bliss chair for beton brut Miss dorm for etoz Gun table
Flatware Set for SASAKI wendy Organic tap for axon Elements of Form and Space Studio
2004 Suhani Nathan UG180601 Design Process Final Design Exercise Ice Cube
materials that
uses
leather, vinyl.
also likes to use interesting combinations of materials such as plastic with aluminum, velvet with chrome.
lamp for flos
BD
Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 Design Process Final Design Exercise Ice Cube
PROCESS
Final
CEPT University Faculty of Design Elements of Form and Space
Studio BD 2004
EXPLORATIONS FOR
Polycarbonate
173 Suhani Nathan UG180601 Ice Cube Final Design Exercise REINFORCEMENT
C m f Color | material | finish
MATERIAL color finish emotion Polycarbonate : - Transparent - High impact resistant - Strong - Is stronger and can hold up longer to extreme temperatures and rough use than acrylic - Can be used for injection molding - Low scratch resistance - Has to be coated with scratch resistant layer Clear : - Blocks of different colored transparent blocks - Lightness + solidity - Playful - Looks visually less crowded glossy : - Scratch proof protective layer on polycarbonate - Transparency gives a sense of openness to a room and permits light to flow freely through the space - It does not crowd up the room - Gives a modern feel to the space - With having different units of the table and stools in different colors around the canteen will bring playfulness in the space
Polycarbonate Transparent blocks clear Sheen green Hex code # 96E00C rgb - 150, 224, 12 aero blue Hex code # 6AB5EE rgb - 106, 181, 238 red Hex code # F10A07 rgb - 241, 10, 7 Middle yellow Hex code # FAE434 rgb - 250, 228, 52
174 Elements of Form and Space Studio Nathan UG180601 SCALE 10 ARE IN MM CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 Product Renders Final Design Exercise Ice Cube RENDERS SET IN CLOSED POSITION SET IN OPEN POSITION RENDER OF THE TABLE RENDER OF THE STOOL RENDER OF THE STOOL II Ice cube | Office canteen furniture botoom view of the stool showing details CURVATURE ON THE SEAT FOR COMFORT AND STIFFNESS GRIP ON BOTH THE SIDES FOR EASY LIFTING MINIMUM AREA CONTACT TO THE GROUND TO AVOID SCRATCHES RIDGE TO FIT INTO THE GROOVE ON THE TABLE FOR EXTRA SECURITY RIBS INCORPORATED IN THE DESIGN FOR STRENGTH CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 Product Renders Final Design Exercise Ice Cube RENDERS SET IN CLOSED POSITION SET IN OPEN POSITION RENDER OF THE TABLE RENDER OF THE STOOL I RENDER OF THE STOOL II Ice cube | Office canteen furniture botoom view of the stool showing details CURVATURE ON THE SEAT FOR COMFORT AND STIFFNESS GRIP ON BOTH THE SIDES FOR EASY LIFTING MINIMUM AREA CONTACT TO THE GROUND TO AVOID SCRATCHES RIDGE TO FIT INTO THE GROOVE ON THE TABLE FOR EXTRA SECURITY RIBS INCORPORATED IN THE DESIGN FOR STRENGTH
175 Suhani Nathan UG180601 Context Render CANTEEN RENDER OF THE SET IN ELEVATION RENDER OF THE SET IN ISOMETRIC VIEW Suhani Nathan UG180601 Context Render RENDER OF THE SET IN ELEVATION RENDER OF THE SET IN ISOMETRIC VIEW Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 RENDER OF THE SET IN ELEVATION CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 Product Pallet Final Design Exercise Ice Cube RENDERS CLEAR GLOSSY FINISH CLEAR YELLOW GLOSSY FINISH CLEAR MATT FINISH CLEAR RED MATT FINISH CLEAR BLUE TEXTURED CLEAR RED GLOSSY FINISH CLEAR BLUE GLOSSY FINISH CLEAR GREEN GLOSSY FINISH RENDERS POLYCARBONATE FINISH Context render OFFICE CANTEEN CURVATURE ON THE SEAT FOR COMFORT AND STIFFNESS GRIP ON BOTH THE SIDES FOR EASY LIFTING RIDGE TO FIT INTO THE GROOVE ON THE TABLE FOR EXTRA SECURITY RIBS INCORPORATED IN THE DESIGN FOR STRENGTH SCALE 1 : 10 MEASUREMENTS ARE IN MM
SUAVE SLENDER SEATING ARTEFACT
by Vaishnavi Borkar
Created
FINAL PROJECT- RESEARCH
INFERENCES
Forms
DESIGN PHILOSOPHY
He included bright color pallette in his works as he believed that use of bright colours made people feel better and be more active and enthusiastic.
Aalto was highly inspired by the nature and implied natural elements as organic forms in his design. He derives the aesthetic character from the relationship with their natural surroundings, scale, unique treatment of materials and natural lightings.
DESIGN LANGUAGE
‘Aalto’ means ‘wave’ in Finnish. It was only natural that the wave would become his signature. building a complete environment to be experinced by its users through all their senses. In most functionally convincing, even inevitable, consequence of all of its disparate origins.
MATERIAL
To create a sense of warmth humility in design that creates a connection between the man buildings and nature. Birch wood was used by laminating and gluing technology to create organic forms. Aalto’s architecture is distinctively Finnish, strongly individual, and marked by a warm humanity. His buildings derive their aesthetic character from their dynamic relationship with their natural surroundings, their human scale, superbly executed details, unique treatment of materials, and ingenious use of lighting.
In the most of designs it appears as both an aesthetically and functionally convincing, even inevitable, consequence of all of its disparate origins.
Concept Statement: The main idea is to design a minimalistic comfortable seating artefact for the space around library and SID plaza. The idea is to create a seating which can be used by stundents or faculty anytime for relaxation, working outdoor for refreshment, interaction, sometimes for organsing events and many other purposes. This seating is de signed inspired from a famous Finnish architect and designer Alvar aalto. His overall design language and material palatte closely resembles with this context and its purpose.
Concept Statement: The main idea is to design a minimalistic comfortable seating artefact for the space around library and SID plaza. The idea is to create a seating which can be used by stundents or faculty anytime for relaxation, working outdoor for refreshment, interaction, sometimes for organsing events and many other purposes. This seating is de signed inspired from a famous Finnish architect and designer Alvar aalto. His overall design language and material palatte closely resembles with this context and its purpose.
The streamlined design creates a sense of warmth humility that minimalistic design approach sense of emotions that connects with the user. Some designs are purposely left unfinished to develop Aalto's design has influenced the audience's visual aesthetics and perception experience with and scene atmosphere.
Problem Statement: In campus, spaces are crowded and occupied which is the niche kind of building. These spaces are people and litered sometimes, around library unpleasant.
Concept Statement: The main idea is to design a minimalistic comfortable seating artefact for the space around library and SID plaza. The idea is to create a seating which can be used by stundents or faculty anytime for relaxation, working outdoor for refreshment, interaction, sometimes for organsing events and many other purposes. This seating is designed inspired from a famous Finnish architect and designer Alvar aalto. His overall design language and material palatte closely resembles with this context and its purpose.
The courtyard at Aalto’s own summer (‘experimental house’, 1953) at Muuratsalo has monumental and rustic, formal and playful, open and closed attributes.
Problem Statement: In campus, during lunch time all spaces are crowded and occupied by students. One of which is the niche kind of space at exterior of library building. These spaces are constantly occupied by people and litered sometimes,
Problem Statement: In campus, during lunch time all spaces are crowded and occupied by students. One of which is the niche kind of space at exterior of library building. These spaces are constantly occupied by people and litered sometimes, that makes the space around library unpleasant.
Dynamic curves: A sequence different radii.
The
176 Elements of Form and Space Studio CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Concept statement Final Design Exe cise Research
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Vaishnavi Borkar UG191457 Concept statement Final Design Exe cise Resea ch
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Vaishnavi Borkar UG191457 Concept statement Final Design Exe cise Resea ch
that makes the space around library unpleasant.
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Vaishnavi Borkar UG191457 CMF and Product context Final Design Exercise Research I Teak wood: One of the best materials for outdoors. Durable, strong, resistant to weather, decay and insects, no cracking or warping and easy to clean. High in price. Oak wood: Water-proof, rot-resistant and strong. Hardwood easy for bending technique. Di cult for nishes so as to protect the wood. Plywood: Strength, durability, exibility, attractive and light weight. Concrete: Long-lasting, strong and can take on any shapes. Heavy to move. High pressure laminates (HPL) Sleek modern look, and resists bacteria and supercial marks from spills or impact. High in price. Extruded glass bre: Heat resistant, strong, moulded in any shape, sleek and modern look. Stainless steel: Durable, strong, resists rust, wind-resistant and easy to clean. Expensive and retains heat. Aluminium: Strong, lightweight, weather-resistant, inexpensive and low maintenance. Hollow tube frames may blow over in high winds and it retains heat. CMF COLOR | MATERIAL | FINISH MATERIAL ASH WOOD Strength Hardness Flexible Light color smooth grain texture Economically available CONCRETE Strong Long lasting Can form into any shape Bulky METHOD WOOD Steam bending technique CONCRETE Moulds in which concrete is cast and vibrated. COLOR Wood and concrete would have their natural color and textures that celebrates Truth to Material. FINISH Varnish or Exterior oil nish is the simplest and long lasting for ash wood. Product and Site context Emotions: The natural texture and feel of material has calming e ect, warmth, homliness and relaxing e ect. Product context: Passage between library and FT nothlights, CEPT campus
1.
materials. 2.
3.
4.
5.
Alvar Aalto's design philosophy was influenced by nature and organic
His innovative designs and natural forms changed the design towards organic Modernism.
The beauty of his work is hidden in his design approach of Functionalism but with a strong connection to the organic relationship between man, nature and buildings
He coordinated these three components and created a synthesis of life in materialized form.
Sovey vase Arm chair
Pendant light Cantilever chair
Ash wood
Birch wood Juxtaposted Concrete Tubular Steel Bricks
way light is reflected and refracted by the glass surfaces to generate new patterns that add to the aesthetic pleasure.
Repetition: Repeatation of similar into distinct segments.
are derived from simple geometry that has an elemental power.Three dimensionally curved designs that are both ergonomic and highly comfortable.
fluid qualtiy and glass than lamella).
jewellery, textile designs and other forms of art.
“Beauty is the harmony of purpose and form” Alvar Aalto is Finnish architect and designer known for his own unique style of modernism focusing on local materials and functionality. His works mainly include architecture, town plans, furniture design, glassware designs,
1898-1976 1935-1975 ARTEK
ALVAR AALTO
Problem Statement: In campus, during lunch time all spaces are crowded and occupied by students. One of which is the niche kind of space at exterior of library building. These spaces are constantly occupied by people and litered sometimes, that makes the space around library unpleasant. Concept Statement: The main idea is to design a minimalistic comfortable seating artefact for the space around library and SID plaza. The idea is to create a seating which can be used by stundents or faculty anytime for relaxation, working outdoor for refreshment, interaction, sometimes for organsing events and many other purposes. This seating is designed inspired from a famous Finnish architect and designer Alvar aalto. His overall design language and material palatte closely resembles with this context and its purpose.
Product: Outdoor Seating | Context: FD Plaza, CEPT University Design Inspiration: Alvar Aalto
3D RENDERS
SIDE ELEVATION
AND JOINARIES
seating artefact is designed for the SID plaza space around library students and faculties leisure and various different purposes. This bench is designed by minimalistic approach comfort of the user. use to material in its way creates a natural essence that connects the user with nature and its surrounding place. Moreover, this is a two seating artefact designed its universal use according to its context.
SECTION AA’
This seating artefact is designed for the SID plaza and space around library for students and faculties for leisure and various different purposes. This bench is designed by minimalistic approach and comfort of the user.
The use to material in its own way creates a natural essence that connects the user with nature and its surrounding place.
Moreover, this is a two seating artefact designed for its universal use according to its context.
SIDE ELEVATION
This seating artefact is designed for the SID plaza and space around library for students and faculties for leisure and various different purposes. This bench is designed by minimalistic approach and comfort of the user. The use to material in its own way creates a natural essence that connects the user with nature and its surrounding place. Moreover, this is a two seating artefact designed for its universal use according to its context.
SECTION AA’
EXPLODED VIEW
This seating artefact designed for and space around for students for leisure and different purposes. bench is designed minimalistic and comfort
The use to material own way creates natural essence connects the nature and its surrounding Moreover, this seating artefact for its universal according to
177 CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Vaishnavi Borkar UG191457 3D rendered model Final Design Exercise Research I INITIAL FORM EXPLORATION INITIAL IDEAS DEVELOPING CONCEPTUAL IDEAS PRODUCT CONTEXT 3D RENDERS TECHNICAL DRAWING
JOINARIES AND PARTS
ELEVATION PLAN SIDE ELEVATION
Vaishnavi Borkar UG191457 MellowA Seating Artefact Elements of F orm and Space Studio BD 2004 CEP T Uni v ersity F aculty of Design Final Design Exercise
Vaishnavi Borkar UG191457 MellowA Seating Artefact Elements of F orm and Space Studio BD 2004 CEP T Uni v ersity F aculty of Design Final Design Exercise PRODUCT
EXPLODED VIEW
CONTEXT
CEPT University Faculty of Design Elements of Form and Space Studio BD 2004 Vaishnavi Borkar UG191457 Technical Drawing Final Design Exercise Research I PLAN AT +420 PLAN AT 340 FRONT ELEVATION SIDE ELEVATION SECTION AA’ TECHNICAL DRAWING SCALE: 1:10 Note: All dimensions are in MM TECHNICAL DRAWING
JOINARIES JOINARIES
PARTS
DETAILS AND
AND
FRONT
PLAN
ELEVATION
INDUSTRIAL DESIGN
DESIGN IDEOLOGY
Loewy, began his career shortly thereafter, moved into everyday products like crockery to machinery like refrigerators. He practically but he has also designed principle - Most that “The adult public’s logical solutions to their departure from what the norm.” His writings Industrial Design, and his 1951 Alone.
Loewy, began his career thereafter, moved into everyday products like to machinery like refrigerators. He practically he has also designed principle - Most “The adult public’s logical solutions to their departure from what norm.” His writings Design, and his 1951
and World War II, the a new century, free of past. As the aircarft was found it so attractive and as thier inspiration. After came forward and coined Loewy was one of the Raymond Loewy’s designs started to include streamling eleminating sharp corners, is. Even the smallest sharpner and the largest were inspired from the style in which he excelled. beauty through the use shaped modern industrial of his work permeated
World War II, the new century, free of past. As the aircarft was so attractive and thier inspiration. After forward and coined was one of the Raymond Loewy’s designs to include streamling eleminating sharp corners, Even the smallest sharpner and the largest were inspired from the which he excelled.
beauty through the use modern industrial his work permeated
PROBLEM STATEMENT
M.A.D. Tomato’s (S.G. Highway branch) has an interior inspired by American designs. The interior and the furniture is dominantly based on the kind of diners we see in America intergrated with a touch of modern design. The existing bar section within the restaurant still looks a little excluded from the rest of the interior, being more retro than being modern-integrated-retro. Thus, there is a need to make the bar section, or the stool to be precise, more appropriate to its background which would not only merge with the interiors but would also generate the ambience more accepting. The need of it being modern and yet very familiar for the rightness of it to fit in place.
PROBLEM STATEMNET - M.A.D. Tomato’s (S.G. Highway branch) has an interior inspired by American designs. The interior and the furniture is dominantly based on the kind of diners we see in America intergrated with a touch of modern design. The existing bar section within the restaurant still looks a little excluded from the rest of the interior, being more retro than being modern-integrated-retro. Thus, there is a need to make the bar section, or the stool to be precise, more appropriate to its background which would not only merge with the interiors but would also generate the ambience more accepting. The need of it being modern and yet very familiar for the rightness of it to fit in place.
PROBLEM STATEMNET - M.A.D. Tomato’s (S.G. Highway branch) has an interior inspired by American designs. The interior and the furniture is dominantly based on the kind of diners we see in America intergrated with a touch of modern design. The existing bar section within the restaurant still looks a little excluded from the rest of the interior, being more retro than being modern-integrated-retro. Thus, there is a need to make the bar section, or the stool to be precise, more appropriate to its background which would not only merge with the interiors but would also generate the ambience more accepting. The need of it being modern and yet very familiar for the rightness of it to fit in place.
CONCEPT STATEMENT
CONCEPT STATEMENT - The concept is to generate a very humble, classic and simple modern design with an element of familiarity for the users to accept, connect and relate with it, and what better than taking inspiration from Raymond Loewy’s style of design. His design style would not only serve these needs but would also give full justice in making the Americana inspired restaurant more modern and yet acceptable to its user. The Concept is to make a bar stool for M.A.D. Tomato’s restaurant, where the term MAD stands for Modern American Design, which is more functional rather than being just aesthetically good. For this, inspiration from Raymond Loewy has been taken who once, changed the entire face of America by his designs. The inspiration was then modified according to the function and need of the product.
CONCEPT STATEMENT - The concept is to generate a very humble classic and simple modern design with an element of familiarity for the users to accept, connect and relate with it, and what better than taking inspiration from Raymond Loewy’s style of design. His design style would not only serve these needs but would also give full justice in making the Americana inspired restaurant more modern and yet acceptable to its user. The Concept is to make a bar stool for M.A.D. Tomato’s restaurant, where the term MAD stands for Modern American Design, which is more functional rather than being just aesthetically good. For this, inspiration from Raymond Loewy has been taken who once, changed the entire face of America by his designs. The inspiration was then modified according to the function and need of the product.
The concept is to generate a very humble, classic and simple modern design with an element of familiarity for the users to accept, connect and relate with it, and what better than taking inspiration from Raymond Loewy’s style of design. His design style would not only serve these needs but would also give full justice in making the Americana inspired restaurant more modern and yet acceptable to its user. The Concept is to make a bar stool for M.A.D. Tomato’s restaurant, where the term MAD stands for Modern American Design, which is more functional rather than being just aesthetically good. For this, inspiration from Raymond Loewy has been taken who once, changed the entire face of America by his designs. The inspiration was then modified according to the function and need of the product.board, projector screen and sitting tools are added to the element.
PRAGMATIC REQUIREMEST - The colour combination of red and metallic that as been created in M.A.D. Tomoato’s. The use of metal as stand or legs
178 Elements of Form and Space Studio
Analysis & Interpretation Problem & Concept Bar Stool Final Design Exercise Harshavi Patel UG190515 Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design
INDUSTRIAL DESIGN EVERYTHING!
STYLE/APPROACH PHILOSOPHY MAYA PRINCIPLE (MOST ADVANCED YET ACCEPTABLE) IT IS ESSENTIAL TO DESIGN FOR FUTURE BUT IMPROVE THE PRODUCT GRADUALLY - ONE OF LOEWY’S MOST ICONIC DESIGNS WAS HIS ‘STREAMLINE’ PENCIL SHARPNER (1933) - MADE WITH CURVES AND A SMOOTH FINISH, ELIMINATING SHARP CORNERS AND EDGES - A TEARDROP-SHAPED CATALYST FOR STREAMLINED INDUSTRIAL DESIGN - RAILROAD LOCOMOTIVE, EASY TO LOOK AT - THE DESIGN WAS STREAMLINED BASED - AESTHETICALLY SAVES THE PURPOSE - AESTHETICALLY SAVES THE PURPOSE - LOOKS DIFFERENT FROM WHAT - A- COULD EASILY BLEND WITH THE SURROUNDINGS - THE DESKFAN DESIGNED BY LOEWY (1930S) - NO SHARP CORNERS AND EDGES - SIMILAR KIND OF CURVES USED - STREAMLINE - AERODYNAMICS - DISTINCT CURVES - FUTURISTIC TOUCH - CLASSIC (CONCEPTUAL) - AIRCRAFT INSPIRED - SMOOTH CURVES UNDERSTANDING THE FORMS EVOLUTION OF SOME OF HIS LOGOS AND OBSERVATIONS The Shell Observation - The logo has become so recognisable that it often appears without the brand name. The Lucky Strike cigarette package Observations - Loewy gave the customers a new branding image but also kept the elements to make users feel familiar with the previous design. The Coca Cola bottle Observations - One of the most famous shapes in the world is the iconic contour fluted lines of the Coca-Cola bottle.One of the nteresting notes about the shape is that while it is almost universally recognized, the form has evolved over the years. Just as the original patent from 1915 was a slightly fatter shape than the bottle that went into production, todays aluminum bottle is a 22nd century update of the classic design. - COLOUR PENCIL SKETCHES MADE BY RAYMOND LOEWY - FREE FLOWING CURVES
LOEWY To conclude, according to him, a good design is a design that does not get obsolete but one that stays classic like a Greek Statue. Familiarity in a design - According to Loewy, people want things to be innovative yet familiar. That touch from the past designs should be there so as to make the product more acceptable. To go with the extremely streamlined forms, all his products have glossy or chrome finishes. These added to the speedy or rapid attribute of form.
SKETCHES BY
Imbalanced designs - If we look closely at his designs, specially automotive designs, there are traces where we can see the imbalanced or off-centered elements. The logo of his famous car is placed off-centered and while talking about his designs he said “i don’t like balanced designs”. Aesthetics of design - Humble, should not jump at you. To quote him “It should be easy to look at and easy to use”. The product should merge with the background. It should serve the purpose of pleasing one aesthetically. Streamlined designs Loewy was one of the fathers of streamlining designs. Most of Raymond Loewy’s designs were based on aerodynamic concept. He started including the concept of streamling and aerodynamism in all of his products, eleminating acute angled corners, irrespective of what the scale of the product is. Functionality Function of a design outweighs the looks. To qoute Loewy “What expresses function correctly, directly is good than the permanent value, aesthetically speaking.” Loewy believed that the product should serve its purpose first. A product that cannot reach to its functionality to its maximum, is not just worth buying. STYLE/APPROACH FORM LANGUAGE Analysis & Interpretation Problem & Concept Bar Stool Final Design Exercise Harshavi Patel UG190515 Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design
LOEWY’S
EVERYTHING!
STYLE/APPROACH PHILOSOPHY MAYA PRINCIPLE (MOST ADVANCED YET ACCEPTABLE) IT IS ESSENTIAL TO DESIGN FOR FUTURE BUT IMPROVE THE PRODUCT GRADUALLY - ONE OF LOEWY’S MOST ICONIC PENCIL SHARPNER (1933) - MADE WITH CURVES AND A SMOOTH FINISH, ELIMINATING - A TEARDROP-SHAPED CATALYST FOR STREAMLINED INDUSTRIAL DESIGN - RAILROAD LOCOMOTIVE, EASY TO LOOK ATBASED - AESTHETICALLY SAVES THE PURPOSE - AESTHETICALLY SAVES THE - LOOKS DIFFERENT FROM WHAT A PREVIOUS PERSPECTIVE OF A REAILROAD DESIGN WAS. - A SIMILAR FORM-INSPIRED CHAIR - LOOKS DECENT - COULD EASILY BLEND WITH THE - THE DESKFAN DESIGNED BY LOEWY (1930S)- SIMILAR KIND OF CURVES USED - STREAMLINE - AERODYNAMICS - DISTINCT CURVES - FUTURISTIC TOUCH - CLASSIC (CONCEPTUAL) - AIRCRAFT INSPIRED - SMOOTH CURVES UNDERSTANDING THE FORMS EVOLUTION OF SOME OF HIS LOGOS AND OBSERVATIONS The Shell Observation - The logo has become so recognisable that it often appears without the brand name. The Lucky Strike cigarette package Observations - Loewy gave the customers a new branding image but also kept the elements to make users feel familiar with the previous design. The Coca Cola bottle Observations - One of the most famous shapes in the world is the iconic contour fluted lines of the Coca-Cola bottle.One of the interesting notes about the shape is that while it is almost universally recognized, the form has evolved over the years. Just as the original patent from 1915 was a slightly fatter shape than the bottle that went into production, todays aluminum bottle is a 22nd century update of the classic design. - COLOUR PENCIL SKETCHES MADE BY RAYMOND LOEWY - FREE FLOWING CURVES SKETCHES BY LOEWY To conclude, according to him, a good design is a design that does not get obsolete but one that stays classic like a Greek Statue. Familiarity in a design - According to Loewy, people want things to be innovative yet familiar. That touch from the past designs should be there so as to make the product more acceptable. To go with the extremely streamlined forms, all his products have glossy or chrome finishes. These added to the speedy or rapid attribute of form.
Imbalanced designs If we look closely at his designs, specially automotive designs, there are traces where we can see the imbalanced or off-centered elements. The logo of his famous car is placed off-centered and while talking about his designs he said “i don’t like balanced designs”. Aesthetics of design Humble, should not jump at you. To quote him “It should be easy to look at and easy to use”. The product should merge with the background. It should serve the purpose of pleasing one aesthetically. Streamlined designs Loewy was one of the fathers of streamlining designs. Most of Raymond Loewy’s designs were based on aerodynamic concept. He started including the concept of streamling and aerodynamism in all of his products, eleminating acute angled corners, irrespective of what the scale of the product is. Functionality - Function of a design outweighs the looks. To qoute Loewy “What expresses function correctly, directly is good than the permanent value, aesthetically speaking.” Loewy believed that the product should serve its purpose first. A product that cannot reach to its functionality to its maximum, is not just worth buying. STYLE/APPROACH FORM LANGUAGE THE VINTAGE RESERVATION by Harshavi Patel Product: Stool | Context: Tomato’s Restaurant (American Pop themed) Design Inspiration: Reymond Loewy
COLOUR D
ONCEPT CONTEXT Cardinal Chrome
ESIGN D
Valencia Tamarillo Cardinal Vinyl
Chrome finish
LOEWY’S DESIGN IDEOLOGY
CMF -
ESIGN DEVELOPMENT
CMF - COLOUR MATERIAL FINISHES
EVELOPMENT
leather
of a bar stool matches with the previous MAYA principle intact. Also, a bar stool is usually immovable or can hardly plains the use of metal as the base material. The shiny chrome finish would add to the vibrance in its own way. Spun Pearl PRAGMATIC REQUIREMEST - This red shade goes with the retro american • The material used for the seat is Polyurethane foam which is generally used seats. This material not only ensures comfort but is also durable, flexible The Vinyl leather as the cover on the foam also serves the purpose of durabiltiy. EMOTIONAL
REQUIREMENT - The colour red provokes the kind of vibe for American setup, is red therefore it kind of connects with us instantly. As the colour of the material and that adds to the vibrance of the surrounding. The PU foam being lightweight makes the overall product visaully accepting. Vinyl leather being durable would last longer and thus adds to the emotional 25 mm cold rolled steel tube 1.2 mm thick
Polyurethane (PU Foam) Cardinal Vinyl leather seat
- This exercise we chose to work on. to have the eye to understand has a time limit, it could also important to stop part. Developing designs. Raymond Loewy style light. Going back to different forms but also appealing, helped a to be taken care of product. Appropriate the entire look of the neededd to be taken To conclude, many interesting, frustrating,
This exercise started with the we chose to work on. Research came into to have the eye to understand the works has a time limit, it could go on as much as also important to stop researching and start part. Developing designs. Developing them Raymond Loewy style but also how we (as light. Going back to the previous exercises different forms but also manipulating them appealing, helped a lot throughout this final to be taken care of as well, one of the important product. Appropriate and suitable materials the entire look of the design. Just like materials, neededd to be taken under consideration. To conclude, many new things came in light interesting, frustrating, beautiful and exciting.
179
NTHROPOMETRY DRAWINGS FINAL R685 564 346 R20 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R20 R21 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R174 R20 294 R21 800 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK
VERSION
FRONT ELEVATION LVL 300 LVL 800 LVL 881 LVL 0 40 40 359 141 300 20 195 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 348 151 290 SIDE ELEVATION 900 ℄OF ALIGNMENT 253 91 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION SECTION AA' OF ALIGNMENT 359 141 320 506 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION SECTION BB' ℄OF ALIGNMENT 900 188 171 135 326 208 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
AUTODESK
PLAN AT 881 SECTION BB' SECTION AA' 49 202 196 16 63 40 310 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PLAN AT 800 44 161 172 85 42 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY
SCALE 1:10 ALL MEASUREMENTS ARE IN MM F INAL P ROJECTP RODUCT R ENDER Stool seat Metal plate Screws Chrome finished stool legs Rubber gaskets R685 564 310 346 R20 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R20 R21 PRODUCED BY AN AUTODESK STUDENT VERSION
R1061 R174 R20 R21
BY AN AUTODESK STUDENT VERSION
A
STUDENT
Journey
PRODUCED BY AN
STUDENT VERSION
AN AUTODESK STUDENT VERSION PLAN AT 300 256 163 44 42 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 416 398 416 80 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PARTS AND ITS GEOMETRY
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
FRONT ELEVATION ℄OF ALIGNMENT LVL 300 LVL 800 LVL 881 LVL 0 40 40 359 141 300 20 195 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 348 151 290 SIDE ELEVATION 900 OF ALIGNMENT 253 91 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION SECTION AA' 359 141 320 506 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
VERSION SECTION BB' ℄OF ALIGNMENT 900 188 171 135 326 208 81
BY AN AUTODESK
VERSION PRODUCED BY AN AUTODESK
VERSION
SECTION
VERSION PLAN AT 300 256 163 44 42 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK
VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED
VERSION 416 398 416 80 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PARTS AND ITS GEOMETRY SCALE 1:10 ALL MEASUREMENTS ARE IN MM F INAL P ROJECTP RODUCT R ENDER Stool seat Metal plate Screws Chrome finished stool legs Rubber gaskets Harshavi Patel UG190515 CEPT University Faculty of Design R685 564 310 346 R20 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R20 R21 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R20 R21 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION interesting, frustrating, beautiful and exciting. PRODUCED BY AN AUTODESK STUDENT VERSION ELEVATION ALIGNMENT STUDENT VERSION PRODUCED BY AN AUTODESK PRODUCED BY AN AUTODESK STUDENT VERSION SECTION AA' OF ALIGNMENT 359 141 320 506 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION SECTION BB' 900 188 171 135 326 208 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PLAN AT 800 BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT PRODUCED BY AN AUTODESK STUDENT VERSION PLAN AT 300 256 163 44 42 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 416 398 416 80 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PARTS AND ITS GEOMETRY SCALE 1:10 ALL MEASUREMENTS ARE IN MM Stool seat Metal plate Screws Chrome finished stool legs Rubber gaskets
Patel UG190515 Elements of Form and Space Studio BD 2004 R685 564 346 R20 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R174 R20 294 R21 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION R1061 R174 R20 294 779 R21 800 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Technical Drawings Bar Stool Final Design Exercise Journey - This exercise started with the excitment of studying the personality that we chose to work on. Research came into picture which made it extremely important to have the eye to understand the works of the designers. Research part never has a time limit, it could go on as much as one wishes to but at the same time it is also important to stop researching and start develpoing designs. This is the difficult VERSION PRODUCED PRODUCED BY AN AUTODESK STUDENT VERSION SECTION BB' ℄OF ALIGNMENT 900 188 171 135 326 208 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PLAN AT 300 256 163 44 42 AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 416 398 416 80 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PARTS AND ITS GEOMETRY SCALE 1:10 ALL MEASUREMENTS ARE IN MM
PRODUCED BY AN AUTODESK STUDENT
PRODUCED
STUDENT
STUDENT
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PLAN AT 881 SECTION BB'
AA' 49 202 196 16 63 13 53 0 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PLAN AT 800 44 161 172 85 42 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT
STUDENT
BY AN AUTODESK STUDENT
Harshavi
“order
THE TWISTED EDGE by Archi Shah
Design Influences and Inspirations
Frank Gehry is a Canadian- American architect, considered to be one of the most influential architects of the late 20th century. He studied at the University of Southern California and Harvard University.
He is famous for his deconstructive style. His buildings represent a conjunction between “stillness and motion”, and “order and disorder”.
Inspired by fish, he wants to express emotions through curves with the use of inert material creating a sense of movement. This philosophy connected him more with artists than with other architects.
Assemblage of Solids
Material Palette
Use of metal cladding
Sharp and acute angles
Movement in Stillness
SITE ANALYSIS
Context
Use of sophisticated materials like glass and wood
Conclusion
Frank Gehry’s forms are twisted and curvilinear in nature with sharp and acute angles.
He believes that curves transmit emotions that humans can connect to. His curvilinear forms were best expressed with the use of inert materials like stainless steel and titanium who’s glossy surface reflects light making the building look dynamic. He wanted to create a play between stillness and motion through his forms and unusual choice of material.
Gehry looks at the world like a collision of thoughts that are adequately expressed through neat clean shapes of modernism. Hence, his buildings look like an assemblage of solids. He tries to express emotion through his work. His buildings look foreign but also have a sense of belongingness. He is very sensitive about site context and it’s surroundings.
Movement, emotion, and unusual material are lifelong themes of Frank Gehry.
Problem Statement
Concept Statement
The
Conclusion
Frank Gehry’s forms
He believes that curves forms were best expressed titanium who’s glossy wanted to create a choice of material.
Gehry looks at the through neat clean of solids. He tries also have a sense surroundings.
Movement, emotion,
Zen Cafe located a center of attraction by various colleges, generally come The cafe uses for the customers. wire mesh chairs parallel through beside each other to have a conservation
better permanent sitting space which is more have a rather exciting product that is aesthetic cafe.
Concept Statement
The form of the ‘Twisted Edge’ is inspired by the and curvilinear in nature, creating a sense of movement seating is to create the same sense of movement The fluidity of the form breaks the monotonous harmoniously celebrates its context, purpose, on its function and experience. Inspiring from functional surface rather playful. The concept was kept in mind while dividing the form into parts visually and aesthetically balances with space
180 Elements of Form and Space Studio
Design Influences and Inspirations
inspired Gehry House Regatta inspired Foundation Louis Vuitton
Art by
Rauschenberg
forms were highly inspired from fish and sculptures in order to capture a sense of movement and emotions. His forms expresses emotions, which humans can connect to. Sails inspired Walt Disney Concert Hall Berini’s sculpture inspired Beekman Tower Material Palette Use of metal cladding Stainless steel cladding was done on Walt Disney Concert Hall. The glowy surface under the light creates a sense of movement along the curves. Silver titanium cladded Guggenheim Museum changes its colour under the sun. Use of sophisticated materials like glass and wood Glossy metal surface of Frederick Weisman Change in color of the surface with change in angle of light. Foundation Louis Vuitton is constructed with billowing, soaring glass and wood. Movement
and twisted forms Sharp and acute angles
Frank Gehry’s
in Stillness Curvilinear
INSPIRATION-
About SITE ANALYSIS
Assemblage of Solids
FRANK GEHRY
forms are twisted and curvilinear
sharp and acute angles.
that curves transmit
humans can connect to. His curvilinear
best expressed with the use of inert materials like stainless steel and
glossy surface reflects light making the building look dynamic. He
to create a play between stillness and motion through his forms and unusual
material.
the world like a collision of thoughts that are adequately expressed
neat clean shapes of modernism. Hence, his buildings look like an
Frank Gehry’s
in nature with
He believes
emotions that
forms were
titanium who’s
wanted
choice of
Gehry looks at
through
assemblage of solids. He tries to express emotion through his work. His buildings look foreign but also have a sense of belongingness. He is very sensitive about site context and it’s surroundings.
Movement, emotion, and unusual material are lifelong themes of Frank Gehry.
Conclusion
Context
Problem Statement
Zen Cafe a center by various generally The cafe for the wire mesh parallel beside to have better permanent sitting space which have a rather exciting product that is cafe.
form of the ‘Twisted Edge’ is inspired and curvilinear in nature, creating a sense seating is to create the same sense of The fluidity of the form breaks the monotonous harmoniously celebrates its context, purpose, on its function and experience. Inspiring functional surface rather playful. The concept was kept in mind while dividing the form visually and aesthetically balances with
Southern California and Harvard University.
He is famous for his deconstructive style. His buildings represent a conjunction between “stillness and motion”, and
and disorder”. Inspired by fish, he wants to express emotions through curves with the use of inert material creating a sense of movement. This philosophy connected him more with artists than with other architects.
Art by Rauschenberg inspired Gehry House
Regatta inspired Foundation Louis Vuitton
Frank Gehry’s forms were highly inspired from fish and sculptures in order to capture a sense of movement and emotions. His forms expresses emotions, which humans can connect to.
Sails inspired Walt Disney Concert Hall
Berini’s sculpture inspired Beekman Tower
Stainless steel cladding was done on Walt Disney Concert Hall. The glowy surface under the light creates a sense of movement along the curves.
Silver titanium cladded Guggenheim Museum changes its colour under the sun.
Use of sophisticated materials like glass and wood
Glossy metal surface of Frederick Weisman Museum of Art under the sun.
Change in color of the surface with change in angle of light.
The IAC Building has glass, concrete and steel facade.
Foundation Louis Vuitton is constructed with billowing, soaring glass and wood.
Sharp and acute angles
The IAC Building has glass, concrete and steel facade.
Foundation Louis Vuitton is constructed with billowing, soaring glass and wood.
Curvilinear and twisted forms
Surrounded campus beside the campus, in the Gufa is an outdoor
Product: Outdoor Seating | Context: Zen Cafe, Amdavad ni Gufa Design Inspiration: Frank Gehry
Stillness
with sharp and acute angles. connect to. His curvilinear like stainless steel and building look dynamic. He through his forms and unusual
adequately expressed buildings look like an assemblage buildings look foreign but about site context and it’s
themes of Frank Gehry.
Context
Surrounded by lush greenery, Zen cafe is located on the campus of CEPT University, Ahmedabad. It is an open cafe just beside the entrance of the campus. The built space follows the language of exposed brick and concrete throughout the campus, juxtaposed with the Gufa in the center. Shining bright in the afternoon sun like a collection of shells, the facade of Gufa is cladded with China mosaic on ferrocement. The Gufa is an underground art gallery and surrounded by indoor and outdoor exhibition space.
The Twisted Edge Final Design Exercise
Problem Statement
Zen Cafe located on the campus of Ahmedabad ni Gufa, the place is a center of attraction for youngsters and art enthusiasts. Surrounded by various colleges, the place is often crowded in the evening. People generally come in groups of 3- 5 to relax and spend time with their friends. The cafe uses brick ledge and concrete tables as permanent sitting space for the customers. When the place is crowded, they use wooden chairs and wire mesh chairs as a part of the temporary setup. The brick ledge runs parallel through the existing built structure. As a result, users have to sit beside each other which doesn’t give enough privacy and is uncomfortable to have a conservation with the other person. Thus, there is a need for a better permanent sitting space which is more organized. Keeping user group in mind, it would be nicer to have a rather exciting product that is aesthetic and balances between the visual language of Gufa and the cafe.
Concept Statement
The form of the ‘Twisted Edge’ is inspired by the work of architect Frank Gehry. His buildings are twisted and curvilinear in nature, creating a sense of movement in the form. The concept behind designing the seating is to create the same sense of movement which also compliments the Gufa and its surrounding. The fluidity of the form breaks the monotonous verticality of the exposed brick structures and harmoniously celebrates its context, purpose, and function. The site is divided into different levels based on its function and experience. Inspiring from that, the seating also has a subtle level difference making the functional surface rather playful. The concept of the assemblage of solids seen in Frank Gehry’s buildings was kept in mind while dividing the form into parts to make it look interesting. The form of the seating visually and aesthetically balances with space and functionally severs its purpose.
Analysis & Interpretation Problem & Concept
181
Archi Shah UG190169
Elements of Form and Space Studio BD 2004
CEPT University Faculty of Design
SITE ANALYSIS
Initial Explorations
Materials Present in
Design Development
PROCESS AND DESIGN DEVELOPMENT COLOR MATERIAL FINISH
The initial explorations were done to find fluidity and movement in the forms. Fish is the main inspiration for Frank Gehry, he believed that the form of fish has a sense of movement in it which inspires emotion. Hence, the chosen form has an abstract representation of fish.
Initial Explorations
The initial explorations were done to find fluidity and movement in the forms. Fish is the main inspiration for Frank Gehry, he believed that the form of fish has a sense of movement in it which inspires emotion. Hence, the chosen form has an abstract representation of fish.
Design Development
Materials Present in the Context
COLOR MATERIAL FINISH
- White polished concrete, teak wood and reinforced bars are used to make the seating.
- White concrete maintains the material palette and balances the visual language of the space - Wood adds the natural essence to the seating.
Finish and Details
- Smooth polished concrete surface which reflects sunlight in the day time adding a sense of movement in the form.
- Teak wood oil finish is applied on the wooden surface to prevent it from turning into grey when
White concrete
- White polished concrete, teak wood make the seating.
- White concrete maintains the material language of the space - Wood adds the natural essence Finish and Details
White concrete
- White polished concrete, teak wood make the seating.
- White concrete maintains the material language of the space - Wood adds the natural essence Finish and Details
182 Elements of Form and Space Studio Elements of Form and Space Studio BD 2004 Ideation & Development The Twisted Edge Final Design Exercise
concrete Grey concrete Teak wood Rose wood Mahogany wood Material Palette
Cream
White concrete
Materials Present in the Context
and
China Mosaic Exposed
brick
concrete
Grey concrete
Rose wood Mahogany wood
Material Palette
PROCESS AND DESIGN DEVELOPMENT COLOR MATERIAL FINISH
the Context
Exposed brick and concrete Grey concrete
Rose wood Mahogany wood
Material Palette
Exposed brick and concrete
183 B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION B B' 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION B B' 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Technical Drawings Rendered Views PLAN AT 430MM PLAN AT 200MM FRONT ELEVATION LEFT ELEVATION SECTION AA’ SECTION BB’ Exploded View Context Renders B B' 136 136 136 136 136 136 344 421 ℄ OF ALIGNMENT A A' WHITE CONCRETE B B' ℄ OF ALIGNMENT A A' 370 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION The Twisted Edge Final Design Exercise Archi Shah UG190169 Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design 430 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT VERSION PRODUCED OF ALIGNMENT OF ALIGNMENT OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT 430 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT VERSION ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION ELEVATION ELEVATION SECTION AA’ SECTION BB’ Exploded View Context Renders 430 370 430 430 ℄ OF ALIGNMENT ℄ OF ALIGNMENT ℄ OF ALIGNMENT BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT PRODUCED BY AN AUTODESK STUDENT VERSION
184 Elements of Form and Space Studio Bansari Shah UG180103. Initial Design Processes Gestalt Infographics, 2D & 3D Radii Manipulation, Endforms, Deconstruction of Space Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design Gestalt principles have been used subconsciously used since the beginning of time, as we can see in some of the oldest dated examples, before they were even officially formulated. This reinstates that these laws are truly an innate part of being human. GESTALT LAWS OF VISUAL PERCEPTION Gestalt is a german word for ‘form’. Within the larger Gestalt Psychology come the Principles of Grouping called Pragananz. Pragnanz or The Law of Simplicity states that we perceive visuals in its simplest form, removing all complexities and unfamiliarities when we subconsciously group set of objects based on certain laws as shown here. Stacking on a single axis emphasised the curves and the niches made by them and provided a directed spinning motion. Acrylic makes evry stage of the form stand out while still being able to be percieved all the twists ad bends of the entire form. Motherforms a set of 50 forms made on a 12cm 12 cm grid Initial explorations with radii manipulation for various motherforms Using gradual change in radius to achieve an integrated form in 5 steps A few selected forms were expanded and explored in 21 steps The diagram shows how the motherform developed from a set of heavy blocks to a dynamic form with four distinct corners in different directions. The middle step is balance between hard sturdy form and an active, lively one. thick transluscent black acrylic final model 2-DIMENSIONAL RADII MANIPULATION Exploring integration of 2 dimensional forms using radii manipulation and visulaising transformation of form in 3 dimensions Side view 3-DIMENSIONAL RADII MANIPULATION All radii manipulation explorations of this form give very different result, with different attributes, thus would be versatile form. Bold Symmetrical Fluid Continuous The first exploration creates soft for with subtle motherform A set of 3-D motherforms made on isometric grid with each side meausuring cm Explorations with radii manipulation on some of the selected motherforms. At least five iterations were made for each motherform The first and third manipulated forms use the inner edges the changes are more subtle. The second form uses outer as well as inner edges, making the more bold and distinguisable. While the first form remains symmetrica and rigidl, like the original, the second and third manipulated forms are assymetric and fluid, despite having prominent negative space. Exploring radii manipulation in three dimensional forms and associating certain attributes to forms to generate better understanding of the forms Further explorations with multiple endforms. Here, all endforms are circles or ellipses Initial explorations with two endforms. form with three endforms along with its multiple cross sections DECONSTRUCTION OF SPACE An exercise to analyse space through vertical, horizontal and diagonal lines; developing planes and volumes. On the right is the entire space followed by the study ENDFORMS An exercise to create forms with creative transitions where the end profiles and pre determined. These forms venture outside definite box and have no volumetric constraints as seen in previous form explorations Analysis & Interpretation Problem & Concept Catalyst Final Design Exercise Bansari Shah UG180103. Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design Geometry The relationship between Horizontal and Vertical elements While in certain works, the roof, or the dome, seems to be resting, almost lightly, on the vertical strcuture of walls or columns. In other works, the vertical and horizontal members have been integrated into a single form like arches. While both seem too evoke lightness and airiness, the inegrated forms are arguably more fluid and seem to be more elegant. Tokyo, Japan Nipro Hachiko Dome Odate, Akita, Japan Yatsushiro Municipal Museum Yatsushiro, Japan 1991 Tama Art University Library Tokyo, Japan National Taiwan University Library Taipei, Taiwan 2014 Inspiration Geometry and Parametrics Inspiration Nature Attributes and Qualities Fluid and Weightless National Taichung Theater Taichung, Taiwan 2014 Continuous and fluid interior spaces made by series of ‘catnoids’ tube-like forms made from rotating a caternary curve around an axis. Serpentine Pavillion Westminster, United Kingdom 2002 Pattern derived from an algorithm of a cube as it expanded and rotated. It originated in a sketch connecting a half and third of adjacent sides of a square, resulting in many criss-cross patterns. Tod’s Omotesando Buiding Tokyo, Japan 2004 Mikimoto Ginza 2 Tokyo, Japan 2005 Sendai Mediatheque Sendai, Japan 2001 Thirteen non-uniform tubes of varying diameters, inspired by large trunks of rainforest trees support the building’s structure and house utilities like elavators and staircases. National Stadium (World Games Stadium) Kaohsiung, Taiwan 2009 While the overall form of the stadium resembles a flowing river, it is covered in solar panels that are capable of powering the stadium at full capacity and much of the surrounding areas when inactive. White U Nakano, Japan, 1976 Tower of Winds Yokohama, Japan, 1986 The International Museum of Baroque Puebla, Mexico 2016 Meiso no Mori Cremetorium and Funeral Hall (Forest of Meditation) Kakamigahara, Japan 2006 Deciphering Design Language of TOYO ITO Toyo Ito (born 1941) is a Japanese conceptual architect and 2013 Pritzker Laureate Ito is an exceptionally sensitive designer who believes that people come first and architecture should provide freedom and comfort. He creates fluid and open spaces and does not dictate or attempt to control how his spaces are used. Ito does not strive to make monumental structures and has described his work as ephemeral and temporary. INFERENCES BASED ON RESEARCH - Lightweight and fluid spaces - Using prosity and transparency in material and form - Integrate practical straight lines and organic curves - Strong sense of geometry - Influences: Nature and natural geometries and forms Context and Problem Statement Toyo Ito primarily designs public spaces including libraries, theatres, stadiums, museums, although some of his work includes commercial spaces and offices. Partitions are used in large open spaces to define a function and visually or auditory separate smaller spaces. Often, partitions used in libraries and reading rooms use an opaque material that completely blocks any visual and makes the space seem small and constricting; such spaces would also require its own light source contributing to higher energy usage. Alternatively, partitions also use transparent material like glass that fails to give any privacy or comfort. Concept Statement The proposed partition provides a system that is lightweight and porous with appropriate use of transparent and translucent material. It can be easily assembled and disassembled and is available in various configurations of modules. It allows breathable, light spaces that, while creating internal, private areas and preserves the sense of having an intimate reading or study environment which isn’t disconnected from the larger space of the library. It allows interaction and activity through the partition. The dimensions of the partition would be such that it can be used to create individual or shared reading areas and would not interfere with any external light sources, which is also eased by having a good proportion of transparent and light-permeable translucent materials CATALYST by Bansari Shah Product: Partitioning | Context: Libraries and Reading Rooms Design Inspiration: Toyo Ito Final Studio Panels
PROBLEM STATEMENT
Partitions are used in large open spaces to define a function and visually or auditory separate smaller spaces. Often, partitions used in libraries and reading rooms use an opaque material that completely blocks any visual and makes the space seem small and constricting; such spaces would also require its own light source contributing to higher energy usage. Alternatively, partitions also use transparent material like glass that fails to give any privacy or comfort.
CONCEPT STATEMENT
The proposed partition provides a system that is lightweight & porous with appropriate use of transparent and translucent material. It can be easily assembled and disassembled and is available in various configurations of modules. It allows breathable, light spaces that, while creating internal, private areas and preserves the sense of having an intimate reading environment which isn’t disconnected from the larger space of the library. It allows interaction and activity.
185 CEPT University Faculty of Design Bansari Shah UG180103. Elements of Form and Space Studio BD 2004 Ideation & Development Catalyst Final Design Exercise Emotions and attributes associated with colours and materials used by Toyo Ito Pantone Bright White (Hex F5F7F6) ligtweight, clean, cold, pure Grey 1 (Pantone 4135 C, Hex 828B9E): heavy, stormy Grey 2 (Pantone 422 C, Hex 9AA2A4): neutral, dull Brown (Pantone 466 C, Hex C3A776): rough, woody Lavender (Pantone 665 C, Hex C6BBCE): subtle. elegant Grey 3 (Pantone 656 C, Hex BCC4D0): ambigious, soft Steel, Aluminium Sheets (Planar): sharp, edgy, clean, cold Steel (Volume): heavy, solid Perforated metal sheet Steel, Aluminium (Planar): light, free, ambigious Concrete (Planar, Volume): heavy, rigid, sturdy, solid Wood (Linear, Planar): lightweight, rough, textured Glass (Planar): light, clear COLOUR MATERIAL FINISH Pragmatic/Program requirements: Versatile and neutral colours that can work with various context and backgrounds Concept Lightweight and porous. So light and subtle colours are required Emotions and attributes associated with the colour palette: calm, elegant, clean, formal PANTONE 11-0601 TPG Bright White PANTONE 537 C PANTONE 7506 C PANTONE 411 C PANTONE 664 C PANTONE 2707 C PANTONE 400 C PANTONE 4184 C MATERIAL PALETTE 1 MDF/HDF, clear acrylic, perforated metal sheet (aluminium), wood MATERIAL PALETTE 2 MDF/HDF, tinted acrylic, Shoji paper (washi), wood Neutral colours and light and dulled colours as used by architect Concept: Porosity and lightwieight, using porous and translucent materials - Translucent materials (50%) perforated sheets, Shoji paper (washi), frosted glass, translucent/tinted acrylic - Transparent materials (25%) glass and acrylic - Opaque materials (25%) wood (plywood, MDF, HDF), metal, concrete, stone, polymers/plastics Program requires a main frame structure that has to be sturdy and opaque. Internal components can be opaque, translucent or transparent. Not use more than three materials so as to not clutter the space. MDF: Smooth and matte, laminated Acrylic: Smooth and anti-reflective/non-glare for clear visibility, clear and tinted Perforted aluminium: Custom perforation pattern Shoji paper: Basic Professional Shoji Paper (0.14 mm thickness, 48% Light permeation Wood: Stained, preserve grains and texture CMF : COLOUR, MATERIALS, FINISH Toyo Ito: Colour and Material Palette Perforation pattern 1:5 Scale Initial idea for connected partition system, ref. tangram puzzle Geometry explored to produce modules using the concept of the Sierpinski Triangle with right-angled triangles Components derived fom the geometry with dimensions Combinations with different modules to make a single 1200mm x 2400mm panel. More combinations are possible and only one has been explored further to detail. Model to demonstrate differnt material qualities Different parts would be made of different materials transparent, translucent, and opaque. Radius added to corners of individual parts and a gap is introduced to reinforce idea of porosity Scale drawing after adding radius. Radii were removed from the part frames eventually and only an internal radius maintained. Perforation pattern for metal sheet derived from the original geometry Renders with different material and colour palettes Material Palette 2 Material Material Material Corresponding Colour Palette Corresponding Colour Palette Corresponding Colour Palette Corresponding Colour Palette CATALYST A Porous Partition System DESIGN PROCESS Final Design Exercise Bansari Shah UG180103. Elements of Form and Space Studio BD 2004 CEPT University Faculty of Design Exploded view of entire partition Clear anodized perforated aluminium sheet Thickness 1.5 mm Clear acrylic sheet with Non-reflective coating Thickness 3 mm Plywood with laminate Thickness 14 mm Frame: Whitewash stained wood Cross-section 30 mm 55 mm FRONT ELEVATION 30 10 570 10 SECTION 25 150 170 25 250 25 150 299 Ø80 Ø20 246 299 Ø80 Component details and joining to main frame 1 15 5 15 25 ELEVATION ELEVATION CL CL Junction and joinery details Future Scope Further in this design, would like to explore porosity and transparency in the third axis as the product here is still quite two- dimensional. Functionally, would like to add a display system that can be used to showcase new arrivals at the library or be used to place objects temporarily while in use in reading areas Catalyst Final Design Exercise
Maitreya
186 Elements of Form and Space Studio
e cepti e Sense in Chaotic World” Mother Forms Mother Forms “Elements which are in close proximity are grouped together.” Gestalt s Principles of Psychology Form Manipulation 2D Law of Proximity Law of Similarity Gestalt principles are laws that describe how we as humans group similar elements, recognize patterns, and simplify complex visuals. These forms were generated from a 3 by 3 base grid using basic subtraction. The grid was further divided to get more flexibility. These were made by subtracting mass from a 3 X X 3 cube. The aim was to achieve simple forms with enough mass to manipulate. 5 Step Radii Manipulation Here we saw how to incorporate radii manipulation and how it changes the character of the form in just 5 steps where we rapid transition Radii Manipulation Sketches Here we had to visualize and perform radii manipulation on paper thus deepening our understanding of the subject matter. As well as knowing what is impossible and cant is done. 3D Models and Rendering Materiality and Form using keyshot for effect of light and shadow and how do these forms look in a 3d context. wanted to have look how does material Finish and environment affect how do you perceive form thus few exploration below. 21 Step Final Form Manipulation We had to finalize a particular form and then manipulate the Inspiration and Concept Statement it. For me, it felt like the forked tongue of snake thus tried expressing the form You see a red cross” out of the random text. 6 and letter B is clearly visible cause our mind fills the gaps for We tend too turn the package around due to continued graphics along Figure differentiation between red and black triangle is difficult due to figure ground The black line is the focal point of this composition and it grabs Two types of teeth is clearly identified due to proximity, that to subconsciously “Elements which are similar in term of color,shape and attributes are grouped together” Law of Continuity Human eye follows the path which is smooth obstructed by Law of Closure Human mind tends to fill in the incomplete silhouette “ Law of Figure and Ground Human eye needs ground to identify figure in given visual” Law of Focal Point Whatever stands out visually in composition will grab viewers sectetuer adipis Ang elit, Red Arrow Form Manipulation Model made out of laminated MDF and black acrylic wanted to use green but was of a snake stance. front directional, swift, dynamic character as the mother form is static, symetrical in nature. less visual bulk and is much sleeker and elegant from sting ray with its curves and belly to the form. The form has a dynamic look which makes it look much lighter extra-terristrial vibe of this form. The form has a smooth transitional character Mait e y a P athak UG180328 Initial Design P r ocesses Gestalt Infog aphics, 2D & 3D Radii Manipulation, Endforms, Deconstruction of Space Elements of F orm and Space Studio BD 2004 CEP T Uni v ersity F aculty of Design Body of Work Lui g C o lan Luigi colani was born in Berlin and is considered as father of bio-design. As a child his fascinations included planes, trains and was influenced by streamline fluid forms. Colani started study sculpture at art academy, Berlin in 1945. He was an excellent sculptor which reflects into his models. He also Inspiration in all of colani’s work is nature and specifically animals like sharks, Beetles, Whales, Frogs, many products like the universal charger relates to beetle directly in terms of visual design but on functional design in terms of the pincers which hold the animals in terms of aesthetics due to their free-flowing nature and they are most evolved in terms of performance and wonderful curves. Conclusions Inspiration in all of colani’s work is nature and speci cally animals like sharks, Beetles, Whales, Frogs and even snails. Inspiration from Nature Colani was a sculptor and then went on to study aerodynamics in Paris, but his root was still in sculptures and is well reflected in his work. His work has a profound three-dimensional quality and exploration and ideation are done in three dimensions. These result in very beautiful yet performance-based forms which are derived from a deep understanding of aerodynamics and in born talent as sculptor. This quality is reflected at any scale of his work. Forms which he produced was way ahead of its time and made statement which had lot of criticism, but he held on to his language and made on making extravagant forms. Then later still futuristic in today's time and still stand out. Futuristic Forms colani integrates voids and perforation in his forms, visually to make the form overall lighter and technically creates efficiency and gives sense of performance. His forms were crafted to achieve these unreal speeds that no one has ever reached. Perforation and Voids colani is known for his extravagant forms and exaggeration of usually very aerodynamic and streamline which also translates to certain degree of flatness in his design, which is reflected In his We established a few insights and key takeaways from the research part of the process and derived upon the idea of sculptural aesthetic, Inspiration from nature, streamline designs. wanted to add the idea of seamlessness and exaggeration of the forms and curves into the design of a traditional hanging swing and went on developing the idea through the visual language and materials through the lens of Luigi colani. Exageration of Curves And streamline forms With brainstorming is done we finalize upon Indoor/outdoor swing as my building product of choice. As researching a monotony was seen in terms of overall design thus, the need for a visual and aesthetic overhaul of the product which makes a statement and grabs attention was the aim of the project. Problem Statement Concept Statement Reflective Sketches Analysis & Interp r etation P r oblem & Concept Stelena Final Design E x e cise Mait r e y a P athak UG180328 Elements of F orm and Space Studio BD 2004 CEP T Uni v ersity F aculty of Design
STELANA by
Pathak Product: Suspension Chair | Context: Garden Areas Design Inspiration: Luigi Colani
PROBLEM STATEMENT
While researching, as a monotony was seen in terms of overall design and thus, the need for a visual and aesthetic overhaul of the product which makes a statement and grabs attention was the aim of the project.
JOURNEY
Our journey was from dot, then to lines then to planes, and then seeing the planes turn into solid and then manipulating the solids using various tools now we are acknowledged with like radii manipulation. The visualization of form and how to appreciate good form was learned during this studio.
CONCEPT STATEMENT
We established a few insights and key takeaways from the research part of the process and derived upon the idea of sculptural aesthetic, inspiration from nature, streamline designs. I wanted to add the idea of seamlessness and exaggeration of the forms and curves into the design of a traditional hanging swing and went on developing the idea through the visual language and materials through the lens of Luigi Colani.
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As colani makes me think of movement tried a pod like design which is fixed at the seat and the shell of rest can revolve so it has two viewing sides This doodle inspired me to carry on the idea of being afloat with pole suspension and future design development came into being. With dolphine as an inpiration started visualising seamlessly from the back made from a single This Board envisons the material choices, Finishes related and the colour on both pragmatic and emotional stand, and how do these affect the user of the product or how it affect the environment they are in. Carbon Fiber Fiber Glass tried flat bench swings inspired by aquatic forms Here revisited the works of Luigi colani and saw the influence on his designs. There was a very profound impact on aquatic animals and the translation of their form and movement into the forms he designed. looked at dolphins and as my inspiration and began sketching. As the design progressed, here armrests were integrated into the body design, and the idea of over-exaggeration of the forms and curves was explored. Product is a suspension chair inspired by works of Prof. Luigi Colani which has two major components, the pole and the single surface chair. These two components have diffrent material choice as per the program need such as one being structural and other being free flowing. The context of the product was an outdoor garden where this product would stand out and will make visual statement in terms of its design. wanted the product to be close to nature but wanted a sharp contrast in the feel of the product in the space, so it would stand out and grab people's attention and would be compelled to interact with it. Thus my context is an outdoor garden. Good strength even at thinner profiles and overall more than fiberglass. Excellent surface quality with little post manufacturing processes. Easily Moldable Colours limited Easy to mould maintaining thin cross section Surface quality medium Or high with excess resin) Colour options possible. Easily moldable with some constraints Lightness: Thinner Material or Transparency Speed: Highlights on the surface along the length of the form, aerodynamic form Seamless: Material which can be curved and allows moulding Product Emotions Surfaces Aluminium Stainless Steel Investment casting Surface finish native matte untouched Why investment cause ability to have voids within the members Colour natural metallic silver Members and assembly (pipe extrusion mainly) Brushed finish on the members Natural colour metallic silver which has greater contrast than Carbon steel for its high structural strength and fatigue tolerance Structure Sense of performance and mystery Calming Feel to the Whole Form Sense of energy which resonates with the form Initial Explorations Further Development Inspiration Context Refinement in Form Colour Material Finish As we decided on taking up our door swing started my design process by looking at various styles and sizes of swings available. And leading up to the idea of being afloat. outdoor swing, which integrates the idea of Cacoon inspired swing ideas with the idea of being afloat. CEP T Uni v ersity F aculty of Design Mait r e y a P athak UG180328 Elements of F orm and Space Studio BD 2004 Ideation & D e v elopment Stelena Final Design E x e r cise stelena Swing inspired from a dol phin Journey This studio was based around form generation and form development, bow this project should be looked at critically in terms of various joineries and materials which are to be used in the current project. feel this is one thing lacking in my project is the joinery and specific joineries related to that material. Our journey was from dot, then to lines then to planes, and then seeing the planes turn into solid and then manipulating the solids using various tools now we are acknowledged with like radii manipulation. The visualization of form and how to appreciate good form was learned during this studio. Future Scope A-A (1:20) A A R930 1850 450 1350 150 600 450 1350 1950 980 200 200 600 Ø600 200 1850 1900 2200 A-A (1:20) B-B (1:20) C-C (1:20) A A B B C C 300 590 1060 300 250 450 Steel Pipe Outside Ø33.8. Class B medium duty wall thickness 3.25MM IS:1239 Joinery base to central spine is Gas Tungsten Arc Welding Finish: Brushed Body Surface: 6 layer carbon fiber surface 210g woven fabric and 300g unidirectional. Surface is Axalta spectra master metallic paint (BM064) A-A (1:20) A A 1950 980 200 600 1850 C-C (1:20) A B C 590 1060 300 250 450 Stelena Final Design E x e cise Mait e y a P athak UG180328 Elements of F orm and Space Studio BD 2004 CEP T Uni v ersity F aculty of Design
rough, woody
rough, woody
Lavender (Pantone 665 C, Hex C6BBCE): subtle. elegant
sturdy, solid
Lavender (Pantone 665 C, Hex C6BBCE): subtle. elegant
Grey 3 (Pantone 656 C, Hex BCC4D0): ambigious, soft
sturdy, solid
Wood (Linear, Planar): lightweight, rough, textured
Grey 3 (Pantone 656 C, Hex BCC4D0): ambigious, soft
Glass (Planar): light, clear
Shoji paper: Basic Professional mm thickness, 48% Light permeation
Wood (Linear, Planar): lightweight, rough, textured
Stained, preserve
Glass (Planar): light, clear
Shoji
Wood:
188 Elements of Form and Space Studio
SCALE MODEL IN CONTEXT LOCATION: MONDEAL HEIGHTS
paper: mm thickness,
explored to produce modules using the concept Sierpinski Triangle with right-angled triangles Components derived fom the geometry with dimensions Combinations with different modules to make a single x 2400mm panel. More combinations are possible one has been explored further to detail.
Model to demonstrate differnt material qualities
Perforation pattern for metal sheet derived from the original geometry Renders with different material and colour palettes
Wood:
grains modules using the concept right-angled triangles geometry with dimensions modules to make a single combinations are possible further to detail. Model to demonstrate differnt material qualities
Material Palette 1 Material
1 Corresponding Colour Palette Corresponding Colour Palette 421 A A PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 B B' ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION A PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 421 A A OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION B B' 136 136 136 136 136 B B' ℄ OF ALIGNMENT PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Rendered Views Exploded View Context Renders A PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED PRODUCED BY AN AUTODESK STUDENT VERSION VERSION PRODUCED BY AN AUTODESK STUDENT PRODUCED BY AN AUTODESK STUDENT VERSION AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT PRODUCED BY AN AUTODESK STUDENT VERSION AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION SECTION AA' ℄OF ALIGNMENT 506 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 900 188 171 135 326 81 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 172 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION 416 398 416 80 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PARTS AND ITS SCALE 1:10 ALL MEASUREMENTS ARE IN MM Stool seat Metal plate Screws Chrome finished stool legs Rubber gaskets DESIGN DEVELOPMENT EXPLORING FORMS OF THE SIGNIFIER SIGNIFIER - ALSO TO BE USED AS LOCATION MARKER stelena Swing inspired from a dol phin Journey This studio was based around form generation and form development, bow this project should be looked at critically in terms of various joineries and materials which are to be used in the current project. feel this is one thing lacking in my project is the joinery and specific joineries related to that material. Our journey was from dot, then to lines then to planes, and then seeing the planes turn into solid and then manipulating the solids using various tools now we are acknowledged with like radii manipulation. The visualization of form and how to appreciate good form was learned during this studio. Future Scope A-A (1:20) A A R930 1850 450 1350 150 600 450 1350 1950 980 980 200 200 600 Ø600 200 20 1850 1900 2200 A-A (1:20) B-B (1:20) C-C (1:20) A A B B C C 300 590 1060 300 940 20 250 450 Steel Pipe Outside Ø33.8. Class B - medium duty wall thickness 3.25MM IS:1239 Joinery base to central spine is Gas Tungsten Arc Welding Finish: Brushed Body Surface: 6 layer carbon fiber surface 210g woven fabric and 300g Surface is Axalta spectra master metallic paint (BM064) A-A (1:20) 200 600 1850 590 1060 300 250 450
Perforation pattern for metal sheet derived from the original geometry
Palette
This seating artefact is designed for the SID plaza and space around library for students and faculties for leisure and various different purposes. This bench is designed by minimalistic approach and comfort of the user. The use to material in its own way creates a natural essence that connects the user with nature and its surrounding place. Moreover, this is a two seating artefact designed for its universal use
189 Vaishnavi Borkar UG191457 MellowA Seating Artefact Space Final Design Exercise PRODUCT CONTEXT 3D RENDERS Elements of Form and Space Studio BD 2004 Suhani Nathan UG180601 Final Design Exercise CLEAR RED MATT FINISH CLEAR BLUE TEXTURED CLEAR RED GLOSSY FINISH CLEAR BLUE GLOSSY FINISH CLEAR GREEN GLOSSY FINISH Mazortal Final Design Exercise Isha Shah UG180205 Form and Space BD 2004 WITH CONTEXT MODEL (Scale : 1:20) 3- DIMENSIONAL RENDERS Developed Products Vaishnavi Borkar UG191457 MellowA Seating Artefact Elements of F orm and Space Studio BD 2004 Uni v ersity of Design Final Design Exercise PRODUCT CONTEXT 3D RENDERS
its context.
according to
190 Elements of Form and Space Studio
BD2004
Elements of Form and Space
Studio Booklet Academic Year 2020 - 2021
Tutors: Gaurang Shah and Amal Shah
Studio Assistant: Shikha Mehta
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