4102
2017
Architectural Portfolio
Vaibhav Gupta
Student | Designer | Illustrator | Geek
8-5-97
Hometown
Sri Ganganagar, Rajasthan
College
School of Planning and Architecture, New Delhi (currently 7th semester)
Age
20 y/o
Address
MS-42, SPA boys hostel Gurudwara road, Taimoor Nagar, New Delhi - 110065
Phone no.
+91-85120-95255
vaibhav2769arch@spa.ac.in
Achievements Worked as an intern in : • Parallel Design Studio, New Delhi • Anjanesh Architects, Sri Ganganagar Worked for making a book “Spaces in Transition” in 2015
Hobbies • Sketching • Comic making • Digital Painting • Installation making • Sudoku
Worked for documentation of “Nava-Kailash Temple” in Ambika Kalna, West Bengal (an ASI protected site) Involved as a project manager for construction of an exhibition space in SPA, Delhi Coordinator of a shortlisted entry for The LIK Trophy 2016-17 (NASA) Involved in various freelance projects
Currently involved in • Programming • Parametric designing • Game designing • Animation
Software skills PROFESSIONAL • Autodesk AutoCAD • Google SketchUp • Adobe Photoshop • Abode Illustrator • Adobe Indesign • Microsoft Office INTERMEDIATE • Autodesk Revit • Rhino v5 • Grasshopper • Vectorworks BEGINNER • V-ray • Lumion • Adobe Animate
Academic projects 2014-17
Measured Drawing Settlement study Chettinad house Ranipura village Labour camp study [2015]
[2015]
[2016]
Transient Labour Housing [2016]
1 Internship Worked for LIK Trophy [2014]
[2015]
Internship Exhibition space [construction project] [2016]
Non Academic projects 2014-17
Started making comics :P [2016]
Spaces in transition [Book] [2016]
[2016]
Artificial Intelligence in Architectecture [Dissertation] Chandigarh International
Crematorium design [2016]
Bhopal Public Library
Millennial Tower, Noida
2
3
[2016]
[2017]
Documented ‘108 Shiv Organised Rendering Temple, West Bengal workshop [LIK 2016-17] [LIK 2016-17] [2016]
[2017]
[2017]
ongoing
Airport Terminal
[2017] ongoing
01 Transient EWS housing
BRIEF Design a transient residential unit for construction workers by looking into their requirements, habbits, culture and well being. The units were to be designed low cost and from material readily available on construction site. These units should take lesser installation time and not do any damage to the site. 6 WEEKS PROJECT 4TH SEMESTER Sketch-Up, Lumion, Photoshop
Village Study Spaces Washing area
Kitchen
Courtyard
Store
Store Living room
Terrace Plan Public platform
A Ground Plan
Front Elevation A-A’
The study was product of 2 semester work where we initially went to a village in Madhya Pradesh to understand lifestyle of people coming to cities as construction workers.
Section B-B’
Section A-A’
Gwalior City
Harishankar Puram Rd
KEY PLAN (Scale 1:7500)
Labour camp : Gwalior
B UNIT PLAN (Scale 1:50)
Single unit Plan
To understand the conditions of existing labour communities we studied some labour camps in Gwalior and New Delhi. Where the living units in Gwalior had some resemblance to that in village, basic amenities lie water, hygiene were still missing
unit Section SECTION (Scale 1:50)
UNIT PLAN (Scale 1:50)
Labour camp ONSITE LABOUR CAMP : New Delhi
SITE VIEWS
A
The construction site is of the Ahluwalia Contractors. There are various people working on the site, like
plumbers, technicians, masons, etc. Where in New Delhi, camps were much Work Hierarchy well settled, they had no considerations ARCHITECT to cultural, social well being and comfort HEAD ENGINEER of residents. View showing bathing area from the toilet View from entrance of camp looking towards it. SUB ENGINEER Houses were made of tin sheets which were simple to erect and economic but SUPERVISORS highly unfavourable in climatic conditions SUB SUPERVISORS like Delhi. LABOUR
C
Way to construction site
SECTION (Scale 1:50)
Bathing area
Toilets
Canteen
Junk yard
Heap of old discarded shoes lying infront of a unit.
View inside the canteen.
Temple at the end of camp marking the boundary.
The actual construction site (OPD block) as seen from camp.
Temple
A’
Onsite labour camp Plan Scale 1:200
Settlement Plan
Street elevation • As on Feb, 16 around 150 workers live in the onsite camp which have 54 rooms. • 3-4 people share a room with average dimensions 2.4m x 3.2m (~7.7sqm)
Canteen
Longitudinal Section A-A’
Toilet
Scale 1:100
COMMUNITY SPACES Bathing Area
Toilet
Canteen
Bathing area
D
So, project was to design which was not only economic and efficient, but also enhances the cultural, social well being of workers taking inspiration from their habitat in village
COMPLETELY TRANSIENT
Unit
STAND ALONE DESIGN
Plan HUMAN CENTERED DESIGN
FLEXIBLE DESIGN
ENHANCED SOCIAL SPACES
GREEN DESIGN
Section
Sectional views REDEFINED INTERIOR SPACES
AS PER GOVT. NORMS
Section
Elevation
Cluster
135
20 thick Bison panel {suggestive}
Detail 'A'
2800
500
Detail 'A' (1:5)
Detail 'B' MS C Section [80X60X6] 40 mm thick Bison Panel for flooring {suggestive}
Structural Elevation (1:50)
ISLB 150 as primary beam MS tubular section [80x80x8] 20 thick Bison panel {suggestive} with waterproofing layer
MS C Section [80X60X6] 40 mm thick Bison Panel for flooring {suggestive}
135
Key Elevation (1:50)
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material
1800
2450
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material ISLB 150 as primary beam MS tubular section [80x80x8]
Run through nut-bolt to hold panels with structural frame
MS tubular section [80x80x8] 20 thick Bison panel {suggestive}
600
MS tubular section [80x80x8] 20 thick Bison panel {suggestive} 1100
Door shutter (40mm thick)
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material ISLB 150 as primary beam MS tubular section [80x80x8]
Detail 'B' (1:5)
Elevation 2450
Plan
2800 3700
1800
Run through nut-bolt to hold panels with structural frame Nut to attach anchor plate with pedestal ISLB 150 for base frame Concrete cast in situ Pedestal Rammed Earth
Detail 'C'
20 thick Bison panel {suggestive}
Detail 'A' (1:5)
40mm thick Bison panel {suggestive} for flooring Anchor plate
ISLB 150 for base frame RCC Pedestal
2500
525 135
20 thick Bison panel {suggestive}
Detail 'A'
Plan Detail 'B'
1100
2500
135
Detail 'A' 500
Key Plan (1:50)
1100
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material ISLB 150 as primary beam MS tubular section [80x80x8] 20 thick Bison panel {suggestive} with waterproofing layer
Run through nut-bolt to hold panels with structural frame
Part Plan (1:10)
20 thick Bison panel {suggestive} with waterproofing layer
40 mm thick Bison Panel for flooring {suggestive}
20 thick Bison panel {suggestive}
20 thick Bison panel {suggestive}
Structural Plan [Ground Floor] (1:50)
Detail 'C' (1:5)
40 mm thick Bison Panel for flooring {suggestive}
Run through nut-bolt to hold panels with structural frame
00
1800
Wall Section (1:10) MS C Section [80X60X6]
35
Detail 'C'
MS tubular section [80x80x8]
Door shutter (40mm thick)
Detail 'B'
Run through nut-bolt to hold panels with structural frame Nut to attach anchor plate with pedestal ISLB 150 for base frame Concrete cast in situ Pedestal Rammed Earth
MS tubular section [80x80x8]
Detail 'B' (1:5) MS C Section [80X60X6] 40 mm thick Bison Panel for flooring {suggestive}
600
MS tubular section [80x80x8]
MS C Section [80X60X6]
135
Part Plan (1:10)
20 thick Bison panel {suggestive}
Detail 'A' (1:5)
MS C Section [80X60X6] 40 mm thick Bison Panel for flooring {suggestive}
Detail 'B' (1:5)
ISLB 150 as primary beam
600
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material Structural Elevation (1:50) 3700 ISLB 150 as primary beam MS tubular section [80x80x8]
50)
500
Detail 'A' (1:5)
Plan
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material
20 thick Bison panel {suggestive}
1800
1100
MS tubular section [80x80x8]
Wall Section (1:10)
225
Bison Panel (40 mm thick) {suggestive} with a coating of waterproofing material ISLB 150 as primary beam MS tubular section [80x80x8]
Detail 'B' MS C Section [80X60X6] 40 mm thick Bison Panel for flooring {suggestive} Run through nut-bolt to hold panels with structural frame
Detail 'C' (1:5)
1800
Key Plan (1:50)
Structural Elevation (1:50)
525
Key Elevation (1:50) Structural Plan [Ground Floor] (1:50)
135
225
Rammed Earth
1100
Toilet
Unit
Cluster
Plan
Section
Toilet
Plan
Section
Sketch-Up, Lumion, Photoshop
Paper Model
02 Public library Bhopal
BRIEF To design a public library in the city of lakes: Bhopal, M.P. on a site located on one of the most prominent spot facing the lake. Idea was to understand the potential of a public library and ways it can influence the citizens. Design was required to accomodate various flexible uses. 4 WEEKS PROJECT 5TH SEMESTER Sketch-Up, V-ray, Photoshop
Site Analysis
Site for library was a small public park with dense vegetation cover. So the form developed was such that maximum trees are preserved.
Glass facade to maximise lake view from every floor
Atrium to let in natural light and have visual connect between different levels of building Parking
Pathway reserved for people to access main road from rear side.
Design of library provide natural gesture of invitation to passers by. Stages of development of form (left to right)
The library was designed looking into social impacts of a public space which while representing a glimpse of developing bhopal caters to needs and requirements rooted to the city.
03 Millennial tower Noida
BRIEF In current era, high rise buildings are springing up at high rate and this trend is likely to continue at least for coming decades owing to density it can accomodate in lesser space. So, with this design we were made to explore the concepts, limitations & potentials of such buildings and the ways it can be personalized to cater to needs of the millennial.
8 WEEKS PROJECT 6TH SEMESTER
Sketch-Up, V-ray, Photoshop
Design Requirements Site area
16570 sqm
FAR
4.5
GC
30%
Distribution 85% Office 15% Retail Capacity
7500 people
Floors
30 (inc. 1 service floor))
Form Development
Design Highlights
Daylighting Building interiors are designed such that no workspace is more than 9m from window allowing maximum utilisation of sunlight.
Fire Safety Fire exit at prescribed distances (NBC 2016) and refuse area along with path for fire tender to move around building structure have been taken care of.
Orientation Proper orientation of building as per sun direction and wind flow along with facade treatment to maximise comfort level in building.
Structure Based on RCC beam column framework in accordance to regulations set in IS code for building in zone 4 (earthquake)
Live courtyard Most of the office area is designed looking into the courtyard which visually connects a person inside to a person in courtyard and vice versa.
Parking
Facade
Multi-level basement parking to accomodate 800+ cars
Dynamic green facade which changes with seasons
N
Ground Level Plan +1500
RETAIL FLOOR
Second Floor Plan +12000
OFFICE FLOOR
First Floor Plan +7500
Typical Floor plan +39000
Typical Floor plan +102000
Passive Dynamic Facade The idea of multi-layered facade was to break the monotonicity of typical facade without consuming energy. In the system, facade was divided into multiple panels and each panel
either had a glazed glass, solid covering, leuvered opening or vegetation cover which changes as per season creating different look and feel as per climate.
Artificial Intelligence in Architecture [Ongoing Dissertation]
Abstract Architecture is changing rapidly, and the change happening currently is faster than history ever witnessed. With the progression in technology, designers moved on from traditional drawing boards and sketch pads to digital (Agkathidis, 2014)medium in form of CAD applications. But as the medium of design changed, so changed the complexity of the design. With the use of BIM and other smarter programs, designs which previously were far beyond imagination were beginning to take shape raising the bar of expectation higher than ever. Indeed, the layer of complexity that is introduced cannot be resolved by
conventional design methods. Likewise, the quantity of information and the level of complexity involved in most building projects nowadays surpass designers’ abilities to thoroughly comprehend and predict them. Artificial Intelligence (AI), a concept in which by means of algorithms, a computer can be made to ‘learn’ the things from the environment and use that information ‘intelligently’ to reach its goal. In recent years, much research is carried out using this concept in various domains and significant achievements has been recorded. Nowadays A.I. is being implemented in field of
science, data analysis, computer technologies and other field based on reasoning, analysis and logic. Architecture, on the other hand is an amalgamation of both emotions and reasoning. In a spectrum of studies, it lies on the meeting point of science and arts. And since architecture isn’t all about reasoning, it hasn’t seen much development in terms of machine intelligence. So this paper will look upon the possibility of existence of A.I. in architecture, possibilities and challenges along with its impact on the field.
Research question
Hand Drafting
This paper examines the possibility and need of involvement of A.I. in architecture, along with its implications over the field. Thus the research question would be:
CAD Tools
Artificial
“How can AIIntelligence impact the field of architecture and Generation Machine Data Analysis through what Learningwould be its algorithms outcomes?”
Collaboration Tools
Intelligence
Learn
Analyze
Take decision
Artificial Intelligence
Artificial Intelligence Machine Learning
Data Analysis
BIM Tools
Generation through algorithms
Spaces in Transition [Book]
front cover
back cover
The book was created as a class effort to document the work of 2nd year studio where we studied and documented village of construction workers and their living conditions in cities at construction site. This book compares life of workers in city and village in different spheres like their culture, living condition, occupation, architectural sense
I was involved in data collection and organisation, designing of master layouts, compiling design solutions and final compilation of book
Sample spreads from the book
Non Academic works
30'
OPEN 17'-0"x5'-0"
STORE 5'-9"x5'-0"
i
Duration : 1 month
TOILET 6'-3"x10'-0" BEDROOM 11'-0"x14'-0"
Internship
Anjanesh Architects, Sri Ganganagar [2015]
TOILET 5'-9"x5'-0"
BEDROOM 10'-6"x14'-0" 30'
OPEN 17'-0"x5'-0"
STORE 5'-9"x5'-0"
46'
STUDY ROOM 10'-6"x8'-0" LOBBY 18'-0"x14'-0"
As an effort to understand what profession of architecture actually is and to get professional experience, I’ve worked as an intern in 2 firms [both of them highly reputed in their own area]
30'
TOILET 5'-9"x5'-0"
OPEN 17'-0"x5'-0"
STORE 5'-9"x5'-0"
TOILET 6'-3"x10'-0"
BEDROOM 11'-0"x14'-0"
TOILET 5'-9"x5'-0"
TOILET 6'-3"x10'-0"
55'-9"
BEDROOM 10'-6"x14'-0"
BEDROOM 11'-0"x14'-0"
BEDROOM 10'-6"x14'-0"
60'
PUJA ROOM 6'-0"x6'-0" OPEN 4'-121" WIDE
46'
BATHROOM 6'-0"x5'-0"
KITCHEN 8'-0"x10'-0"
•
•
60' PASSAGE 5'-6" WIDE
2015 : Internship at Anjanesh Architects, Sri Ganganagar where I worked on drawings of basic duplex houses.
Client
Date
DRAWING ROOM 10'-6"x14'-0"
55'-9"
KITCHEN 8'-0"x10'-0"
TERRACE 21'-3"x20'-421" PORCH 8'-0" WIDE
North
Office
Contact Drawing Title
W
S Client
OPEN 4'-121" WIDE
PASSAGE 5'-6" WIDE
DRAWING ROOM 10'-6"x14'-0"
N E
Sheet No.
21-05-2015
LOBBY 18'-0"x14'-0"
OPEN 4'-121" WIDE
Project
GROUND FLOOR LAYOUT PLAN
55'-9"
BATHROOM 6'-0"x5'-0"
PORCH 8'-0" WIDE
Drawing Title
MULTIPURPOSE ROOM 10'-6"x14'-6"
46'
PUJA ROOM 6'-0"x6'-0"
KITCHEN 8'-0"x10'-0"
2016 : Internship at Parallel Design Studios , New Delhi where I worked on design of a farmhouse in Vasant Kunj and did MD of a block in Holy Family hospital Project
STUDY ROOM 10'-6"x8'-0"
LOBBY 18'-0"x14'-0"
01.
North
Er. Pawan K. Goyal W MICA,MIRC,DVV Ph.d.MIFA S GROUND FLOOR Vastu Engineer & Approved ValuerN LAYOUT PLAN Estd. 1982 E Ar. Anjanesh Goyal Date
No. B.Arch,Sheet ESD, MCA, IIA
ANJANESH 21-05-2015 Architects01.
VastuPawan INSTITUTE
K.GOYAL Engineers & Valuers
Office
Contact
098290 - 76319 (M)
A GroupEr. of Pawan K. Goyal A Group of MICA,MIRC,DVV Ph.d.MIFA Architects, Interiors Architects, Interiors 077424 - 30000 (M) Vastu Engineer & Approved Valuer Valuers, Engineers, Valuers, Estd. 1982 Engineers, Construction - 33000 (M) Ar. Anjanesh077424 Goyal Construction Vastu Consultants B.Arch, ESD, MCA, IIA Project Vastu Consultants 0154 - 2465719 (O)
ANJANESH Architects
098290 - 76319 (M) 077424 - 30000 (M) 077424 - 33000 (M) 0154 - 2465719 (O) Title Drawing
98-Varindravan Vihar, Gagan Path, First Floor, SRI GANGANAGAR- 335001(Raj.)
FIRST FLOOR 98-Varindravan Vihar, Gagan Path, First Floor, VastuPawan INSTITUTE e -mail: anjanesharchitects@gmail.com SRI GANGANAGAR- 335001(Raj.) vastupawan@gmail.com LAYOUT PLAN K.GOYAL Engineers & Valuers e -mail: anjanesharchitects@gmail.com Client vastupawan@gmail.com
www.vastupawan.com
www.vastupawan.com
Date
North
Office
N E
Sheet No.
21-05-2015
Contact
W
S
02.
Er. Pawan K. Goyal MICA,MIRC,DVV Ph.d.MIFA
Estd. 1982
Vastu Engineer & Approved Valuer
Ar. Anjanesh Goyal B.Arch, ESD, MCA, IIA
ANJANESH Architects VastuPawan INSTITUTE K.GOYAL Engineers & Valuers
A Group of Architects, Interiors Valuers, Engineers, Construction Vastu Consultants
098290 - 763 077424 - 300 077424 - 330 0154 - 24657
98-Varindravan Vihar, Gagan Path, SRI GANGANAGAR- 335001(Raj.)
e -mail: anjanesharchitects@g vastupawan@gmail.c www.vastupawan.c
Parallel Design Studio, New Delhi [2016] Duration : 1 month This farmhouse was designed for a retired couple in Vasant Kunj where they wanted the existed farmhouse to be demolished and construct an ultra modern design
This was one of the proposed design Existing farmhouse
ii Co-ordinated LIK Trophy 2016-17 As a part of documenting ‘Nava Kailash Temple’ or ‘108-Shiv Temple’, for The LIK Trophy 2016-17 conducted by NASA several workshops were organised at historic places in Delhi where students were taught about documenting site, making field notes, converting them into drawings and finally composing and rendering. I served as a co-ordinator for this whole event. The sheets displayed are from the set of final sheets. This entry got shortlisted under top 10%
iii Freelance projects
The projects displayed here are thesis projects of students of SPA, Delhi for which I worked for production part like making virtual model or making sheets. [The design of these projects does NOT belongs to me]
Assi Ghat, Varanasi [sketchup model & renders]
Airport Terminal design
iv Miscellaneous
This section includes sample of works which I’ve done as a part of hobby. It includes installation making, sketching, digital painting, comic writing (under the name ArchiTOONs)
Comic making
Photo Credits : Gopi Thodupunuri Model : Tushar Basumatary
Stage design
Wall Painting
v Sketching and Digital art
Contact vaibhav2769arch@spa.ac.in +91-85120-95255