Liya sunny portfolio 2017(4 6mb)

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a r c h i t e c t u r a l

P o r t f o l i o

Liya Sunny Anthraper

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contents

1. Professional Parametric Product Design

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Residential Apartment Facade Design

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Parking Facade Design

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Hospital Interior Planning And Design

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Hospital Design

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2. Research and academic Guastavino Design Research

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Mixed-Use Building Design

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Kochi Ferry Design

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02 1.0. Parametric Product Design Developed During Internship at Morph_Lab

Year : Status : Client : Built Area: Location:

2017 On-going Sambhav Builders 700 sq ft Kolkata , West Bengal

Element

COMPUTATIONAL DESIGN

Craft + Skill

Element

User

User

Craft

Courtyard

A. Site Plan

Kullad

Discussions/Party

Hand Pulling Cart

Chair

Design Brief : The project aims to build a furniture which attempts to fuse local craft with computational design. The design logic would be derived from three main parameters, Elements, Craft and User group. The Element Parameter, describes the iconic and vibrant features

Clay making

Dokhra technique

of Kolkata. The Art and Craft Parameter, adds to the diverse skills used by locals to represent their own social, cultural, religious and aesthetic needs. The parameter of User Group is focused on multi-functional use and transformable factors as per the needs.

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(1)

(2)

(11)

(12)

(3)

(4)

(13)

(14)

(5)

(6)

(15)

(16)

(7)

(8)

(17)

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(9)

(10)

(19)

(20) B. Iteration process from the element of Kullad PROFESSIONAL| TEAM

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MDF Laser Cut Frames

3D Printed model

Fabrication Process

Step 4 : FRP + Resin four layers

4 layer of Resin

Layers of Frp over the wooden frame 4 layer of FRP

FRP Layer

Step 3 : Release Layer

Furniture Geometry

Step 2 : Wooden frames

Base

Step 1 : Clay Mould

Furniture finished face

C. Fabrication process with mdf frames and FRP

D. Prototype model fabrication process using laser cut MDF for vertical and horizontal supports. Usage of ivory sheet to understand the material coverage.

There were three methods considered one was the dokra technique , 3D printing and corian. Prototype models made in order to understand it better. The 3D printed model enabled us to understand the quality of the final model does not have a perfect finish. While making the prototype for corian method

we got laser cut MDF and ivory sheet to put them together(As shown in the detail image on right side).

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E. The view explaining the seating positions as well as the design curves

F. The Top View

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10 1.2. Residential Apartment Facade Design Developed During Internship at Morph_Lab

Year : Status : Client : Built Area: Location:

2016 - 2017 On-going B.L Shah Project 1,00,000 sq ft Kolkata , West Bengal

Radiation Diagram:

A. Shading in the Morning

B. Shading in the Afternoon

C. Shading in the Evening

D. Overall site.

Design Brief : This project investigates into developing a skin/facade that is responsive to the environment.

Shadow analysis is taken into the design consideration and a component is proposed that will respond to the sun movement and provide more

E. Facades seen at entry to site.

shading with the least possible material. Shadow analysis is done through SketchUp to determine the shaded area and the area which is not shaded.

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Type A - Less Shaded Type B - Partially Shaded

A

Type C - Mostly Shaded

B

C D

E

Looking into individual mass

Undulating surfaces - west side

F

G H

South Facade Diagram

Ducts on the south facade

Adding walls to resolve undulation

Time 21st June

Average Percentage of Area Covered (Balcony Type 1)

Average Percentage of Area Covered (Balcony Type 2)

Average Percentage of Area Covered (Balcony Type 3)

7:00

76%

100%

100%

8:00

43%

83%

94%

9:00

29%

80%

86%

10:00

17%

12%

80%

11:00

10%

58%

60%

12:00

0%

100%

100%

1:00

28%

93%

100%

2:00

40%

100%

100%

3:00

59%

100%

100%

Area Shaded - Without Fins

Resolved base model

Analyzing the base model - Outer

Time 21st June

Average Percentage of Area Covered (Design Type 1)

Average Percentage of Area Covered (Design Type 2)

Average Percentage of Area Covered (Design Type 3)

7:00

89%

100%

100%

8:00

65%

93%

95%

9:00

40%

89%

93%

10:00

46%

42%

84%

11:00

59%

80%

71%

12:00

72%

100%

100%

1:00

94%

93%

100%

2:00

97%

100%

100%

Area Shaded - With Fins Analyzing the base model Recessed Surface

Analyzing the base model Recessed Surface and Outer Initial Design aspects looked into covering the ducts and the niches . Later aspects look into the shading of the balconies that are completely getting direct sunlight. An attempt to make side fins longer in order to shade the balconies and form a proportion balance to the users . The table shows the percentage of the

shaded and not shaded areas, with and without the fins. As per the shading diagram we understand in some parts the balcony itself provides the shading and is not required but in the corner balconies where the sun lights hits most requires a good amount of shading.

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F. With fins and without fins

G. Sun Shading with fins and angle of fins

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16 1.3.Parking Facade Design Developed During Internship at Morph_Lab

Year : Status : Client : Built Area: Location:

2017 On-going Sambhav Group 3530.31 sq ft Mumbai , Maharastra

Translation

Colonial Element

• Bricks

Performance

•Dust Collection Restricting Bird Nesting Projection for variation

•Jali

Grid

50% Solids•

•Color

50% Voids

Design Brief : The project was to make a fusion of traditional elements with modern techniques. So here the grids , color , jali , bricks are traditional elements .The modern techniques are to use performance base and material of the current times. This was the beginning process to derive the design. The design integrates these

elements with understanding of Mumbai facade treatment conditions. One of the biggest challenge is to eliminate the nesting of birds that cause a lot of maintenance issue. For this purpose the design of bricks looks into incorporating 45 degree angle to create uncomfortable space for birds to nest.

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(1)

(2)

(3)

(4) B. The Finalized Component

(5)

(6)

(7)

(8)

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(10) B. The Linear Accelerator Room

D. The Mold In which the GRC will be poured PROFESSIONAL|INDIVIDUAL

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20 1.4. Hospital Interior Planning and Design Developed During Internship at WARD Four

Year : Status : Client : Built Area: Location:

2016 - 2017 On-going Dr.Biju Nair , KIMS Hospital 1,00,000 sq ft Kollam , Kerala

A. The Second Floor Lift Lobby

B. The Nurse Station

Design Brief : KIMS hospital is a super specialty hospital. The concept was to have a color burst with a soothing neutral background. The floors were the ground floor an OPD , Second Floor was operation , Third floor was the Non-AC patients rooms and wards and then fourth floor onwards it was the AC patients rooms .

The project was mainly an interior-planning project.

Where certain spaces required layouts and designs according to hospital design requirements. The work done was mainly on the furniture layouts , shifting of walls for space planning, theme of the entire project and service planning.

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C. Fourth Floor Plan PROFESSIONAL|INDIVIDUAL

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D. The AC Patient Room

E. The AC Patient Room Plan

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26 1.5. Hospital Design Developed During Internship at WARD Four

Year : Status : Client : Built Area: Location:

2016 - 2017 Prototype General Electric 1,00,000 sq ft X

A. Front Elevation

Design Brief : GE prototype proposal was an option of optimizing a design which could be modular to any particular site.

The design had 3 main departments which are OPD , radiology and oncology. The design looked at creating a facade that could prevent a certain percentage of daylight to enter. The work done was modeling of the

building and few interior space designs. The challenging part was to design a linear accelerator room which has 1m thick walls to contain radiation. The thought process was giving an illusion of warmth in such a cold room. The cafeteria design catered to bring an breather space amidst the enclosed spaces.

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B. The Linear Accelerator Room

C. The Cafeteria

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30 2.0. AA Visiting School - BioMorph Developed During Internship at Morph_Lab

Year : Status : Role: Location:

Comparison

2017 Completed Research Assistant Pune , Maharastra

Groin Vault

Gravity System

Depends on Column and Beam

Guastavino Vault

Cohesive System

Depends on Material Properties

A. Oyster Bar Restaurant ,New York (Photo : Michael Freeman)

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Herring Bone Pattern For Laying

Long Span Structures

Thin Tiles In Layers

Self Supporting Structure Step 1 : Marking of the corner stones

Step 2 : Placing Removable Form work

Step 3 : Placing the steel frames

Step 4 : Making the edge arches

Cohesive Construction

Using Of Clay Tiles And Fast Setting Adhesive

Step 5 : Complete Vault RESEARCH| TEAM

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Designing the first prototype study model

1. Creating Surface

2. Rebuild Form with openings

3. Generating form diagram by selecting openings

4 .Selecting Supports

5. Generating form diagram

6. Calculating dual form diagram

7. Relaxing surface points

9. Generating vertical equilibrium

10. Final Mesh

11. Understanding Scaffolding - First create grid

12. Placing Points which intersecting points on the mesh

13. Creating vertical supports

14. Creating horizontal supports

15. Creating Edge with wire

16.Completeing Horizontal and vertical wiring to give shape to structure

8. Generating Horizontal Equilibrium

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B. The Prototype Model With Scaffolding

C. The Prototype Model Without Scaffolding

After Rhino Vault analysis and process , We started with the prototype model where laser cut mdf blocks were used in place of brick tiles and bamboo sticks were used in place for scaffolding . Metal wire was used to create vertical and horizontal wire frame. We used the exact process of how it would be built in real

life. We noted down all the problems we had faced while making the prototype such as the placements of the bricks kept varying. We also faced an issue with intersections of the scaffolding and the brick. After finishing the bricks we then removed the scaffolding and placed a book in place of weight.

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D. The Finalized Rhino Model Which was processed through Rhino Vault

E. The Built Model

The site was in BNCA college,Pune. We had finalized a design which we would be building to a bigger scale. We had used a waffle scaffolding for this which was modeled in Rhino and cut out in a CNC machine.

We had put the pieces together and had started our first layer, But as soon as we placed the they were

falling apart and so we used a metal mesh . We had used POP which was the best choice considering the climatic conditions in India. After the first layer we put a layer of cement and the continued with the second layer.

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40 2.1. Mixed Use Building Design Developed During 5th Semester at Manipal University

Year : Status : Type : Built Area: Location:

2014 Completed Commercial with Residential Apartments 44000 sq ft Udupi , Karnataka

A. The Site Surrounding Plan

B. The Section Through The Middle Of The Building

Udupi is also known as a temple city. But also home to a lot of Muslims. This project is a representation a cultural of the other religions present in Udupi. The initial concept was derived through the same logic used for the Taj Mahal Planning. As the Taj Mahal is a perfect monument. The Taj Mahal Consists of an inner

inner core and then four other rooms. The Taj Mahal gardens follows the same with an inner core . From this it was decided that the residential apartments will consist of an inner core and each apartment to have separate parts with no common wall giving the building good wind and light circulation.

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Lift 1

Lift 2 Electrical Duct

Corridor - 3m

UP UP

Toilet

C. The Residential Floor Plan

D. The Complete View Of The Building

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44 2.3. Kochi Ferry Design Developed for Kochi Metrol Rail Competition 2017

Year : Status : Client : Built Area: Location:

Rhino Vault Process

2017 Completed KMRL 24967.55 sq ft Kochi , Kerala

1. Create surface

2. Surface created with arch

3. Selecting openings

4. Creating force diagram & selecting supports

5. Achieving duel graph

6. Horizontal equilibrium

7. Attaining vertical equilibrium with a good angle tolerance

8. Creating a mesh resulting in form

A. Fishing net supported by bamboo poles.

B. Fishing net is tied at four different bamboo poles.

C. The fishing net is held in tension through the four supports.

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Terminal 1

Cycle parking area for people to park and wait.

A F C gates

Terminal 2

River Terminal 3

Bottle wall

Terminal piers with charging point.

Seating and waiting area designed in an innovative way by incorporating landscape.

Seating Area

Terminal Control Room

Decorative wall made of bricks made out of waste glass bottles.

Seating Area

A litter free installation which is a glass floor where the plastic waste you put in trash becomes visible underneath.

Tra s h Can Ladies Toilet

Restaurant

Bio-swale or rain garden incorporated on both sides of the site for a maintenance free landscape.

M e n s Toilet Shop

Central open foyer with double height with a skylight on top. This space can be viewed from the mezzanine floor.

Central Foyer Kitchen

Shop S e p t i c tank

Shop Electrical Room

Ticket counter

Tourist Information ATM

Ticket Vending Entry

Corrugated Aluminum Panel Canopy

Exit

ATM

Glass Skylight

General storage

Supermarket

DG Room Pump Room

Corrugated Aluminum Panel Roof System Galvanized Steel Sub-Structure Truss

Mezzanine Floor

C y c l e

Ramp Galvanized Steel Columns covered with Zinc Panels Underground Water Tank 6x3.5x2

Ground Floor

Rainwater har vesting

D. The Final Plan Of The Ferry Terminal

E. Axonometric View ACADEMIC| INDIVIDUAL

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The Final View of the Ferry Terminal

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Reference:

Sujayanti Das Gupta M.Arch| Healthcare |Texas A&M University Co-Founder and Director of W.A.R.D Four sujayanti.dasgupta@wardfour.in

Siddarth Puri Ms Arch| University of Cincinnati Co-Founder and Director of W.A.R.D Four siddarth.puri@wardfour.in

Tejas Sidnal Emtech| AA School London Founder and Director of Transcraft tejas.sidnal@transcraft.in

Sahil Jain Emtech| AA School London Founder and Director of Morph_Lab sjain@morphlab.in

Thankyou.