Pritesh Vora - Architectural Portfolio

PRITESH VORA

ARCHITECTURAL PORTFOLIO SELECTED WORKS (2019 – 2024)

CURRICULUM VITAE

PRITESH VORA Architect Recently graduated with a Bachelor of Architecture (B.Arch), I am eager to begin my career in the field of Architecture. My academic background has provided me with robust abilities in Concept Development, Design Development, Software Proficiency, and Time Management. I am excited to bring my unique perspective, commitment, and passion for creative design to a vibrant architectural firm.

Mumbai, Maharashtra Contact : +91 – 9028197590 Email : priteshvora2000@gmail.com

EDUCATION

COMPETITIONS

• L. S. Raheja School of Architecture, Mumbai Bachelor in Architecture 2019 – 2024

• GSEN Trophy 2021, NASA 64th Year.

Team Co-Head, Second Position.

• M . J Junior College, Jalgaon HSC Science 2019

• ANDC Trophy 2021, NASA 64th Year Team Co-Head, Shortlisted Top 48.

• St’ Joseph’s Convent High School, Jalgaon SSC 2017

• ANDC Trophy 2020, NASA 63rd Year.

Shortlisted Top 100.

LANGUAGE

• GSEN Trophy 2020, NASA 63rd Year.

Participated

English | Hindi | Marathi | Gujarati | Kutchi (Native)

ELECTIVES AND WORKSHOPS • Elective : QGIS - Ar. Rama Shivalkar

DOCUMENTATION Temple Complex at Walaval, Sawantwadi. SEM I (2019).

• Elective : Building Construction Management Ar. Meghana Patil

SOFTWARE SKILLS

• Elective : Windows, Daylight Visualizer for Glass facades.

Ar. Mridula Pillai and Ar. Anuj Gudekar

Drafting and 3D Modelling • AutoCAD • SketchUp • Revit (Basic)

Microsoft Office • Word • PowerPoint • Excel

Adobe • Photoshop • Illustrator • Lightroom

Render • Lumion • Enscape • V-ray • Twin Motion

Learning • Dynamo (BIM) • Navisworks (BIM) • Blender

OTHER SKILLS • Concept Development • Model Making • Sketching • Hand Drafting • Architectural Photography

WORK EXPERIENCE •

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• Elective : Architectural Fiction • Elective : Bioclimatic Design Approach. - Ar. Neeta Sarode.

• Workshop : Wattle and Daub Workshop.

• Workshop : Brick Bonds and Brick Arches • Workshop : Wood Joinery- Retractable Chair.

• Workshop : Art Direction - Filmmaker Abhinay Deo • Workshop : Architectural Photography Ar. Arjun Nichani • Workshop : Film Making – Architecture Practice VS Production Design – Ar. Nikhil Shanbhag

• Workshop : Bombay Deco – Ar. Neha Parulekar

EXTRA CURRICULARS • General Secretary (2023 – 2024) The Jain Education Society, Wadala, Mumbai

Internship - Evolve Design Studio – Mumbai (15th November 2022 – 15th May 2023) Principal Architect – Ar. Manmohit Chawla

• The Student of the Year (2023 – 2024) The Jain Education Society, Wadala, Mumbai

Freelance – Evolve Design Studio – Mumbai (2024) Principal Architect – Ar. Manmohit Chawla

• Floor Secretary (2022-2023) The Jain Education Society, Wadala, Mumbai

01

“URBAN EFFICACY”

01 - 12

A CASE-BASED APPROACH TO RESIDENTIAL DEVELOPMENT IN AN URBAN CONTEXT SEMESTER X | DESIGN DISSERTATION

02

TRANQUIL RETREATS

13 - 16

ENHANCING JOURNEYS WITH SERENE WAYSIDE AMENITIES SEMESTER IX | ARCHITECTURAL DESIGN | GROUP WORK

03

HOUSING FOR FUTURE

04

SEARCHING FOR A NEW BALANCE BETWEEN FORM AND FUNCTIONALITY

05

AN OPPORTUNITY FOR IMPACT

06

17 - 20

SEMESTER VII | ARCHITECTURAL DESIGN

21 - 24

SEMESTER VI | WORKING DRAWING

25 - 28

SEMESTER IV | ARCHITECTURAL DESIGN

URBAN PLANNING SEMESTER VII | GROUP WORK

29 - 30

07

NASA GSEN TROPHY 64TH YEAR (2021-2022)

08

NASA ANDC TROPHY 64TH YEAR (2021-2022)

09

NASA ANDC TROPHY 63TH YEAR (2020-2021)

10

NASA GSEN TROPHY 64TH YEAR (2021-2022) DELAYERING URBAN FOODSCAPES

11

SAAVAN – CAFÉ DESIGN

31 - 34

AMPLE AGAIN: REPLENISHED BOUNTIES OF THE SEA GROUP WORK | SPECIAL MENTION

35 - 38

MILIEU, A SOCIAL REINCARNATION GROUP WORK | SHORTLISTED TOP 48

39 - 40

TENZINF NORGAY BUS TERMINUS, SILIGURI GROUP WORK | SHORTLISTED TOP 100

41 - 42

GROUP WORK

43 - 44

SEMESTER IV | INTERIOR DESIGN

CONTENTS

01

“Urban Efficacy” A Case-Based Approach to Residential Development in an Urban Context DESIGN DISSERTATION | Ar. Anuj Gudekar AutoCAD | SketchUp | Photoshop | Enscape | Lumion Site Location – Wadala, Mumbai

"Urban Efficacy," employs a case-based methodology to conduct a comprehensive comparative analysis of high-rise and low-rise residential development within the dynamic urban landscape, where efficacy is defined as the ability to achieve desired goals. The study aims to shed light on the diverse factors influencing urban development, and the subsequent impact on the quality of life for residents. .

High-Rise Structure

Low-Rise Structures

A high-rise structure is a building that exceeds 24 meters in height, surpassing the reach of conventional firefighting equipment. High-rise structures are notable for their considerable height in relation to their ground-level footprint.

Low-rise structures are buildings that typically range from one to four levels and is within the reach of conventional firefighting equipment and which usually don’t have mechanical vertical circulation system.

In India, more than 35% of the population, which is approximately 48 crore people, resides in urban regions, and this number is growing at a rate of 2.34% annually. It is projected that by 2030, over 50% of India's population will be living in urban areas. The Increase in population in urban Area significant stress on public services such as housing, sanitation, transportation, electricity, water supply, healthcare and education.

Where will we Accommodate them?

01

Challenges Faced by Urban India

High Rise Building

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Accommodating more people in a small footprint Reduce urban sprawl, preserving green areas

• •

More spread-out living.

Increased urban sprawl, encroaching on green spaces

Optimal use of available space Mixed-use developments

• •

Larger footprint Diverse urban landscape

• •

Smaller utility networks Emphasizes pedestrian-friendly streets, cycling lanes, and efficient public transit options, fostering a walkable community and reducing reliance on personal vehicles, thus promoting sustainability and a higher quality of life

Higher initial construction and material costs due to the complexity required Prime urban areas may yield substantial returns on investment

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Lower initial construction and material costs Contribute to long-term property values.

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High grade materials and construction techniques used to withstand various loads, including wind, seismic forces, and the weight of the building itself

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Traditional materials and methods, requiring less specialized engineering expertise

• •

Fostering vertical neighborhoods Sense of urban vibrancy and proximity to amenities Common areas like lobbies and elevators becoming important spaces for encounters.

• • •

Encourage closer-knit communities.

Stronger sense of belonging.

Amenities and services might be more spread out

• • •

Lower energy demands Potentially impacting green spaces By employing locally sourced, eco-friendly materials Emphasizes efficient insulation, natural lighting, and passive heating and cooling systems. Incorporating green spaces, communal gardens, and rainwater harvesting systems

Urban Density

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Land Use Efficiency

• •

•

Infrastructure And Transportation Impact

•

•

Economic Aspects

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Structural System

Social And Community Factors •

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Environmental Impact And Sustainability

• •

•

Safety And Resilience

•

Eyes On Street

Low Rise Building

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Advanced systems for water, electricity, and waste management, requiring substantial investments in utilities Well-planned transit systems and road networks

Exhibit higher energy consumption and carbon.

Make optimal use of available space Promoting energy efficiency and lowering emissions.

Engineered with rigorous safety measures, including fire suppression systems, multiple escape routes, and seismic reinforcement.

A vertical dimension. Carefully positioned windows and balconies provide clear sightlines, enhancing natural surveillance over public spaces and surrounding areas.

Ground-level entrances, well-lit pathways, and visible amenities encourage pedestrian activity, promoting walkability and accessibility.

•

•

• • •

•

potentially

Simpler evacuation dynamics Sturdy foundations, effective fire protection Early warning systems, and training residents in emergency response protocols.

Street-level engagement with features like storefronts, outdoor seating, and residential entrances facing the street. This enhances natural surveillance and activates public spaces, discouraging criminal activity. Furthermore, walkable layouts, well-maintained sidewalks, and accessibility features contribute to a sense of safety and well-being.

02

Conclusion The choice between high-rise and low-rise development in an urban context is far from a one-size-fits-all decision. Both models present unique advantages and challenges. In conclusion, the choice between high-rise and low-rise development should be context-specific, considering the unique needs, constraints, and aspirations of a given community or urban area. In the decision-making process between high-rise and low-rise development, striking a balance between floor space index (FSI) feasibility and prioritizing livability is crucial for optimizing urban living. Ensuring compliance with FSI regulations guarantees economic viability, but a conscious shift toward emphasizing livable factors contributes to a holistic urban experience.

Site

Site Selection In Mumbai, where land availability for new residential development is limited, Redevelopment of existing buildings or plots is a common strategy to maximize land use efficiency and meet housing demands. Redevelopment involves replacing old or dilapidated structures with modern, often higher-density developments, thereby optimizing the use of available land.

•

The Site is Located in the Southern part of F/North Ward

•

Wadala

is

situated

in

the

eastern part of Mumbai and is one of the original islands that

formed the city earlier known as Parel.

•

It is bordered by Dadar to the west, Matunga to the northwest, and the Arabian Sea to the east.

•

Wadala has undergone significant Development in recent years. The area has witnessed the construction of residential and commercial complexes, making it a prominent part of Mumbai's urban landscape.

03

•

The area of the site is Approx 5,600 sq.m

•

The Site consist of amalgamation of 8 smaller plots

Development Plan

According to the Development Plan the land use around the site consists of – • Residential - Private Residential Apartments, Government Staff Quarters • Open Spaces - Recreation Ground, Playground • Institutions - Primary and Secondary Schools, Municipal Schools, Colleges • Health - Municipal Hospital, Dispensary/ Health Post • Retail Markets • Services – Municipal Chowky, Solid Waste Management Facility, Sewage Pumping Station, Road Department, Hydraulic

Engineering Department, STP Facility and Railway Facility

04

Reimagining Livable Housing in Mumbai : A Design Exploration More Vertical Core, Less Lobby Space

05

Less Vertical Core, More Lobby Space

1st MODULE TYPICAL FLOOR PLAN

1st MODULE GROUND FLOOR PLAN

1st MODULE FIRST FLOOR PLAN

06

Building Level

Section Section

Details

07

Commercial

Amenity

Residential

View from Monorail

Details Elevation

Section

08

2nd MODULE GROUND FLOOR PLAN

09

2nd MODULE FIRST FLOOR PLAN

2nd MODULE TYPICAL FLOOR PLAN

2nd MODULE REFUGE FLOOR PLAN

10

Details

Section

11

2nd Module Fire Fighting Layout

12

02

TRANQUIL RETREATS ENHANCING JOURNEYS WITH SERENE WAYSIDE AMENITIES DESIGNING A WAY SIDE AMENITYIES Semester IX | Architectural Design | Ar. Mandar Parab AutoCAD | SketchUp | Photoshop | Enscape | Lumion Site Location – Dawala, Maharashtra

The wayside amenities provides rest and refreshments for highway commuters during their journey. These amenities have been part of highway which adds value for the user which contributes locally and nationally. The architectural concept of "Restore, Reconnect, and Rejuvenate" encompasses principles and design strategies aimed at creating spaces and environments that promote well-being, sustainability, and a sense of renewal. This concept is particularly relevant in the context of architecture and urban planning, where it addresses the need to create spaces that benefit both individuals and communities.

Proximity Map

Form Development W.R.T to Site Context Parallel and Perpendicular to Site

13

SITE GROUND FLOOR PLAN

7. Car Parking 8. Bus Parking 9. Plaza and Village Haat 10. Food Court 11. Water Pond 12. Motel Block 13. Medical Facility 14. Area for Expansion 15. Exit

1. Entry 2. Fuel Station 3. Auto Workshop 4. Truck Parking 5. Warehouse 6. Dhaba and Dormitory

A’

5.

6.

4.

3.

7.

8.

2.

2.

9.

14.

8.

A 10.

14.

11.

12.

B

13.

B’

1.

15.

Medical Facility

Single Sharing Room

Reception, Café and Business Center

Twin Sharing Room

Service Area

Motel PLAN 14

SIECTION AA’

Ware House Plan

Ware House Section

15

FOOD COURT PLAN

Ware House Exploded Isometric View

SIECTION BB’ 16

03

HOUSING FOR FUTURE HIGH RISE MASS HOUSING Semester VII | Architectural Design | Ar. Umesh Pachigar

AutoCAD | SketchUp | Photoshop | Enscape Site Location – Vikhroli (East), Mumbai The site is surrounded by Tagore Nagar road and Station road on East and South of the site respectively, which connects to the main Eastern Express Highway. The main aim was to reimagine and design housing for the future, redefine the house and the housing. The area of site was 12191 sq.m. The Design proposal was to be built with consuming FSI of 3. In the given proposal total permissible built up area shall be divided as per consumption.

• Apartment type 2 : 45 sq.m – 35% of the total permissible BUA • Apartment type 3 : 60 sq.m – 35% of the total permissible BUA • Apartment type 4 : 90 sq.m – 20% of the total permissible BUA • Commercial Block – 10% of the total permissible BUA

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3

4 2 13

7 11

17

8 12 9 15

5

16

14 10

6

1

GROUND FLOOR PLAN 1. Service Entry 2. Entry 3. Exit 4. Ramp for Commercial 5. Service Entry for Retail 6. Garbage Collection

7. Commercial Office 8. Commercial Lobby 9. Plaza 10. Retail Store 11. Amphitheatre 12. Drop off for B Wing

VIEW OF PLAZA

13. Drop off for A Wing 14. Drop off for C Wing 15. Electric Substation 16. DG set 17. FFT and UGT

VIEW OF RETAIL SHOP 18

12 11 10

1

13

9

9 2 3

8

4 5

5

7 6 2

TOP OF PODIUM PLAN 1. Swimming Pool 2. Step Sitting 3. Library 4. Recreational Pool

19

5. Elevated Deck 6. Yoga Room 7. Gymnasium 8. Spa

9. Club House 10. Office 11. Children Play Area 12. Sand Pit 13. Day Care

2 BHK Flats with Refuge Floor

1 and 3 BHK Flats with Refuge Floor

2 BHK Flats

1 BHK Flats with Refuge Floor

VIEW OF BUILDING

VIEW OF CHILDREN PLAY AREA

VIEW OF RECREATIONAL POOL

VIEW OF AMPHITHEATRE

SECTION THROUGH B WING AND RETAIL STORE

20

04

SEARCHING FOR A NEW BALANCE BETWEEN FORM AND FUNCTIONALITY THE DISTRICT COURTHOUSE Semester VI | WORKING DRAWING | Ar. Rohan Patil AutoCAD Site Location – Kurla, Mumbai

GROUND FLOOR CIVIL PLAN

PLAN

DETAIL 21

SECTION

GLASS BLOCK DETAIL

SECTION AA’

SECTION BB’

22

STAIRCASE DETAILS

DETAILED SECTION CUT THROUGH TREAD

DETAIL SECTION OF TREAD AND RISER

PLAN

SECTION AA’ 23

TOILET DETAILS

TOILET PLAN

SECTION BB’

DETAIL SECTION THROUGH WASH BASIN

DETAIL SECTION THROUGH WINDOW 24

05

AN OPPORTUNITY FOR IMPACT DESIGNING A LEARNING SPACE Semester IV | Architectural Design | Ar. Anmol Warang AutoCAD | SketchUp | Photoshop | Enscape Site Location – Naluvedapathy, Tamil Nadu

Naluvedapathy is a coastal village in the Indian state of Tamil Nadu. The site has rich vegetation and has scattered settlement. The brief aim was to understand the social, cultural, and environmental issues faced by rural communities from an Indigenous perspective and to design, in the studied rural region, a space for learning that is inventive, environmentally responsible, culturally specific, and reflects the needs of modernized rural development while keeping tradition at heart.

25

FORM DEVELOPMENT

S

N Segregation of Levels

Orientation

Courtyard

Final Volume

Subtraction of Volume to enhance Wind Direction

Kitchen and Service Area Multipurpose Space used by Students as well as Community

Storage for Midday Meal below staircase

Medical Room

Ramp (1:12)

Admin Office, Principal Office, Staff Toilet and Staff Room

Courtyard

Classroom Anganwadi

Classroom Toilet and Janitor Room

GROUND FLOOR PLAN 26

FIRST FLOOR PLAN

Store Room

Classroom Library

Space for Activity Ramp (1:12)

Classroom

Large Overhangs must be provided to reduce sunlight and rain entering inside the space

Light colored External Facades should be provided to reduce heat gain through walls.

27

Courtyard helps to reduce heat gain in the structure, keep the indoor spaces Cool and provide Natural Light .

Brick Jali helps in creating funnels by breaking it into smaller segments.

PASSIVE STRATEGIES

Hip Roof are best in wind Resistance, can resist uplift Pressure and thus reducing damage to structure

Thick Walls can be provided to achieve thermal comfort in the building envelope.

RCC frame structure to resist Calamity.

Mud Wall provide thermal Insulation

Locally available Burned Bricks act as a good Thermal Insulator.

Timber for furniture

Clay Roof Tiles that protect RCC slab

Lime Mortar for binding as well as for plastering improves water Resistance

MATERIALS USED

ISOMETRIC VIEW 28

URBAN PLANNING

06

GROUP WORK CITY PLANNING

30m Road Section

60m Road Section

29

LAND USE AREA CALCULATIONTOTAL AREA OF SITE = 3.38 KM 2 (100%) 8% WATER BODY + ECOLOGICAL CORRIDOR -(0.27 SQ KM) 14% ROAD NETWORK- (0.46 SQ KM) 78% BUILT UP – 1) RESIDENTIAL 62% (1.63 sq. km) (0.29 sq. km) 2) COMMERCIAL 12% (0.31 sq. KM) (056 SQ KM) 3) INDUSTRIAL 4% (0.10 sq. km) (0.018 SQ KM)

30

07

31

33

34

08

MILIEU, A SOCIAL REINCARNATION ANDC TROPHY, 64th NASA, INDIA Group Project AutoCAD | SketchUp | Photoshop | Enscape | Lumion Location: Cheruthoni Bridge, Kerela, India.

ANDC is NASA India's own design competition, which touches upon the current trends and approaches to architectural design.

This year's brief challenged to create a temporary housing for the blue collar laborers in the present construction industry. The overall theme of this year was 'Grassroots' where the main idea was to connect with the problems faced by them and provide adequate solutions for a better living. We came up with a approach of escaping the stigmata of the present living conditions for these workers. Our design incorporated local, affordable materials and easy construction along with the flexibility and multimodal use of the module.

35

ESCAPING STIGMA • • •

The design intends to adapt its outline from the confinement of a stigmatized environment, drawing familiarity with their present abode.

The framework is derived by imitating the cube, giving way to a breathable volume.

Facades, a combination of comfort and permeability, reinstate themselves back around the form. Eventually, returning to the evolved truth.

DESIGN PARADIGMS

36

SETTING UP BASE FRAME

CONSTRUCTING THE MAIN FRAME

SETTING THE PANELS

HINGING ONTO THE MAIN FRAME

ROOF INSTALLATION

CHAJJA FIXTURE

37

ANTHROPOMETRY AND DIMENSIONS 1.

2.

3.

4.

5.

6.

7.

8.

9.

Average Indian male height - 5.8 feet (1.7m) Average Indian female height - 5.2feet (1.5m) Door 10 feet (2m) Kitchen platform height - 0.3m Drawer height - 0.6m Bunk bed - 0.3m first bed from floor, 0.8m gap between lower bed and bunk bed.

Bed Length-1.8m.

Maximum Bed Height - 2m Breath - 0.75m

PLANNING CREATING A COMMUNITY When occupying adequate space on site, the modules may be arranged to share spaces; full of life - Alleyways, an Interactive Veranda, a Happening Courtyard or an Accommodating Porch.

38

57

11

SAAVAN CAFÉ DESIGN Semester IV | Interior Design | Ar. Sejal Shah AutoCAD | SketchUp | Photoshop | Enscape The Café is located on a Beach. Tropical Theme will create interaction with natural beauty by bringing nature to indoor space with organic colors, texture and different forms. Tropical theme will help in creating cool and relaxing atmosphere for the Users

MOOD BOARD

43

FLOORING

FLOOR PLAN

Anti Skid Vitrified Tiles

Engineered Wood

Deck Wood Flooring

Maple Wood with Oil Based Coating

SECTION

BEACH SIDE ENTRANCE

FRONT SIDE ENTRANCE

VIEW TOWARDS OUTDOOR AREA

VIEW TOWARDS COUNTER

44

PRITESH VORA Mumbai, Maharashtra Contact : +91 – 9028197590 Email : priteshvora2000@gmail.com