Saumya Agarwal Portfolio

00 | Resume

Resume

SAUMYA AGARWAL SAUMYA AGARWAL

saumya125@g.ucla.edu | https://www.linkedin.com/in/saumyaagarwal125/ | +1(424)3857649 | Los Angeles, CA EDUCATION University of California, Los Angeles (UCLA), Los Angeles, CA| M.S. Architecture & Urban Design • Student Representative | Student Worker | Dean's Student Council Member (UCLA Arts & Architecture) • Architectural Design, Computational Design, AI/Machine Learning, Architectural Media, Urban Studies

Expected, June, 2024

Nmims Balwant Sheth School of Architecture, Mumbai, India| B. Architecture 2023 • Student Representative | Teaching Assistant • Architectural Design, Urban Theory & Design, Interior Design, Landscape Design, Ecological & Sustainable Design, Building Construction and Materials, Theory of Design, Building Services, Professional Practice, Basic Design, Research Seminars, Working Drawings SKILLS 2D & 3D Modeling Softwares : AutoCAD, Revit, Rhino, Grasshopper, SketchUp, Blender, Bluebeam, BIM360, Navisworks Rendering & Graphic Design Softwares: Lumion, Vray, Photoshop (beta), Illustrator, Indesign, Unity Hub, Unreal Engine, Enscape Machine Learning Softwares: EbSynth, Automation 1111 (Stable diffusion), ComfyUI Fabrication: Laser cutting, Woodwork, Welding, 3D printing (Ultimate Cura), CNC milling Soft Skills: Leadership, Organization, Communication, Problem Solving, Time management, Teamwork, Critical Thinking EXPERIENCE Urban Township Project Nepal Architect (Freelance) 12/2023 - 06/2024 • Collaborated cross-culturally with Nepalese and Chinese architects on an urban planning project to design a township for a 10,000 sqm area in the rural outskirts of Nepal.

• Analyzed the site through local indigenous building code, anticipated requirements of the community, and integrated both aspects to address the geographical challenges inherent, implementing a terrace farming system, particularly in response to the region's terrain slope and susceptibility to natural disasters.

• Implemented concepts such as walkability, accessibility, connectivity and giving importance access to public transportation while planning the road systems and executing sustainable design by incorporating green spaces and local materials.

Architect Reza Kabul Mumbai, India Architecture Intern 03/2023 - 06/2023 • Contributed to the design of a Minister’s bungalow by generating multiple floor plan iterations, furniture layouts and detailed sections which led to improved circulation, while aligning with the local bylaws and specifications.

• Created and maintained documentation pipelines for scheduling technical aspects of the project sections and door window schedule for six government high-rise residential projects, each catering to 500 apartments, by strategically optimizing floor space index (FSI) to boost space efficiency to accommodate maximum apartments within the given area.

• Optimized the structural layout of a hotel in Udaipur by generating detailed construction documents to maintain structural integrity as well as taking aesthetic into account.

Solar Decathlon India Mumbai, India Team leader, Teaching assistant 06/2021 - 01/2023 • Directed a team of 15 AEC inspiring students for the strategic design and innovation of a renewable net zero multi-family housing project in Mumbai, India, as part of a national competition.

• Designed modular floor plans with compact service core to increase space efficiency, multifunctional furniture system to enhance livability leading to spatial and material efficiency.

• Incorporated and devised components such as bio wall, used rain water harvesting methods while referring to the indexes. Then used Ladybug plug-in to analyze the energy audit of the building to check net zero status.

• Awarded the Solar Decathlon People's Choice Award from Science and Technology Minister, led to being selected as teaching assistant for fourth year architecture students required scheduling and leading discussions, time management and teaching EPI. ACADEMIC PROJECTS Redesign of Sassoon Docks using Psycho Geography play Mumbai, India • Researched psycho geography, multi sensory architecture and spatial architectural typologies in Mumbai, performed a focused site analysis of Sassoon Docks, to inform and articulate a culturally responsive design language for redevelopment of the docks.

• Conceptualized the x and y axes as unique design languages: the x axis represents a structured extension of the city fabric, emphasizing functionality, while the y axis embraces spontaneity and leisure, synthesizing recreational and environmental elements. The circulation design prioritizes playfulness, connectivity, and spontaneity, redefining conventional notions in architecture.

• Structured x axis with unique amalgamations of 4x4m cubes with fixed and exposed structural systems, with perforated edges emerging when integrating with the y axis which is curvilinear and organic in nature.

SELECTED PUBLICATIONS AND EXHIBITIONS • Nmims Emergence Installation: Fibrin network of a blood clot: Built and designed a 8 feet installation by laser cutting pine wood and cutting, sanding, welding and punching holes in stainless steel pipes.

• Nmims Study trip documentation: Goa, India: Surveyed the roads of Goa by using the triangulation method. Further drafted sections by measure drawing on site, and compiling the work of the entire batch for publication.

Saumya Agarwal

00 | Table of Content

01 MICROMUSE UCLA GRADUATE PROJECT 2023-24 | pg 1-3

Hi, I am Saumya Agarwal. I am greatly inspired by critical regionalism and sustainability.

My cover page is an abstract diagram from my project Durbar which is inspired by the architectural elements of the traditional Nepalese architecture. Being from Nepal, especially the pagodas makes me feel right at home. I believe that every place has its own architectural style and story to tell which is getting lost with the advent of Modern architecture. I feel that we should retain the style of the space by abstracting or modifying the elements instead of completely erasing it.

My portfolio aims to highlight my interest in sustainability, culture and public spaces.

SUSTAINABLE

CULTURE

PUBLIC SPACE

PROFESSIONAL

02 XY JUXTAPOSE THESIS 2022-23 | pg 4-8

03 TRINITY HEALTHCARE CENTRE DESIGN DISSERTATION SEM VIII 2021-22 | pg 9-11

04 ALGAE WATERFRONT DESIGN DISSERTATION SEM VII 2021 | pg 12-14

Academic | Professional | Competition Projects

>>CONTENTS

05

09

DURBAR CENTRE

URBAN INTERVENTION

DESIGN DISSERTATION SEM VI

URBAN DESIGN SEM VIII

2021 | pg 15-18

2021-22 | pg 25-27

06

10

SOLAR DECATHLON

NODES PRESSURE | FLUIDITY

MULTI FAMILY DIVISION

DESIGN DISSERTATION SEM V

2021-2022 | pg 19-20

2019-20 | pg 28

07

11

DORJE FARMHOUSE

GAMIFYING CORONA

PROFESSIONAL WORK

GRAPHICS DESIGN SEM VI

2022 | pg 21-22

2021 | pg 29

08

12

DISTORTED CARTOGRAPHY

TECHNICAL DRAWINGS

UCLA GRADUATE TECH SEMINAR

PROFESSIONAL WORK

2024 | pg 23-24

2023 | pg 30

Saumya Agarwal

01 | Micromuse

MICROMUSE

>> PERFORMANCE ARTS CENTRE (ongoing) 2023-24: Academics Studio: Technology Studio Instructor: Guvenc Ozel, Laure MIichelon Site: Sphere, Las Vegas Group: Malvika D. Softwares Used: Stable diffusion (A1111), Unreal Engine, Photoshop, Rhino, ComfyUI, After effects

Saumya Agarwal

UCLA Academic Project

Inspired by The Sphere, Las Vegas, this project aims to combine architecture with media to create a performance arts centre.

With the advent of modernism the inclusion of art and sculpture got lost, hence, this project aims to combine the two- form and media to create the new technologically inspired architecture. Through the proliferation of social media, virtual avatars, sensory simulations and holograms, current and future forms of technological communications simulate experiences with precision.

The process of creating this project involved deep understanding and usage of AI and machine learning tools to assist in renders and to generate images.

The design was inspired by microscopic cellular images, slime mould pedri dish and voronoi, which helped develop the plan and the form of the structure.

01

01 | Micromuse

hdahfjkaf jsdhshds

>SITE ANALYSIS

Las Vegas Context

Context to The Strip

Our site aims to extend from the main site to establish connections with the city and The Strip, providing improved pedestrian access. Due to the close proximity of these regional centers our site will contribute to attracting and increasing the pedestrian footfall on our site.

>CONCEPTUAL PROGRAM ANALYSIS

COMMON FRONT OF HOUSE EXHIBITION & SHOPPING

Circulation

ADMINISTRATIVE SPACES

Connections

SHOWCASE THEATRE

Green Spaces EDUCATION & OUTREACH

Breaking the grid

ADAPTABLE THEATRE

Diagram

Ecosystem Mapping

Wind Movement

Our core concept was to design a landscape-integrated urban building featuring multiple interconnected pathways throughout the site with abundant green areas, and a focus on providing visitors with an immersive experience within the space.

Saumya Agarwal

UCLA Academic Project

>PLAN DEVELOPMENT

Precedent and imagery board for the plan

Stable diffusion generated image

This are the inspiration and key words which we used for the plan.

These are some generated image based on the given key words

>STABLE DIFFUSION GENERATED IMAGES FOR THE PLAN Chose these 3 generated image based on the prompt below to devise the masterplan.

PROMPT: pattern, slime mould petri dish, Rob Kesseler, microscopic image, landscape, plants, water bodies, top view, plan, performance arts centre, green spaces, trees

Funelling in people Merging into the urban fabric Expanding towards the edges

Functional spaces- spherical/oval Landscape- more organic

Roof

Organic tunnels- circulation, immersive experience

Functional Spaces

Landscape

Tunnel

02

01 | Micromuse

>PLAN

A

5 2 1

6 3 A’ 4

Detailed masterplan showing the different spaces, the fluid circulation and landscape.

1. Front of the House

2. Administrative Block

3. Education

4. Showcase Theatre

5. Adaptable Theatre

6. Exhibition & Retail

>SECTION AA’

Section cutting through the education and showcase theatre. It highlights the circulation spaces such as the tunnel and the organic roof space.

Saumya Agarwal

UCLA Academic Project

>RENDERS

>View from the pedestrian path at the north of the site

>Night view of the site from the tram track at the north

>Interior view from the pedestrian tunnel

03

02 | XY Juxtapose

XY JUXTAPOSE

>> REDESIGNING SASSOON DOCKS THROUGH PSYCHO GEOGRAPHIC PLAY 2022-23: Academics Studio: Thesis (Semester IX | X) Mentor: Mr. Rajeev Thakker Site: Sassoon Docks, Mumbai Softwares Used: Rhino, Grasshopper, AutoCAD, Lumion, Blender, Photoshop, Illustrator

Saumya Agarwal

Academic Project

Conducted in-depth research on psycho geography, multi sensory architecture, spatial architectural typologies in Mumbai, with a focused site analysis of Sassoon Docks, to inform and articulate a culturally responsive design language for redevelopment of the Sassoon Docks. The design concept involves conceptualizing the x and y axes as distinct design languages; the x axis embodies a more rigid approach, serving as an extension of the city fabric through functional elements, whereas the y axis introduces spontaneity and play, incorporating recreational and environmental programs, thereby juxtaposing the idea of programme to the notion of play. The structures on the x axis are unique amalgamations of 4x4m cubes with fixed and exposed structural systems, with perforated edges emerging when integrating with the y axis is curvilinear and organic in nature.

The circulation refocuses the idea of play, connectivity and spontaneity, by seamlessly connecting various structures along the x and y axes through elements such as circular staircases, ramps and bridges.

04

02 | XY Juxtapose

>MUMBAI STUDY 01. CHAWLS

02. DHARAVI

Roofs are mainly used as add to easily travel avoiding the c

03. OTLA

Otla acts like a private as well a amongst different houses facing

04. STAIRS

Ladder changes the direction It also acts like a element of p

>Enclosed, pulls you into the courtyard

>Visual connectivity at different levels >Sense of community >2 rows of chawl are paired together to front each other while still connected with other chawls through courtyards or a series of intermittent bridges.

>SITE ANALYSIS

01. Existing green cover

Saumya Agarwal

02. Accessibility to the site

03. Vehicular Movement

04. Built up area on s

Academic Project

ditional spaces and as pedestrians walkway for youth compact streets below. Almost like a wander.

EXPLODED AXONOMETRIC: SCHEMATIC SITE AND PROGRAM The exploded axonometric is tying all the different elements which have been extruded from Mumbai and stitched together in one diagram. The multiple circulation routes and changing vantage points provide a different experience everytime one enters this space.

as a public space, as it initiates communication g each other. It also makes one pause.

of movement within the chawl/dharavi. play for children.

site

Site images

Montage

05

02 | XY Juxtapose

>DESIGN STRATEGIES

Cartesian grid is highlighted on site due to the existing infrastructure, the shipping crates and the deck.

>PROGRAM ANALYSIS

>MASTERPLAN ITERATIONS

01. Cartesian grid: both x and y axis follow the grid

Saumya Agarwal

02.

The grid deviates and becomes more fluid towards the ocean fabric.

Both the axis follow the same logic of deviation

Academic Project

Connectivity through play and circulation

Almost like a spider’s tentacles

X axis design language

The series of fragments creates continuity in experience

Multiple ways of transitioning and movement adds the element of play.

Structure with void, mass and perforated edges

X axis and Y axis aere taken as two different axis with contrasting language.

03. X axis: rigid, extension of city programmes

Y axis: fluid, element of play, spontaneity, derive

remains rigid while the y axis interconnects and links the design.

04. XX axis axis becomes perforated where it meets Y axis

06

02 | XY Juxtapose

>SECTION

>MASTERPLAN

Saumya Agarwal

Academic Project

07

02 XY Juxtapose

>DETAILED BUILDINGS >6.MUSEUM

Showing interconnectivity between different structures, play and spontaneity.

>3.LIBRARY

Showing merging of x and y axis, various forms of circulation.

Saumya Agarwal

Academic Project

08

03 | Trinity Healthcare

TRINITY HEALTHCARE

>> HEALTHCARE DESIGN

2021-22- Academics Mentor: Mrs. Apoorve Shroff Studio: Semester VIII Site: Lokhandwala, Mumbai Softwares Used: Rhino, AutoCAD, Photoshop, Illustrator

Saumya Agarwal

Academic Project

This healthcare project was focused on mental health. The plans and the programmes were paid special attention as it is a healthcare project. One of the main objectives of the planning was connectivity within all three structures- Down Syndrome daycare, hospital and healthcare centre-, so that it looks and behaves like one entity, as well as inside-outside connection and the connectivity to nature all at levels. Physologically, nature helps soothe the mind which is an important factor in healthcare.

The triangular language is followed throughout the design, extending to the landscape design as well.

09

03 | Trinity Healthcare

>SITE ANALYSIS

C

A’

B A

3 BUILDINGS

CONNECTIVITY

>MONTAGES

Saumya Agarwal

INSIDE-OUT

CENTRAL COURTYARD

Academic Project

DOWN SYNDROME DAYCARE GENERAL HOSPITAL HEALTHCARE CENTRE

C’

B’

10

03 | Trinity Healthcare

>FORM DEVELOPMENT

>SECTIONS >Down Syndrome Daycare

>General Hospital

>Health Care Centre

Saumya Agarwal

Academic Project

>EXPLODED AXONOMETRIC VIEW >Connectivity between different buildings The red highlights the connectivity through bridges and staircases.

11

04 | Algae Waterfronts

ALGAE WATERFRONTS

>> TRANSPORTATION AND ECOLOGICAL CENTRE 2021- Academics Mentor: Mrs. Dipal Chhaya Studio: Semester VII Site: Sewri, Mumbai Softwares Used: Rhino, Grasshopper- ladybug, dendro, pufferfish, AutoCAD, Photoshop, Illustrator

Saumya Agarwal

Academic Project

The project is a hybrid centre which caters as a ecological centre and a transportation hub in the mudflats of Sewri, Mumbai. The concept was to create a structure which has algae as its renewable source of energy due to its presence on site which attracts flamingoes. Algae was innovatively used in various parts of the structure, such as the facade, as raceway ponds and column bioreactors. Employed the Grasshopper plugin Ladybug to analyze solar radiation, strategically positioning algae on the facade for optimal energy production, shade provision, to create a renewable energy structure. The floor slabs have voids for visual connectivity and play of light. Designed a transportation and ecology hub, featuring an organic shell structure. Designed using Rhino and Grasshopper plugins, specifically Dendro and Pufferfish, to mould, merge and seamlessly integrate the structure with the surrounding landscape.

12

04 | Algae Waterfronts

>DESIGN PROCESS >Mangrove

>Process models

3D into 2D

Iteration 1 Organic shape, varying modules

Fluidity in the structure

>Algae facade module

Iteration2

Outer structure

Algae skin- bioreactors | connectors

Double glaze glass- with algae

Final facade

Iteration 3

>RENDERS

Interior view showing the mix of algae and glass facade

Saumya Agarwal

Bridge which connects the interiors of different buildings

Academic Project

>Filteration of light

>Radiation analysis: ladybug

Algae uses the solar radiation and does photosynthesis, which in turn converts CO2 to O2, hence the algae panels are strategically placed where the solar radiation is high.

Algae bioreactors

13

04 | Algae Waterfronts

>PLAN A

>SECTION AA’

Saumya Agarwal

Academic Project

A’

14

05 | Durbar

DURBAR

>> COMMUNITY CENTRE 2021- Academics Mentor: Mrs. Aparna Surve Studio: Semester VI Site: Kathmandu, Nepal Softwares Used: Rhino, Grasshopper, AutoCAD, Lumion, Photoshop, Illustrator

Saumya Agarwal

Academic Project

The project started by understanding and studying elements from architecture in the Kathmandu Durbar Square, such as the sloping pagodas, the multiple of steps, jaali work, the once majestic dhahrara and the use of niches. These elements were then altered, modified and used as inspiration to create a public community centre on the edge of the Kathmandu Durbar Square which functions as a transition between the outside world and the religious durbar square. This area is welcome to all and consists of activities such as library, shops, galleries, workshops and an observation tower. There is a play of level on the site which increases and connects people at different visual levels. The centre is also inspired by the work of Bernard Tschumi and his red follies, as all the structures though different are developed and borne from the same motive and base.

15

05 | Durbar

>SITE ANALYSIS

Route

Internal Courtyard Outer Courtyard

Site pictures

Animated objects on site

Types of pagodas on site

>DESIGN CONCEPT >Site concept

site

loering individual units UNITS RAISINGRaising AND and LOWERING INDIVIDUAL

Basic Division basic division

Site site

site

RAISING AND LOWERING RAISING AND INDIVIDUAL LOWERING UNITS INDIVIDUAL UNITS

basic divisionbasic division

landscape

>Visual Connectivity

landscape

structures

structures structures landscape

step, hop, climb

step, hop, climb step, hop, climb step, hop, play

connection visualvisual connection visual connection

Visual connectivity due to play of levels visual connectivityphysical barrier may persist visual connectivityphysical barrier may persist

visual connectivity- physical barrier may persist

Saumya Agarwal

walking

walking walking, sitting multipurpose walking walking, sitting walking, sitting multi-purpose multi-purpose

walking

walking, sitting

multi-purpose

Academic Project

>STRUCTURES >Structure 01

Dharahra

Courtyards

Iteration 1

Iteration 2

Final form

Combining the historical structure dharahra (watch tower) and the use of courtyards to create a shopping centre with a watch tower.

>Structure 02

Block

Cut out smaller blocks

New form

Layer it

Using the element-niches to create a exhibition and workshop centre.

>Structure 03

Deconstructing the element-pagodas, focusing on the wall inclination to create a workshop centre.

>Structure 04

Deconstructing the element-pagodas, focusing on the wall inclination to create a pavilion.

16

05 | Durbar

>SECTION AA’

>MASTERPLAN

03

01

A

Saumya Agarwal

Academic Project

02

04

A’

17

05 | Durbar

>TECHNICAL DRAWING >ROOF DETAIL | Structure 01

NOTES: 1) THIS DRAWING IS A PROPERTY OF SAUMYA AGARWAL AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2) THE COMMENCMENT OF CONSTRUCTION SUBJECT TOAPPROVAL FROM ALL COMPETENT AUTHORITIES.

ALUMINUM 10MM GLASS

70

GENERAL NOTES: 01. ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK.

10

I BEAM 10MM GLASS

02. ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS AND OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE.

ALUMINUM CARRIER

03. DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK. 04. DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED.

DETAIL A 1:1

05. THIS DRG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS. INTERNAL PLASTER 15MM EXTERNAL PLASTER 25MM EXECUTION NOTES: AS PER DRAWINGS. UNLESS OTHERWISE SPECIFIED

KEY PLAN 1:200

06. ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 07. FOR ALL CIVIC DETAILSREFER RESPECTIVE DRGS. REFER WALL SECTION DRAWINGS. FOR EXECUTION.

B

STEEL I BEAM

STEEL I BEAM

09. FOR ALL DOORS AND WINDOWS REFER TO ALL DOOR WINDOW SCHEDULE DOORS.

20MM STEEL PLATE

10. ALL MECHANICAL CUT-OUTS & SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE & RELEVANT SERVICE DRGS. PROVISION TO BE MADE FOR DAMPER SLABS IN ALL DUCT SHAFTS & CUT-OUTS ON ALL FLOORS.

20

ANGLE CLEAT

150MM RCC SLAB ANCHOR BOLT

WELDING

11. ALL BRICK WALL WORK IS IN ENGLISH BOND. 12. ALL PARTITION WALLS ARE 115MM THICK UNLESS SPECIFIED.

DETAIL B 1:5

DETAIL C 1:5 10MM GLASS 300X200 STEEL I BEAM

B

STEEL I BEAM

6500

4715

STEEL PLATE

200

SECTION AA' 1:50

A' 1556

A

10MM GLASS 300X200 STEEL I BEAM STEEL I BEAM

C'

STEEL PLATE

SECTION BB' 1:50 A

STEEL BEAM

SAUMYA AGARWAL

ALUMINUM PANEL

ROLL NO :A001

SCALE 1:20

10MM GLASS 300X200 STEEL I BEAM

10MM GLASS

N

C

WORKING DRAWING BALWANT SHETH SCHOOL OF ARCHITECTURE

STEEL I BEAM

SHEET NO- 5 SIGN: C

B'

ROOF PLAN 1:50

STEEL PLATE

6-12-21

SECTION CC' 1:50

>STAIRCASE DETAIL | Structure 04 NOTES: 1) THIS DRAWING IS A PROPERTY OF SAUMYA AGARWAL AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2) THE COMMENCMENT OF CONSTRUCTION SUBJECT TOAPPROVAL FROM ALL COMPETENT AUTHORITIES. GENERAL NOTES: 01. ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 02. ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS AND OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE.

15MM TIMBER CLADDING

03. DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

50X50MM STEEL BOX 10MM STEEL PLATE

KEY PLAN 1:200 A'

05. THIS DRG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS. INTERNAL PLASTER 15MM EXTERNAL PLASTER 25MM

M16 STUDS RESIN ANCHORED INTO REINFORCED CONCRETE

EXECUTION NOTES: AS PER DRAWINGS. UNLESS OTHERWISE SPECIFIED 06. ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS.

2150

ANGLE CLEAT STEEL STRINGER 20MM TIMBER CLADDING STEEL TREAD

B'

2600

04. DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED.

+2.25M

300

07. FOR ALL CIVIC DETAILSREFER RESPECTIVE DRGS. REFER WALL SECTION DRAWINGS. FOR EXECUTION. 09. FOR ALL DOORS AND WINDOWS REFER TO ALL DOOR WINDOW SCHEDULE DOORS.

300 100

10. ALL MECHANICAL CUT-OUTS & SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE & RELEVANT SERVICE DRGS. PROVISION TO BE MADE FOR DAMPER SLABS IN ALL DUCT SHAFTS & CUT-OUTS ON ALL FLOORS.

+0.0M

11. ALL BRICK WALL WORK IS IN ENGLISH BOND.

1400

SECTION AA' 1:20

+3.0M

1900

+2.25M

15

16

17

18

19

12. ALL PARTITION WALLS ARE 115MM THICK UNLESS SPECIFIED.

15MM GLASS BALUSTRADE

20

14 13 12

STEEL HANDRAIL 300

11 10

15MM GLASS BALUSTRADE +2.25M

9 8

2000

7

M16 STUDS RESIN ANCHORED INTO REINFORCED CONCRETE

6

STEEL STRINGER

ANGLE CLEAT STEEL STRINGER 20MM TIMBER CLADDING STEEL TREAD FIXING PIN

5

STEEL CANTILEVERED STAIRCASE 15MM TIMBER CLADDING

915

4

2

C' 1

A

+0.0M

B

PLAN AT 5M

Saumya Agarwal

300

SAUMYA AGARWAL

ROLL NO :A001

SCALE 1:20

100

3

15MM GLASS BALUSTRADE C STEEL HANDRAIL

2150

DETAIL B

WORKING DRAWING

+0.0M BALWANT SHETH SCHOOL OF ARCHITECTURE

SECTION BB' 1:20

SHEET NO- 5 SIGN: 6-12-21

N

DETAIL A

Academic Project

>TOILET DETAIL | Structure 02

NOTES: 1. THIS DRAWING IS A PROPERTY OF SAUMYA AGARWAL AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2. THE COMMENCMENT OF CONSTRUCTION SUBJECT TOAPPROVAL FROM ALL COMPETENT AUTHORITIES.

4050

20 3400

460

D1

03. DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

D1

04. DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED.

800

370

EXHIBITION

231

920 135

460

0.00m DOWN

920

600

W1

-0.15m

02. ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS AND OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE.

970 1847

COURTYARD

01. ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK.

800

15

ENTRANCE

GENERAL NOTES:

800

800

1990

15

430

05. THIS DRG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS. INTERNAL PLASTER 15MM EXTERNAL PLASTER 25MM

0.00m

1900

EXECUTION NOTES: AS PER DRAWINGS. UNLESS OTHERWISE SPECIFIED 1760

1500

1210

460

460

135 231

D2

435

1400

1035

10. ALL MECHANICAL CUT-OUTS & SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE & RELEVANT SERVICE DRGS. PROVISION TO BE MADE FOR DAMPER SLABS IN ALL DUCT SHAFTS & CUT-OUTS ON ALL FLOORS.

435

231 1035

SP

1900

1210

1760

1761

D2

1400

600

920

460

460

1847

D1

LEGEND

370

800

460

135 231

12. ALL PARTITION WALLS ARE 115MM THICK UNLESS SPECIFIED.

SP

460

382

11. ALL BRICK WALL WORK IS IN ENGLISH BOND.

WOMEN'S TOILET

1500

434

W1

09. FOR ALL DOORS AND WINDOWS REFER TO ALL DOOR WINDOW SCHEDULE DOORS.

800 135

600

W1

07. FOR ALL CIVIC DETAILSREFER RESPECTIVE DRGS. REFER WALL SECTION DRAWINGS. FOR EXECUTION.

SP

135 231

D1

350

D1

06. ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS.

SP

MEN'S TOILET

11660

W1

950

KEY PLAN 1:200

6860

MAIN ENTRANCE

1910

W1

600

UP

20

460

1847

BRICK WALL

1847 2910

SP

800

D1

460

135 231

SP

850

920

460

RCC COLUMN

600

W1

SCALE: 1:25

STARTING POINT

370

TILE DROP

460

1847 920

D1

460

135 231

ROLL NO :A001

SAUMYA AGARWAL

920

600

W1

N

440

WORKING DRAWING BALWANT SHETH SCHOOL OF ARCHITECTURE

TILING LAYOUT 1:25

TOILET LAYOUT 1:25

SHEET NO. 1

SIGN: 6-12-21

SP

300

BEAM

BEAM

200

645

NOTES: 1. THIS DRAWING IS A PROPERTY OF SAUMYA AGARWAL AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION.

FALSE CEILING

01. ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK.

FALSE CEILING

600

SP

LOUVERED WINDOW

115MM BRICK WALL

230MM BRICK WALL

MIRROR

D'

C'

D1

W1

D1

MIRROR

URINAL

795

W1

3295

B'

2945

B

BASIN D2

BASIN

600

800

740

SP

245

245

W.C

150

D1

W1

150MM PCC SLAB 230MM RUBBLE SOLING

150MM PCC SLAB

D1

A'

W1 D1

150

A

200

D2

W1

150

W1

SP

FLUSH VALVE 400

D1

900

600 800

W1

D1

230MM RUBBLE SOLING

D

C

TOILET PLAN 1:100

150MM COMPACTED EARTH

SECTION AA' 1:20

150MM COMPACTED EARTH

SECTION BB' 1:20

300

645

W1

W1

W1

WOMENS

LOUVERED WINDOW

W1

MENS

SP

2650

SP

600

600

W1

600

W1

600

07. FOR ALL CIVIC DETAILSREFER RESPECTIVE DRGS. REFER WALL SECTION DRAWINGS. FOR EXECUTION.

10. ALL MECHANICAL CUT-OUTS & SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE & RELEVANT SERVICE DRGS. PROVISION TO BE MADE FOR DAMPER SLABS IN ALL DUCT SHAFTS & CUT-OUTS ON ALL FLOORS. 11. ALL BRICK WALL WORK IS IN ENGLISH BOND. 12. ALL PARTITION WALLS ARE 115MM THICK UNLESS SPECIFIED.

LEGEND BRICK WALL

1750

750 790

740

RCC COLUMN

PARTITION FLUSH VALVE

400

520

400

520

1095

800 1000 790

610

790

740

795 500

740

1095

1000

800

500 740

520

500 740

520

500 740

W.C

EXECUTION NOTES: AS PER DRAWINGS. UNLESS OTHERWISE SPECIFIED 06. ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS.

2945

500

2945

520

HEALTH FACET

04. DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 05. THIS DRG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS. INTERNAL PLASTER 15MM EXTERNAL PLASTER 25MM

URINAL

1750

FLUSH VALVE

03. DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

230MM BRICK WALL SP

500

SP

740

W1

600

FALSE CEILING LOUVRED WINDOW

02. ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS AND OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE.

09. FOR ALL DOORS AND WINDOWS REFER TO ALL DOOR WINDOW SCHEDULE DOORS.

BEAM BEAM

2. THE COMMENCMENT OF CONSTRUCTION SUBJECT TO APPROVAL FROM ALL COMPETENT AUTHORITIES. GENERAL NOTES:

SP

STARTING POINT

SP

HEALTH FAUCET

TILE DROP

W.C

PCC ROLL NO :A001

150

230 100

230 MM RUBBLE SOLING

600 150

100MM PCC SLAB

245

150

SAUMYA AGARWAL

150MM PCC SLAB 230MM RUBBLE SOLING

SCALE: 1:20

N

WORKING DRAWING BALWANT SHETH SCHOOL OF ARCHITECTURE

150MM COMPACTED EARTH

SECTION CC' 1:20

SHEET NO. 3

SIGN: 6-12-21

18

06 | Solar Decathlon

SOLAR DECATHLON

>> NATIONAL COMPETITION: Won “The Peoples Choice” award 2020-21 Academics Faculty Advisors: Mrs. Shriya Bhatia, Mr. Dhruv Sheth Division: Multi-family housing (redevelopment) Site: Kandivali, Mumbai Group: 15 people Softwares Used: Rhino, Grasshopper, AutoCAD, Climate Studio, Autodesk CFD

Saumya Agarwal

LINK TO VIDEO

National Competition

The intent of the project was to design a sustainable, net zero energy and net zero water residential building. Through the mediums of various softwares such as ladybug (grasshopper), climate studio, autodesk CFD, we were able to find the radiation, EPI and wind simulation.

The existing buildings which comprised of 3 individual buildings of varying sizes and flat types ,has been converted into similar towers of 22 floors each. Strategically designed modular floor plans with compact service core to increase space efficiency, multifunctional furniture system to enhance livability leading to spatial and material efficiency. Incorporated and designed components such as bio wall, used rain water harvesting methods while referring to the indexes. Then used ladybug to analyze the energy audit of the building to check net zero status.

19

06 | Solar Decathlon

>PLAN DEVELOPMENT

Community green space

Shared spaces

^ Ground floor masterplan

Window 1

Window 2

Window 3

Typical floor plan

Window placement

>ANALYSIS

Wind Analysis

Daylight Analysis

The plan allows cross ventilation and minimum blockage of wind.

It helps us design for minimum artificial lighting requirement.

Saumya Agarwal

Lux Level Analysis

National Competition

>MODULARITY, FLEXIBILITY, ADAPTABILITY

Spatial efficiency= Compact service core = Material efficiency= Energy

>LIVABILITY

1 bhk

2 bhk

3 bhk

The use of deployable furniture allows the space use to utilised by various people, such as families and college students by catering to their needs.

>SUSTAINABLE PRACTICES Minimum openings on walls with maximum radiation.

Use of LED lights.

Use of common appliances.

Minimum facades towards east and west facade which receiveslower angles of sun.

Enhance wind across the site

Use of dual flushing which reduces water consumption by 50% and aerator which reduces consumption by 20-40%.

A Rainy is a device which will filter the rain water to a certain level to be stored in the UGT in the downtake pipe itself.

Use of solar heaters and solar panels.

Energy consumed by common spaces- 11040kWh/month Energy produced by solar panels- 15000 kWh/month Energy rostored- 3960 kWh/ month

>APP: CIRCULAR ECONOMY, COMMUNICATION, SOCIAL SUSTAINABILITY

Application is connected for smoke detectors. It allows for safe evacuation.

The furniture feature allows the residents to rent and choose the deployable furniture as per their requirement.

Promoting sharing to reduce consumption

20

07 | Dorje Farm Resorts

DORJE FARM RESORTS

>> RESORT DESIGN Architecture firm: Siddharth Gopalan Designs Programme: Farm Resorts Site: Pokhara, Nepal Designation: Architecture Intern Softwares Used: SketchUp, Enscape, AutoCAD

Saumya Agarwal

Professional Project

The intent of the project was to design a farm resort in Pokhara, Nepal. Being an architecture intern, I was involved in the concept and design of the restaurant, lobby planning and the landscape designing such as the courtyard.

I was responsible for certain realistic renders focusing on the material and lighting as well as technical drawings and details. We integrated modern and traditional architecture such as the use of wood, bricks and stone, and the use of sloping roofs which is part of traditional Nepal architecture.

21

07 | Dorje Farm Resorts

>REALISTIC RENDERS

6'-8"

4'-3"

11'

11'

>TECHNICAL DRAWINGS

8"

SIM

10'-41 2"

11'-812"

9'-111 2"

30'-8"

1'

SIM

7'

9'-10"

SIM

8"

8'-10"

SIM

SIM

SIM

3'-3"

SIM

6'-8"

8"

4'-9"

13'-4"

18'-5"

3'-1012"

3'-612"

9'-5"

2'

8'-1012"

restaurant layout

Saumya Agarwal

flooring layout

FLOORING LAYOUT

12'-1"

8'-1112"

4'-3"

11'

Professional Project

SIM

12'-21 2"

24'-712"

9'-512"

3'-11"

SIM

SIM

8"

1'

32'

7'-312"

9'-012"

2'-2" 8"

UPPER GROUND FLOOR (brick work)

brick layout

22

08 | Distorted Cartography

>> DISTORTED CARTOGRAPHY// MAPABLE FUTURE NYINGCHI, TIBET 2023-24: Academics Studio: Technology Seminar Instructor: Laure Michelon Group: Malvika D, Elmira S Software Used: Stable diffusion (A1111), Unreal Engine, Photoshop

Saumya Agarwal

UCLA Academic Project

The project explores how maps shape our understanding of the world amid evolving technologies. It aims to a futuristic map of Nyigchi, Tibet created by data-driven representations of remote and extreme climates using archival research, machine vision, and intelligent agents. The outcome is a digital collage combining satellite imagery, GIS data, machine learning models, and simulations, offering multi-layered information and narrative details. This project emphasizes the importance of innovation in design to assert new relevance in geographic representation. This will be further converted into an AR app.

23

08 | Distorted Cartography

>CLIMATE RESEARCH

The site has extreme climate with heavy rainfall, earthquakes and landslides due to which the population is very low.

Additionally there is a lack of road network and hence poor connectivity in the region.

>DISTORTED CARTOGRAPHY

Due to the high rainfall we are also proposing increase in vegetation and green area. To attract people the site would also require better road network, hence our proposed map has good connectivity with highways and roads as well as increased infrastructure.

Vegetation Map

Saumya Agarwal

Infrastructure Map

UCLA Academic Project

>TOURISM

Proposing as the future is capitalising on these natural resources to boost tourism and hence the economy of the region.

The combination of the location and climate renders this landscape untouched and ideal for adventurous eco-tourism.

>UNITYHUB

The timeline slider showcases the increase in population over the years. As you can see the shows the increase expands from the river to the entirety of the site.

>AR APPLICATION

The AR allows us to see different aspects of the study as well as the topographyof the site.

24

09 | Wadala Urban Intervention

>> URBAN INTERVENTION AT WADALA (BUS DISTRICT), MUMBAI 2022- Academics Mentor: Mrs. Ritu Mohanty Padora Studio: Urban Design, Semester VIII Site: Wadala, Mumbai Group: Nikhiil K, Divya B, Shloka M, Aman M, Divya G, Nitika A Software Used: Rhino, AutoCAD, Illustrator, Photoshop

Saumya Agarwal

Academic Project

Comprehensive urban study of the Wadala bus district, analyzing factors such as street configuration, density, waste management, public transportation, ecology, transitional spaces, and walkability with the aim of proposing impactful urban-scale changes. Devised new routes for public transport to increase accessibility and connectivity, introduced blocker machines for effective waste disposal,revitalized the monorail station through the creation of a recreational concourse level.

Formulated detailed technical sections and plans for a modular, deployable market in transitional spaces between housing communities and slums, situated along a river. The market aimed to generate employment for slum dwellers, simultaneously reviving the waterfront. Proposed and formulated elaborated technical sections and plans to generate employment for slum dwellers and maximise footfall.

25

09 | Wadala Urban Intervention

>PROPOSED MASTERPLAN

>REDESIGNING THE STREETS

>GARBAGE DISPOSAL

Saumya Agarwal

Academic Project

>WALKABILITY

>BUS STOPS

26

09 | Wadala Urban Intervention

>REDESIGNING THE SLUMS

>REACTIVATION

Saumya Agarwal

Academic Project

27

10 | Nodes

NODES: PRESSURE | FLUIDITY >>COMMUNITY CENTRE 2019- Academics Mentor: Mr. Mahek Lalan Site: Fontainhas, Goa Software Used: Rhino, AutoCAD, Vray

Fontainhas in Goa has hierachy of streets, due to the presence of primary, secondary and tertiary streets. There are various types of nodes in this area. The selected nodes are all different in sizes and give a different experience. If one comes to the node from the tertiary street one recieves the most relief in pressure as suddenly the area expands a lot. The node also allows a certain fluidity in the movement from a narrow to a wider area or vice versa. Therefore the design is created to amplify the idea of funneling with the help of curves on the facade as well as the floor plan. The working drawings focus on the column beam placement for such curvilinear spaces.

NOTES:

1. ALL DIMENSIONS ARE IN

2. ALL LEVELS ARE IN METE

3. INTERNAL PLASTER OF 1 4. ALL DIMENSIONS TO BE

5. NO DIMENSIONS TO BE S DIMENSIONS TO BE FOLLO

6. IN THE EVENT OF ANY DI ARCHITECT SHOULD BE C ON SITE.

>WORKING DRAWINGS

DOOR SCHEDULE W5

KITCHEN

UP

198

719

2

722

C3 F3

W2 S2

8

C2 F1

9

0.0M DOWN 0.45M

687

13

15

704

1306

10

9

18

+3.75M

W1 S1

C2 F4

W1 MEN TOILET

1035

1041

858

W2 S2 C3 F3

7

D4

6

5

828

278

247

W1 S1

370

456

236

W2

RECEPTION AREA

D2

SHOPS D2

WAITING AREA

D2

D1

DOWN 0.45M

FLOOR

DESCRIPTION

F1

CERAMIC TILES

F2

CARPET FLOORING

F3

MARBLE FLOORING

F4

10 MM WOODEN PARQUETTING

+0.75M UP +/-0.0M

C13

25 MM

CEILING SCHEDULE CEILING

+0.75M

E

WAL

CEILIN

C12

0.0M

DOWN 0.45M

998

365

1197

1145

1180

C2 F4

LOUVRE WINDOW FOR TO

25 MM 10 MM

0.0M

625 1056

4721

D2

537

630 AC1

D2

820

GLAZED GLASS FACADE

W6

FLOOR SCHEDULE LEVEL

2

C11

DOWN 0.45M

1227

D2 1002

GLAZED GLASS FACADE

1

1329

593

1270

DOWN 0.45M

0.0M

GLAZED GLASS FACADE W

W5

3

UP

1220

783

W3 W4

GAMES ROOM

C10

1057

C2 F4

WAITING AREA

GLAZED GLASS FACADE

C9

4

931

1359

0.0M

LIBRARY

W2 S1

867

853 AC3

822

RECEPTION AREA 848

959

1236

AC4

1009

UP

907

459

1

511

1321

4995

3

2

GLAZED GLASS FACADE W

W2

11

10

9

645

6

5

4

AC5

DESCRIPTION

W1

12

C8

8

1465

629

GAMES ROOM

WOODEN ENTRANCE TO

FINISHES SCHEDU

C7

13

1100

7

C6

+3.75M

HOME THEATRE

C1 F2

761

368

17

LADIES TOILET

LIBRARY

271

W1 S1

8

308

13

15

14

231

11

140

AC2

1256

13

12

D3 MEN TOILET

WINDOW

12

16

1155 895

1450

1399

11

4995

W2 S1 C3 F2

14

C1 F1

AC6

C4

10

14

4995

580

+3.75M

W3 S3

DOWN 0.45M

C5

HOME THEATRE

1034

W6 AC7

1069

1299

403 1116

AC8

695

271

W3 S3 C1 F1

17

SLIDING GLASS DOOR TO

4995

LADIES TOILET

+3.75M

16

18

1136

D3 AC9

0.0M

14

1079

GLASS ENTRANCE TO TH

D5

WINDOW SCHEDUL

7

9

12

WOODEN DOORS FOR E

D4

D6

8

11

1049

GLASS DOORS FOR ENT

D3

6

10

AC10

DOUBLE-DOOR GLASS F

D2

4721

881

1089

792

5

1221

899

CAFETERIA

C3

4

1047

250

824

478

2

5272

7

0.45M

DESCRIPTION

D1

1

3

6

561

1018 AC11

KITCHEN

UP

5

887

1175

800

4

UP 0.0M D1

CAFETERIA

3

W2 S2

0.45M 961

698

760

940

1074

DOOR E

C2

C1

D1

1153

1

AC12

383

AC13

UP 0.0M

5272

414

BD7

BD6

BD5

BD4

BD3

1187

1427

6723

E

BD2

BD1

SHOPS

UP +/-0.0M

DESCRIPTION

C1

PLASTER WITH NERU FIN

C2

MATTE PAINT

C3

SEMI GLOSS PAINT

25 MM 10 MM

230 x 6

150 MM COMPA

COMMUNITY CENTRE C14

E

>Ground floor plan Saumya Agarwal

>Column beam layout

>Se

COLUMN

RCC WALL

SITE : FONTAINHAS,

E

+0.75M

UP +/-0.0M

DOWN 0.45M 0.0M

SHOPS

WAITING AREA

RECEPTION AREA 11

12

13

14

GAMES ROOM

A'

C2

C6

C9

DOWN 0.45M

0.0M

2

C14

RCC COPING DRIP MOULD BULL NOSE VATA 40 MM THK IPS FLOORING

TERRACE

100 MM THK BBC

+6.75 MM

MULTIPURPOSE HALL

OPEN GARDEN

25 MM HARDWOOD TIMBER SKIRTING 10 MM CARPET FLOORING

LIBRARY

100 MM THK RCC SLAB 230 x 400 MM BEAM

400

MARBLE SKIRTING PLYWOOD FLOORING 4 +6.75 MM

1000

2600

+9.75 MM

UP

MEN TOILET

C12

1

3

4

5

6

7

LADIES TOILET

0.0M

UP

1

2

8

3

9

4

10

+3.75M

HOME THEATRE

14 13 12 11 10 5

6

7

8

9

DOWN 0.45M

KITCHEN

LIBRARY

+3.75M 17 16 15

A

18

CAFETERIA

D1

0.45M

E

UP 0.0M

Academic Project

1350 +3.75 M

MULTIPURPOSE HALL

CAFETERIA

25 MM HARDWOOD TIMBER SKIRTING 10 MM CARPET FLOORING

LIBRARY

100 MM THK RCC SLAB 230 x 400 MM BEAM

100

MARBLE SKIRTING PLYWOOD FLOORING

150

2600

20 MM GLAZED GLASS FACADE

25 MM MARBLE SKIRTING 10 MM PORCELIAN TILE FLOORING LIBRARY

RECEPTION AREA

SHOPS

150 MM THK RCC SLAB 230 MM RUBBLE SOLING

300 600

+/-0.00 M

M THK PCC BED ACTED EARTH

CAFETERIA

150 150

600 MM PLINTH BEAM

+0.75 M

1350

MARBLE SKIRTING PORCELIAN TILE FLOORING

1000

2600

150

25 MM THK EXTERNAL PLASTER IN CM 1:4 15 MM THK INTERNAL PLASTER IN CM 1:6 230 THK RCC WALL

ection AA’ 28

11 | Gamifying Corona

GAMIFYING CORONA BOARD GAME DESIGN 2020- Academics Mentor: Mrs. Bhavleen Narula Site: Mumbai Softwares Used: Rhino, Blender, Illustrator, Photoshop This board game was derived from studying and mapping the changes in the utilities (essentials, domestic help, friends/families, goods delivery, food delivery) in three phases- pre covid, lockdown and post lockdown. Based on this study a set of rules and cards were derived and the playing space was decided as prominent places in Mumbai.

C

YOU

GO YO G O TU T E S T E T C O V D O ID Y O U CTEHNE Q U AP ROAS I T I V E , !

TINE G OT R E YO G O TU T E S T E T C O V D PO O TH ID! E S CEN QUARA ITIVE, TRE TINE

B6

C YOU

V

E GO YOU T NO TA S LO S T TE, YOU TA Y R Y O AUN Y F O OODU C A N N SOE N S E O S T E V ET UGR F O R T T B U Y F YOU NOST TA S LO S T N OW O TE Y TA S ANY , YOU OUR SE C N FOO ANN SE O T E D O TUR FOR T T BUY F NS WO

B6

D

ANT

IBO Y COV OU CAN D Y C A ID A GE RD A N TA N T SI BY O U HT AO U T O F !

I B O ODIES VE TH Y E COV OU CAN D Y C ARD ID A GET S !

ANT YOU H OUT O F IBOD A IES VE THE

V I TA

MIN

V C O LV I T A M I N LI CAR A V O E CT TA A D I D C ML ILN3 B O V I D T O6 V !

C O L I TA M I N L AV O E C T A L C A R D L 3 ID C OVID TO !

V I TA

MIN

V C O L I TA M I N LV CAR A V O E CI TT AAM D I D C L LI N O V I D 3 TD O V !

C O L I TA M I N LEC CAR T AV O I D C A L L 3 TD OVID O !

BRO

D

YOU PA S S N E E Z E SED D AN S CO IT D YO U VID TO AN O N !

Y PA S S N E E Z E P L AY E R SED D S CO IT O AND VID N! TO A N Y PL

AY E

R

TEST

TA K

E 3

TEST

TA K

E 3

ED N

STEP

ED N

STEP

EGA

S FO

EGA

S FO

TIVE

R WA

RDS

TIVE

R WA

RDS

!

!

IMM

UNI

TY

YOU BOO YOU R GRAN ST D K MO IM V EM5 A D H A ! M O M G US TNE IP S Y O U C A A V E YOU T YA HBE N A DO YO R GRA O ST M O VU K A D H N D M O M A! Y E 5 G A O V STEP S A HU C A N E EAD

Zoom cards

Saumya Agarwal

K

YO EN L LEG U VE I EG! NJU GO R B R HOOT SOP TI H E NEEDA Y O U R K ETNA L R E S T YO LEG U VE I LEG GO T NJUR !

ED Y O TH O HOS E P I TA N E A R E U R ST L

PA S

PA S

YOU

C

D

D

ce

C

B6

B6

chan

MIN

C

D

B6

FOR G YOU OT TO W T M EAR F O RM i s s a c h A S K ! an e G Y O U O T T O cW T MAS EAR Miss K! a

V I TA

V I TA COL V L I TM I N C A R A V O E C T AA M I D C L L I 3N T DC OVID O V !

C O L I TA M I N L AV O E C T A L C A R D L ID C OVID 3 TO !

PAY

YOU

PAY

10C

10C

H AV

O FO

H AV

O FO

E FE

R PC

E FE

R PC

VER

R TE

VER

R TE

ST

ST

Academic Project

Co currency cards

29

12 | Technical Drawings

ARZ: ARCHITECT REZA KABUL

2023- Professional

>>PROFESSIONAL WORK: TECHNICAL DRAWINGS

Software Used: SketchUp, AutoCAD, Revit

Saumya Agarwal

Mentor: Ms. Samata Chaudhari

Professional Work My role in the first project was to devise working drawings for a hotel in Udaipur, India. I optimized the structural layout of a hotel in Udaipur by generating detailed construction documents to maintain structural integrity as well as taking aesthetic into account. The second project is a government high rise residential project. I created and maintained documentation pipelines for scheduling technical aspects of the project sections and door window schedule, by strategically optimizing floor space index (FSI) to boost space efficiency to accommodate maximum apartments within the given area.

30

12 | Technical Drawings

>TECHNICAL DRAWING >STEEL PORTAL FRAME

PURLIN CLEAT

D

UB SPANNING MEMBER

PURLIN

PURLIN CLEATS WELDED TO BEAM SEAMLESS STELL BOX SECTION SPANNING MEMBER OR BEAM WELDED PLATES TO ALL OPEN ENDS

8000

C

WELDED WEB PLATES TO BOTH SIDES

RIDGE PLATES WELDED TO SPANNING MEMBERS AND BOLTED TOGETHER ON SITE

WELDED APEX GUSSET PLATE OUT OF UB SECTION

WELDED AND BOLTED APEX PLATES TO BOTH SIDES BOX SECTION WELDED HAUNCH GUSSET

BOLTED SITE CONNECTIONS

KEY SECTION BB' SCALE 1:100

PITCHED OR SPANNING MEMBER

SHEETING RAIL CLEAT WELDED TO COLUMN

STEEL HINGE PLATE CAST ONTO SPANNING MEMBER

REINFORCEMENT

SEAMLESS STEEL BOX SECTION SUPPORTING MEMBER OR COLUMN

STEEL SLAB BASE PLATE WELDED TO COLUMN

PLATE WELDED TO ENDS OF MAIN BARS

JOINT OR FLEXIBLE RUBBER OR SIMILAR MATERIAL

8000

HOLDING DOWN BOLT HOLES

STEEL PIN

ALTERNATE APEX DETAILS SCALE 1:20

SCALE 1:10

GR. LVL

KEY SECTION AA' SCALE 1:100

BUTT WELD

SPANNING MEMBER

4500

4500

4500

4500

4500

TEMPORARY WEB CLEATS TO HOLD SPLICE FOR WELDING

SHEETING RAIL CLEAT

WEB PLATES WELDED TO BOTH SIDES

PURLIN CLEAT

WELDED SPLICE JOINT

4500 B

SCALE 1:10

FIXING PLATE WELDED TO BEAM AND BOLTED TO COLUMN WEB PLATES AS REQUIRED

BEARING PLATES WELDED TO BOTH SIDES OF WEB

WELDED HAUNCH GUSSET OUT OF UB SECTION

COLUMN

FISH PLATES TO TOP AND BOTTOM AS REQUIRED

A

A'

ALTERNATE KNEE JOINT DETAILS

15000

BOLTED SPLICE JOINT

SCALE 1:10

SCALE 1:10

UB GUSSET PIECE WELDED TO THE COLUMN

SUPPORTING MEMBER OR COLUMN

SUPPORTING MEMBER OR COLUMN

BEARING PLATES WELDED TO BOTH SIDES OF THE WEB SUPPORTING MEMBER OR COLUMN

HINGE PLATE WELDED TO THE COLUMN

ANGLE PLATE

BOLT AS PIN

BOLT AS PIN

BEARING PIN

H/D BOLT

600MM DEEP POCKET CAST INTO RCC FOUNDATION

B'

HOLDING DOWN BOLT

KEY PLAN

RCC FOUNDATION

HOLDING DOWN BOLT

TYPICAL BASE HINGE DETAIL

POCKET FOUNDATION CONNECTION

SCALE 1:100

SCALE 1:10

SCALE 1:10

ROLL NO. A001

SAUMYA AGARWAL

STEEL PORTAL FRAME

CONSTRUCTION BSSA

SEM 6, YR 3

10.02.2021

DWG

SCALE

>TIMBER AND RCC PORTAL FRAME 600 4500

4500

4500

4500

4500

WELDED STEEL SHOE 230x40 STRUCTURAL SOFTWOOD RAFTERS AT 600 c/c

4500 10MM THK PLYWOOD CROWN OR APEX GUSSETS ON BOTH SIDES

10MM EXTERNAL QUALITY PLYWOOD SHEATHING NAILED TO RAFTERS AND NOGGINS

6 MM PLYWOOD FACING TO BOTH SIDES

3 LAYER BUILT UP ROOFING FELT FINISH

60 120

NOGGINS AS REQUIRED

SCALE 1:100

EX. 125 X 50 STUDS

10MM THK PLYWOOD KNEE GUSSETS NAILED TO BOTH SIDES OF THE LEG

EX. 125 X 50 STUDS

230x40 PLANED STRUCTURAL SOFTWOOD UPRIGHTS OR LEGS

10MM EXTERNAL QUALITY PLYWOOD SHEATHING NAILED TO LEGS AND NOGGINS ALL BUTT JOINTS SEALED WITH MASTIC

KEY PLAN

TIE ROD

0

0

15000

INSULATION VAPOUR BARRIER INTERNAL LINING

GALVANIZED STEEL ANGLE CLEAT DPC TIMBER SOLE PLATE BOLTED TO RAFT

TYPICAL SECTION THROUGH LEG SCALE 1:5

RAFT FOUNDATION

ANCHOR BOLTS

TYPICAL SOLID TIMBER AND PLYWOOD GUSSET PORTAL FRAME

PROFILE FRAMING COULD BE FACED WITH PLYWOOD

DETAIL OF BASE

SCALE 1:50

FLEXIBLE SEALANT

SHEAR REINFORCEMENT

20 MM DIA EXTRA BAR

300

RCC PORTAL FRAME LAMINATED FRAME

20 MM DIA EXTRA BAR SPAN/30 = 650 MM

PVC RAINWATER DOWNTAKE PIPE 150 MM DIA.

FLOOR LEVEL

18MM THICK EXTERNAL PLASTER

450 MM X 200 MM @ BOTTOM R.C.C SUPPORTING MEMBER

230 MM X 200 MM RCC SUPPORTING COLUMN

25 MM THICK FLEXIBLE RUBBER JOINT

ALTERNATE DETAIL OF HINGE SCALE 1:20

INTERNAL PLINTH BEAM

PLINTH PROTECTION

30 DEG SLOPE

1000

LIGHTWEIGHT ROOF COVERING ON 225 X 50 TIMBER PURLINS

SLOT FILED WITH BITUMEN FILLER OR FLEXIBLE RUBBER

20 MM DIA MAIN R/F

PORTAL TO COLUMN DOVETAIL CONNECTION

20 MM DIA BOLT LAMINATIONS TAPER

1500

SPAN/30 = 650 MM

STIFFENING RIB @ 2MM C/C

RADIUS 150 x LAM THICKNESS

HINGED JOINT

150

400 MM DEEP CONCRETE GUTTER

ALTERNATE KNEE DETAIL

40 MM COVER 20MM THK MAIN BARS 6MM THK LINKS

450 MM X 200 MM @ EAVE LEVEL, R.C.C SPANNING MEMBER

600

75MM THK SOFTWOOD FRAMING TO FORM PROFILE AND PROVIDE SUPPORT FOR EAVES

RECESS AND THREADED SUD TO RECIEVE STOOLED END AND PROJECTING WIRE LOOP OF PURLIN

EXTERNAL COMBINES PLINTH BEAM FOR THE COLUMN AND PORTAL 18 MM DIA MAIN R/F 10 MM DIA M.S LINKS

20MM THK MAIN BARS 20MM THK MAIN BARS 50 MM COVER

SPANNING MEMBER

CONCRETE BEDDING

75 MM

RCC FOOTING

POCKETS FOR BOLT NUTS

300

16 MM R/F BOTH WAYS PCC BED 150 MM THICK

20 MM DIA FIXING BOLT

DRY SPLICE

DETAILED SECTION

DIU

SCALE 1:50

S 2.

5

40 MM COVER 20MM THK MAIN BARS 6MM THK LINKS

CANTILEVER HAUNCH BEARING CAST ON TO SUPPORTING MEMBER

SUPPORTING MEMBER

1500

RA

150

ALTERNATE DETAIL OF SPLICE SCALE 1:20

CRAMP

FLOOR LEVEL

RIDGE PIECE BOLT

CAVITY WALL

FLOOR SLAB

PCC PURLIN ASBESTOS SHEET ROOFING

STEEL HINGE PLATE CAST ON SPANNING MEMBER

STEEL PIN

300 MM X 200 MM SUPPORTING MEMBER

2 NUMBER LEAVES

PLATE WELDED TO END OF MAIN BARS

FOOT OF PORTAL FRAME INSIDE CAST IRON SHOE

1000

20 MM JOINT OF FLEXIBLE RUBBER OR SIMILAR MATERIAL

20MM THK MAIN BARS

300

20MM THK MAIN BARS 50 MM COVER CONCRETE BEDDING

8 MM DIA STIRRUPS @ 200 C/C

SHOE BOLTED TO CONCRETE BASE

GLUE-LAMINATED TIMBER PORTAL FRAME SECTION SCALE 1:25

PITCHED SPANNING MEMBER 16 MM DIA MAIN REINFORCEMENT BARS

ALTERNATE DETAIL OF APEX

3 NUMBER LEAVES

ALTERNATIVE COLUMN FOUNDATION JUNCTION DETAILS SCALE 1:20

SCALE 1:20

SAUMYA AGARWAL

TIMBER AND RCC PORTAL FRAME

Saumya Agarwal

A001

CONSTRUCTION BSSA

SEM6

03.03.2021

DWG

SCALE

Academic Project

>MECHANICAL DUCTING | VENTILATION

CT

FRESH AIR INLET (20%)

FAN RETURN ROOM

SUMP PIT

SUMP PIT FAN SUPPLY ROOM

UGT + RAIN WATER HARVESTING TANK

FAN SUPPLY ROOM

SUMP PIT

FAN RETURN ROOM

BMS ROOM

C

E

PUMP ROOM

FAN SUPPLY ROOM

AC ROOM

UP

SUMP PIT

FAN RETURN ROOM

ELECTRICAL ROOM

UP

Wall to avoid contact between two air steams

Window AC Unit

FAN RETURN ROOM

FAN SUPPLY ROOM

UP

50 deg F

EVAPORATOR

FROM AHU

SUPPLY AIR COOL AIR

INSIDE

UP

AHU

OUTSIDE

EXPANSION VALVE (LOW PRESSURE)

ROOM WARM AIR

FCU (FAN COIL UNIT)

80 deg F

70 deg F UP

SUMP PIT

UP

FAN SUPPLY ROOM

FAN SUPPLY ROOM

CONDENSING COIL

HIGH PRESSURE LIQUID (refregerant)

COOL AIR

DRIVER ROOM +TOILET

MAKE-UP TANK

Surrounding air used to cool water inside the cooling tower

HOT WATER (37 DEG) TO COOLING TOWER

CHILLED WATER SUPPLY (7 DEG)

UP

FAN RETURN ROOM

To compensate for water loss

COOL WATER (30 DEG)

RETURN AIR (80%) HOT AIR

UP

Hot air released as a by product of cooling

HIGH PRESSURE

LOW PRESSURE CHILLED WATER

ROOM

90 deg F

CONDENSOR

C

WARM WATER (12 DEG)

FAN RETURN ROOM

SUMP PIT

REFRIGERATION CYCLE

FAN SUPPLY ROOM

FAN RETURN ROOM

DWN

COMPRESSION REFRIGERATION PROCESS GUARD ROOM

COOLING TOWER MAKEUP TANK

GENERATOR

ENTRY

EXIT

BASEMENT PLAN 1:100

DOWN

LIFT

SHOP D

SHOP D

UP

AHU

AHU

LIFT

LIFT

UP

DOWN

32.4M

TERRACE FLOOR LEVEL

C

AHU

SHOP F

SHOP F

DOWN

UP

AHU

SHOP D

SHOP D

SHOP D

SHOP D

SHOP D

SHOP D

SHOP D

SHOP D

SHOP D

AHU

DOWN

STALL B

SHOP C

SHOP C

LIFT

AHU

LIFT

SHOP D

SHOP D

AHU SUPPLY DUCT

SHOP D

SHOP F ZONE 2

REGISTER

WARM WATER FROM CONDENSER TO COOLING TOWER

SHOP C

AHU

AHU RETURN DUCT

ZONE 6 COOL WATER FROM COOLING TOWER TO CONDENSER

STALL B

SHOP E

STALL B

STALL B

UP

ZONE 5

ZONE 4

SHOP E

STALL B

STALL B

AHU

DUCT DOWN

SHOP D

STALL A

STALL B

DIFFUSER

LIFT

UP

STALL A

STALL A

SHOP E

AHU

ZONE 1

SHOP F

SHOP A

SHOP F

DOWN

SHOP C

SHOP C

STALL A

SHOP B

SHOP F

UP

AHU

SHOP A

FIRST FLOOR LEVEL

5.4M

PLINTH LEVEL

1.5M

BASEMENT LEVEL

-3.0M

ZONE 3

SHOP A

DOWN DOWN

AHU

FIRE CONTROL ROOM

ENTRY

AHU

DUCT

AHU

PLINTH LEVEL 1.5M

KEY PLAN 1:100

GROUND LEVEL 0.0M

AHU AND FCU ZONES

GROUND LEVEL 0.0M AC PLANT ROOM

DOWN UP

AHU

SHOP D

SHOP D

AHU

FIRE CONTROL ROOM

ENTRY

6M

GROUND FLOOR PLAN 1:50

SCHEMATIC SECTION

LEGEND

NOTES: THE AHU IS USED TO CONTROL THE FOLLOWING PARAMETERS OF THE SPACE. -TEMPERATURE -HUMIDITY -AIR MOVEMENT -AIR CLEANLINESS

AN AIR HANDLING UNIT (AHU), IS A MACHINE USED TO REGULATE AND CIRCULATE AIR AS PART OF A HEATING, VENTILATING, AND AIR-CONDITIONING (HVAC) SYSTEM. AN AIR HANDLER IS USUALLY A LARGE METAL BOX CONTAINING A BLOWER, HEATING OR COOLING ELEMENTS, FILTER RACKS OR CHAMBERS, SOUND ATTENUATORS, AND DAMPERS.

SAUMYA AGARWAL A001. A016. A045

AC DUCTING

SERVICE BLOCKS

SUPPLY DUCT

MANVI GANDHI

BSSA

SERVICES

DWG 4

NATURALLY VENTILATED

RETURN DUCT

ZAARA ARSIWALA

SCALE- VARIED

UNITS- MM

22.09.2021

>FIRE FIGHTING DETAIL

OVERHEAD TANK SUMP H PIT FAN RETURN ROOM

H

H

H

H

s

s

SUMP PIT

H FAN RETURN ROOM

FAN SUPPLY ROOM

s

H

H

s

SUMP PIT

H FAN RETURN ROOM

FAN SUPPLY ROOM

BMS ROOM

s

s

s H

AC ROOM

H PUMP ROOM

s

H

H FAN SUPPLY ROOM

ELECTRICAL ROOM

s

s

UP H

H

H

FAP

s

s

s

s

H

H

H

s

H

s

s

s

s

H

H

s

H FAN SUPPLY ROOM

FIRE FIGHTING DUCT

s

UP

H

s

H

H

s

FAP

s

s

H

s

SHAFT

TO SITE HYDRANT

s

s

H

H

s

s

H

TO SPRINKLERS ON ALL FLOORS

FROM MUNICIPAL WATER SUPPLY

H

s

H

H

FIRE EXIT

s

TO HYDRANT + HOSE REEL ON ALL FLOORS

TO SIAMESE FROM FIRE ENGINE

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

FIRE EXIT

s

H

s

H

s

H

H

s

H

s

H

s

H

SHAFT

s

FIRE EXIT

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

s

H

FIRE EXIT

s

H

s

H

s

H

H

s

H

s

UP

H

FAP

s

FIRE EXIT

H

s

s

UP H

SHAFT

s

FIRE EXIT H

SUMP PIT

H FAN RETURN ROOM

s

s

H

s

UNDERGROUND TANK

UP

UP H

H

H

H

H

H

H

H

H

H

H

H

FAP

s

s

s

H

s

H

s

FIRE EXIT

s

s

H

s

s

H

s

H

H

s

s

s

s

H

FIRE EXIT

s

s

H

s

s

s

H

s

H

s

s

H

s

FIRE EXIT

H

s

s

DIFFERENT CYCLES

s

H

s

s

OHT H

s

H

H

s

s

H

H

H

FIRE EXIT

H

H

s

s

H

s

FAP

H

H

H

s

H

SHAFT

s

H

H

H

s

FIRE EXIT H

s

H

H

s

H

s

FAP

H

s

FIRE FIGHTING UGT

FAN SUPPLY ROOM H

UGT + RAIN WATER HARVESTING H TANK

s

SUMP PIT

H

UP

s

DRIVER ROOM +TOILET

s

FIRE EXIT

H

SHAFT

UP

H

s

s

FAN RETURN ROOM H

s

FAN SUPPLY ROOM H

s

s

s

FAN RETURN ROOM H

SUMP PIT

s

s

TERRACE FLOOR LEVEL

s

32.4M

FAN SUPPLY ROOM H

FAN RETURN ROOM H

TO FIRE HYDRANTS

DWN

HOSE REEL

SPRINKLER

FROM MUNICIPALITY

BASEMENT PLAN 1:50

DUCT

HOSE REEL WET

RISER SPRINKLER

ZONE 1

FIRE DAMPER

ZONE 2

FIRST FLOOR LEVEL

5.4M

PLINTH LEVEL

1.5M

BASEMENT LEVEL

-3.0M

UP

UP

SIAMESE CONNECTION

ZONE 3

DUCT

SITE HYDRANT

ZONE 4

GROUND LEVEL

0.0M

F.F. TANK

KEY PLAN 1:100

SPRINKLER ZONES, FIRE SHAFTS

SCHEMATIC SECTION

NOTES: COMPONENTS OF A BUILDING FIRE-FIGHTING SYSTEM : -FIRE EXTINGUISHERS -FIRE HOSE REELS -FIRE HYDRANT SYSTEMS -AUTOMATIC SPRINKLER SYSTEMS.

LEGEND EXTINGUISHING AGENT-PRINCIPLE USE WATER-WOOD AND PAPER FIRES - NOT ELECTRICAL FOAM-FLAMMABLE LIQUID FIRES - NOT ELECTRICAL CARBON DIOXIDE-ELECTRICAL FIRES DRY CHEMICAL-FLAMMABLE LIQUIDS AND ELECTRICAL FIRES WET CHEMICAL-FAT FIRES - NOT ELECTRICAL

FIRE EXIT

FAP

FIRE EXIT SIGNAGE

SIASMESE

SPRINKLER

FIRE HYDRANT

EMERGENCY LIGHT

DRY SPRINKLER

HOOTER

PORTABLE FIRE EXTINGUISHER

H

HEAT DETECTOR

FIRE ALARM

SAND BUCKET

s

SMOKE DETECTOR

SAUMYA AGARWAL A001. A016. A045

FIRE FIGHTING PLANS

MANVI GANDHI

BSSA

SERVICES

DWG 6

ZAARA ARSIWALA

SCALE- VARIED

UNITS- MM

22.09.2021

31