Pranjal Singh | Architecture Portfolio 2022 | SPA, New Delhi

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PORTFOLIO
P ranjal Singh | 7th Semester
B.Arch | School of Planning and Architecture, New Delhi
2019-22

PRANJAL SINGH

An avid believer in utilising the existing condition of the site and altering it to suite user requirements. Architectural space and form must not only satisfy user needs but also needs to be determined by the surroundings and the existing influential parameters of the site. In this manner, architecture created should be unique to the site and context it lies in.

I trust that in practicing architecture there is always room for learning and exploring. One must not be confined to one’s knowledge of computer skills that would eventually inhibit one’s creativity.

CONTACT

Agra, Uttar Pradesh - 282009 pranjal 3314arch19@spa.ac.in +91 91254 54450

EDUCATION

2019 - Present School of Planning and Architecture, New Delhi Bachelor of Architecture (B.Arch)

2005 - 2019 Christ the King College, Jhansi Indian Certificate of Secondary Education (ICSE)

2022 Malik Architecture, Mumbai Summer

2022 Elegante Interio,

2022 Standardization of Bus Shelters in India Council of Architecture

2021 Bauhaus University Campus 2021 Arkitekturo (EU) (Top 100 Entries)

2021 Street a-float

Arch8 (Honorable mention)

2021 The House 2.0

2021 The Labyrinth Arch8 (Honorable

Annual

CURRICULUM VITAE
COMPETITIONS SOFTWARE SKILLS WORK EXPERIENCE WORKSHOPS
Market Design
Archdais
mention) 2020
NASA Design Competition NASA India (Top 100 out of 800 + entries) CAD/ BIM Autodesk AutoCAD |Autodesk Revit 3D Modelling Rhinoceros 3D | Autodesk 3DS Max | Sketchup Analysis Grasshopper | Ecotect | Velux Rendering Lumion | Vray | Enscape | Blender 3D Adobe CC Photoshop | Illustrator | Indesign | Premiere Pro MS Office Word | Powerpoint | Excel
Internship
New Delhi 3D Visualization Extrinsic Species Blender 3D| Rhino | Grasshopper | Zbrush Designmorphine Fluid Urbanscape Rhino SubD| Grasshopper | Zbrush | Sansar Ola Research Lab

CONTENTS

2021 Universitat Exzenter

2021 Shafi-Manzoor Havelis

2020 Ekyam

2022 Aashray

2022 Leaf City (Design Development)

2022 Work Experience Miscellaneous

4-17 18-29 30-39 40-51 52-61 62-75 76-79

UNIVERSITÄT EXZENTER

The Bauhaus school was able to make for themselves a permanent place in history due to their ingenious use of technology, without displacing natural elements, and so introduced the world to the machine age. But, a malady of the present is that we have separated technology from its host, allowing it to proliferate like a cancer, killing us and our civilisations. Bauhaus 2021 was looked at as a means to bridge the gap by re-exploring our natural past, allowing technology to contribute, rather than disrupt the balance.

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Semester 4/ Competition | Dessau, Germany | Group of 4 Instructors: Ar. Anjali Mittal, Ar. Tarun Kumar, Ar. Nishant Kumar, Ar. Nimit Gandhi
SOUTHEAST ENTRANCE
8
2021 Bauhaus Site, School and Museum
THE SITE Low Level Residential Complexes Road Network and Cycle Track Railway Tracks CONTEXT PLAN

The Bauhaus School (literally meaning ‘construction house’ in German) was founded in 1919 by Walter Gropius in Weimar, then the capital of post WWI Germany. In this era of change and disillusionment, the movement sought to embrace 20th century machine culture in a way that allowed basic necessities like buildings, furniture, and design, to be completed in a utilitarian but effective way.

It was grounded in the idea of creating a Gesamtkunstwerk (“comprehensive artwork”) in which all the arts would eventually be brought together Today, Bauhaus is often credited as the catalyst for modern architecture and furniture and as an important influence on mid-20th century painting and sculpture. The 2021 Bauhaus Campus aims to fulfil a similar purpose, to be a place of hope, influence and exploration, that unites different people and redefine the harsh reality of our present. The main ideology was to cluster spaces that promoted and challenged a global student body to explore and create innovations suited for the streams of design that the campus aimed to merge. The spaces designed were to be dynamic to encourage interactions amongst the student body and to be in pace with the changing times and developments in the world.

Permeability

Flexibility Nature Individuality
EXPLODED AXONOMETRIC

The classrooms provide optimum flexibility in seating and interactivity for achieving the perfect environment to support discussions of different kinds. Workshops employ AR/VR technologies in lieu of multiple sets of physical equipment can contribute to judicious use of materials and labor, while also equipping the students for future hands-free machine environments.

Kit of parts: Kit-of-parts as a chosen component allows flexibility and efficiency by enabling use of prefabricated structures. Employed in the classrooms and workshops, the fractal hempcrete panels can be assembled and taken apart in a variety of ways.

EXHIBITION

The exhibition space is an expansive open space that can be used unofficially for a periodic display of works or officially for exhibitions open to the public. The large area caters to anyone who wishes to portray their understandings through different mediums. The flexibility of the exhibition space aims to cater to a multi-faceted interaction between the global student body by promoting a global culture.

An open to sky central space is usable for open air exhibition as well as an open air theatre whenever required. A closed gallery with display boards and screening stands connect to the auditorium in the west from underground.

12 CLASSROOMS AND WORKSHOPS
Gallery
Open Exhibition SECTION THROUGH EXHIBITION
CLASSROOM BLOCK
EXHIBITION SPACE

Clustered on the north side of the campus, vertically above the classrooms and workshops, the dormitories were designed with an ideology of transition from traditional learning spaces to a more relaxed and lenient environment.

The campus is facilitated with 5 dormitory clusters, each composed of 5 individual units and a unisex washroom. The washrooms are disabled friendly and can be accessed from within. Each room can occupy a maximum of two students with a direct access from the cycle and pedestrian tracks circumabulating the clusters.

Owing to its proximity, one can access the private cafeteria or the dispersed green pockets- two outdoor spaces that have been designed exclusively for the dorm users. Each cluster is also supplemented with its very own green terrace- with bridges interconnecting the clusters to create an elevated interactive space of the highest quality.

PLAN OF A DORMITORY UNIT SECTION OF THE ENVELOPE

AUDITORIUM

Presenting a louvered glass facade, the mound like shape of the auditorium was designed in such a manner to come across as being-risen up from the ground. The auditorium is a stepped marvel where theatrical acts are put up periodically. Ambient lighting is incorporated in a magnificent fashion into the overhead roof structure, and the stepped central space is surrounded by a ring-like gallery at the upper level where artistic works are put on display.

14 DORMITORIES
SECTION THROUGH AUDITORIUM
Soil Geotextile Layer Drainage Layer Waterproofing RCC Slab Channel Wire Mesh Jali Channel Channel in Elev.
DORMITORIES
AUDITORIUM
ACADEMIC BLOCK AND DORMITORIES

SHAFI-MANZOOR HAVELIS

This dwelling was created with the intention of serving as a role model for societal and social advancement, based on the ideal of equality. The concept of common life and labour that would create a systematic economy using the multifaceted programme was an attempt to achieve this equality. The idea of adaptive reuse made it possible to investigate a difficult cooperative mixed-use dwelling plan within an existing enclosure set against a vibrantly cultural environment. Functions, privacy, interaction, and places were prioritised in a hierarchy.

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Semester 5 | Jama Masjid, Old Delhi | Individual Project Instructors: Dr. Leon A. Morenas, Ar. Anuj Mittal, Ar. Tina Bali, Ar. Sanjay Bhardwaj HAUZ
QAZI ROAD

with a Chattaa over the street

The site context is known for its

be found due to its proximity to Jama Masjid.

THE

20 The site is a combination of two multi-courtyard Havelis and are connected
and is situated in a predominantly muslim mohalla close to Jama Masjid.
automobile repair market and numerous Hotels/guest Houses can
N Hotels/ Guest Houses Residences Mosques Shops with Residences above The site is accessed through Hauz Qazi Rd The two havelis are connected with a chatta (now closed) above the Hauz Qazi Rd
HAVELIS LAND USE ACCESS CONTEXT The site is predominantly surrounded by G+3 and G+4 structures Site Area : 870 sqm Existing BuiltUp : 965 sqm Existing Ground Coverage : 81% Existing FAR : 1.1

ADAPTIVE REUSE

EXISTING STRUCTURE

The existing configuration feature small rooms which were inadequate for various usages

STRUCTURE REMOVED

Walls were removed to optimize the usablity of the spaces and to accomodate services.

STRUCTURE ADDED

Built up area of the First floor is increased to accomodate residential and communal spaces.

“Shahjanabad : the moonlit square of Delhi bustling with life”

DESIGN

Along with the adaptive reuse of the 200 year old Shafi-manzoor haveli as a co-operative housing, the program further aims to introduce urban permaculture into the structure inspired from 60 richmond cooperative housing. The Communal kitchen will be run by the members of the co-operative including both, men and women serving the community as well as providing tiffin services for the nearby shops.

Additionally, the cooperative’s members will make pickles and spices to sell in accordance with the women of the mohalla, earning income and empowering the women of the society.

The workspace for the women who work in the pickle and spice business will be transformed into a marketplace that operates three times a week, giving the company publicity while also allowing other local merchants and craftspeople to come in and demonstrate and sell their wares to the community.

A mohalla clinic will also be setup in the Manzoor Haveli which will be beneficiary for the cooperative and the mohalla as it’ll provide primary healthcare which is much needed because of congestion and health concerns in the area. Mohalla clinics deliver healthcare to the entire neighbourhood and thus saving the travel time and expenses of the individuals and the community.

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INTENT Schematic Working Model of the Cooperative

Current Condition:

• Lack of Funds

• Abandoned Manzoor Haveli

• Lack of primary Healthcare

Initiatives:

• Restoration of Havelis

• Establishment of Mohalla Clinic to look after the healthcare needs of the mohalla

Process:

• Use of Indigenious materials to restore and renovate the havelis

• Restoration of architectural elements to preserve the cultural heritage

Outcomes:

• Self- sufficient cooperative working towards the upliftment of the society

• A heritage center witnessing the crafts and culture of Old Delhi

• A product of adaptive reuse creating positive impacts on the climate and natural environment

24 EXPLODED AXONOMETRIC 1. Service Basement 2. Daycare 3. Playground 4. Marketplace 5. Open Market 6. Shops 7. Communal Dining 8. Community Kitchen 9. Dwelling Units 10. Communal Washing 11. Communal Living 12. Dwelling Units 13. Meditation Space 14. Vegetable Garden 15. Communal Terrace 16. Mohalla Clinic 17. Dwelling Units 18. Dwelling Units 19. Communal Terrace 20. Chatta Passage Basement Floor Circulation Services Ground Floor First Floor Second Floor Third Floor Retractable Roofing
COMMUNAL TERRACE
SHAFI HAVELI TERRACE GARDEN DWELLING UNIT TYPE 2 DAYCARE CENTER COMMUNAL TERRACE MARKETPLACE
HAUZ QAZI ROAD COMMUNAL LIVING CHATTA PASSAGE MOHALLA CLINIC DWELLING UNIT TYPE 1A MANZOOR HAVELI PERSPECTIVE SECTION THROUGH THE HAVELIS
SHAFI HAVELI

EKYAM | ,sD;e

Semester 3 | Ballia, Uttar Pradesh | Individual Project

Ekyam was created for a vernacular setting in the Uttar Pradesh hamlet of Ballia. The work-live proposal aimed to serve as an answer to the village’s concerns such as its over-reliance on agriculture for revenue. To combat the same, vocational facilities such as a pottery studio and cow ranching have been established. These solutions will not only help the family generate income, but will also allow the rest of the individuals to earn funds from sources other than farming.

The use of locally available materials such as burnt clay bricks and native bamboo, as well as timber taken from the area’s numerous neem trees, provides for a tribute to the environment. By utilizing it solely in the brick vault, use of steel has been reduced.

30 5 4 3 2 1 NAME SECTION ROLL NO. A/3314/2019 A PRANJAL SINGH SUBJECT SCALE TOPIC BUILDING CONSTRUCTION BUILDING SKIN N B.O.S. = 4050 B.O.B. = 3300 WIN. SILL = 900 20 THK WPC PANELS 2400 X 200 ALUMINIUM SQUARE SECTION 100 X 100 TIMBER FRAME 150 x 50 ARGON FILLED GLASS 6 + 12 + 6 12 MM CEMENT TILE 300 X 1500 CC PROJECTION STAINLESS STEEL TRANSOM (150 X 50) MULLION (150 X 50) 15 THK TOUGHENED 1. ALL DIMENSIONS IN MM. WITH ALL OTHER DETAILS, LARGE SCALE 4. DIMENSIONS OF DETAILS WILL TAKE PRECEDENCE OVER OTHER DRAWINGS. BE BROUGHT TO THE NOTICE OF THE 6. THE DRAWING IS AN EXCLUSIVE CANNOT BE COPIED OR REPRODUCED, AND HAS BEEN FURNISHED ONLY FOR THE 12 THK CEMENT TILE 1500 X 300 NORTH WEST: CURTAINWALL GLAZING CLEAR GLASS 15 THK
Instructors: Ar. Anjali Mittal, Ar. Tarun Kumar, Ar. Nishant Kumar, Ar. Nimit Gandhi
CENTRAL COURTYARD

The location is in a secluded hamlet in Malap Harsenpur, Uttar Pradesh’s Ballia District, near Varanasi. The Middle Ganga Plain East includes this region. It is a level plain with little elevation fluctuation. The site is accessed from the east by a 1.5-meter-high road built by the region’s regular use of tractors, and a seasonal canal is located to the west of the site. It is also surrounded by neem trees.

Modified

Site Plan

32
Existing Site : Disconnected from the access.
Site : A gradual slope is provided to reach the farms and is infilled to meet the access. Access road Access road Shed and PotteryResidence

The occupational blocks, along with the entry road, are located on the eastern edge to provide customers and other workers convenient access while preserving privacy in the residential space.

The residential block is located on the site’s western border to provide a view of the sunset. Secondly, the living areas use the site’s existing trees and take advantage of their shading capacity for thermal comfort. Because of their shade capacity, the trees also allow for a semi-built structural concept.

To improve circulation for employees working at the shop, the animal shed is positioned near the occupational area. It is also exposed on the eastern end to bring in ample morning sun, which is advantageous because the area is primarily utilized in the morning.

The baithak and shed are supported by timber columns and beams and have slanted thatched covering.

Waterproofing Membrane

Timber Rafters (150 x 200 mm) form the framework of the sloped roofing.

Secondary Timber Beams cover the framework and forms the ceiling of the residence.

Burnt Clay Brick Vault reinforced with Steel rebars forms the roofing of the Cattle Rearing component and the Pottery Studio.

300

All of the areas have cob flooring, which is a blend of clay, cow dung, and straw.

1. Residence

Cattle Rearing

Pottery Studio

34 EXPLODED AXONOMETRIC
2.
3.
mm Thick Mud Walls
3 2 1 Timber Members
CATTLE REARING COMPONENT

Sleeping Spaces: Four sleeping spaces connected to the central courtyard for easy circulation while offering views to the outside. They also cater to the privacy requirements of the family

Cattle Rearing: The space has easy access to the further farms for catlle grazing and ploughing the fields. The semiopen space will predominantly be used in the morning hours and will also cater to dairy farming

Courtyard: Vernacular an existing on community gatherings. of the residence

Kitchen: Traditional household kitchen where the family gathers toogether to cook. It is also seamlessly connected to the baithak where they can eat their meals

Vernacular courtyard established around site tree. Used for interaction and gatherings. The space enriches the interiors residence with natural lighting

Pottery Studio: Has an undulating semi open vaulted ceiling and incites an emotion of contentment in the users of the space. The space enables users to practice pottery and showcase their works on display

SECTION THROUGH THE COURTYARD
EKYAM

AASHRAY | vkJ;

Competition Project| Pan-India| Group of 2

Reimagining the idea of a highway bus shelter- Aashray was not only viewed as a transitory space but also one of a experiential stopover for its passengers. Bus shelters often encourage continuous movement for the modern day city life. However, it is often overlooked from being multifunctional- users are able to take rest, be active and socialize within the space. Aashray is envisioned as a national solution to bus shelters- accommodating and suitable to all the three primary contextual variations that India’s highways flow through- urban, semi urban and rural settings.

40
BUS BAY

A self sufficient space- Aashray is erected by recycling a variety of materials, aiming to reduce harmful contributions to global warming, and accomplishing to produce sustainable energies and providing for itself. Enclosed partially from the front and the rear- allowing for a streamlined passage of air within, the shelter with a standardised spatial size of 15x3 meters is equipped with a cantilever shading of 1 meter over the bus. It can be suited for any location due to its versatility of materials, adaptable design considerations, ability to resize to varying pedestrian footfalls and a wide range of climatic zones.

In the present day concrete jungle, the shelter revitalizes automobile scrap metal for its basic structural framework, with plexiglass and recycled plastic boards as the primary facade materials to help keep the structure lightweight and easy to erect. The organic form enclosing the space helps one not feel confined within but experience the form of the shelter- symbolic of the transcient and agile nature of bus shelters and the surroundings that it is set in.

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1. Highway potential site considered 3. Zones demarcated on a 15 x 3 m footprint 5. Aluminium pipe sections welded to create a seamless form 4. 15 x 3 m roof plane extruded out for cantilever and divided into two 6. Structural components added to the assemblage 2. Pavement modified to segregate bus bay assiring passenger safety DESIGN INTENT
STRATEGIES PROPOSED
BUS

PLAN

PLAN

46 boarding bay disabled friendly toilet kiosk and water dispenser electrical pv generation seating with charging tactile flooring railings for safety
OF SHELTER FRONTAL ELEVATION 3000 1150 1450 7900 1400 545 2775 200 2700545 545 545 20902675 440 200 200 200 200 200 15000 KEY PLAN Plan and Elevation | 1:50आशरय boarding bay disabled friendly toilet kiosk and water dispenser electrical pv generation seating with charging tactile flooring railings for safety
OF SHELTER FRONTAL ELEVATION 3000 1150 1450 7900 1400 545 2775 200 2700545 545 545 20902675 440 200 200 200 200 200 15000 KEY PLAN Plan and Elevation | 1:50आशरय aashray

PLATFORM LEVEL

LEVEL

ROAD LEVEL

deboarding bay with integrated stations
+500 disabled friendly toilet
±00 SHELTER AT +1000 lvl ELEVATION OF SHELTER 7900 900 4100 4600 2700 2775 1450 430 200 545 200 545545545 200200200200 15000 02 deboarding bay with integrated stations PLATFORM LEVEL +500 disabled friendly toilet ROAD
±00 SHELTER AT +1000 lvl ELEVATION OF SHELTER 7900 900 4100 4600 2700 2775 1450 430 200 545 200 545545545 200200200200 15000 COA-NHLML/IDC/1794/202202all dimensions in mm PLAN OF SHELTER AT +1000 LVL FRONT ELEVATION OF THE SHELTER

Plexiglass

∅100

Enclosed Facade

Structural

aluminium

atop

sections (welded)

Plexiglass Semi Enclosed Facade Modular

Toilet

Hollow aluminium Structural Member

for rainwater collection

Information

Plastic Board

generation Box

Timber Seating

Information Display Screen

Kota Stone

plinth

Plexiglass

Enclosed Facade

Structural

Seating

48 SECTION THROUGH PLEXIGLASS FACADE
hollow
circular
PV panels overlaid
structure
Bio
Gutter
Digital
Display Screen ∅25 hollow aluminum Square Section Recycled Milk
Electrical PV
Digital
20 thk
Flooring 10 thk cement mortar RCC raised
Road layers ∅100 hollow aluminium circular sections (welded) PV panels overlaid atop structure
Semi
Modular Bio Toilet Hollow aluminium
Member Gutter for rainwater collection Digital Information Display Screen ∅25 hollow aluminum Square Section Recycled Milk Plastic Board Electrical PV generation Box Timber
Digital Information Display Screen 20 thk Kota Stone Flooring 10 thk cement mortar RCC raised plinth Road layers SECTION THROUGH DEBOARDING BAY 1150 465 150 900 4100 4600 30001150 840 1430 465 150 900 4100 4600 3000 840 1430 COA-NHLML/IDC/1794/202203Sections | 1:40 all dimensions in mm SECTION THROUGH PLEXIGLASS FACADE ∅100 hollow aluminium circular sections (welded) PV panels overlaid atop structure
Semi
Modular Bio Toilet Hollow aluminium
Member Gutter for rainwater collection Digital Information Display Screen ∅25 hollow aluminum Square Section Recycled Milk Plastic Board Electrical PV generation Box Timber Seating Digital Information Display Screen 20 thk Kota Stone Flooring 10 thk cement mortar RCC raised plinth Road layers ∅100 hollow aluminium circular sections (welded) PV panels overlaid atop structure Plexiglass Semi Enclosed Facade Modular Bio Toilet Hollow aluminium Structural Member Gutter for rainwater collection Digital Information Display Screen ∅25 hollow aluminum Square Section Recycled Milk Plastic Board Electrical PV generation Box Timber Seating Digital Information Display Screen 20 thk Kota Stone Flooring 10 thk cement mortar RCC raised plinth Road layers SECTION THROUGH DEBOARDING BAY 1150 465 150 900 4100 4600 30001150 840 1430 465 150 900 4100 4600 3000 840 1430 COA-NHLML/IDC/1794/202203Sections | 1:40 all dimensions in mm KEY PLAN KEY PLAN Sectionsआशरय aashray KEY PLAN KEY PLAN Sectionsआशरय aashray SECTION THROUGH PLEXIGLASS FACADE SECTION THROUGH DEBOARDING BAY
BUS SHELTER
AASHRAY

LEAF CITY

AETC Architects | Design Development

Semester 6 | Lausanne, Switzerland | Group of 3

Instructors: Dr. Leon A. Morenas, Ar. Radhika V., Ar. Tina Bali, Ar. Sanjay Bhardwaj

In the design development studio we were expected to take an unbuilt competition entry for a mixed use residential building. throughout the semester we had to analyze, research, study and detail out various systems in the building- spatial, program, codal compliance, structure, environmental strategies, HVAC, other energy systems, water supply, refuse system, etc.

The project aims to serve as a connection between the municipalities of Prilly and Malley, different means of commute from trains and metro to buses and proposed trams. The idea is to preserve and renovate the existing two buildings, having a badminton courts and a gym, along with proposing a mixed use tower consisting of apartments, hospitality and public spaces.

The 85m Wooden tower, being one of the few of its kind, using ecological, sustainable and locally sourced material focus on sustainablity and energy autonomy, with a close link to the environment with the bioclimatic design. Mobile photovoltaic screens all along the facade would not only bring in flexibility but also allow inhabitants to adapt the conditions to his/her desirable comfort levels.

52
GALICIEN SQUARE
0 5 10 15 25 m SITE PLAN

SOUTH WEST ELEVATION

56
SECTION THROUGH BADMINTON COURTS
20 thk THERMAL WEDGE CLEAR GLASS BALUSTRADE STAINLESS STEEL GRID DOUBLE METAL SHEET WITH ELASTOMERIC THERMAL BREAK V COLUMN IN OAK TRIPLE GLAZING WITH METAL - WOODEN FRAME 200x100 STIFFENER FALSE CEILING WITH ROCK WOOL ACOUSTIC INSULATION CLEAR GLASS RAILING OAK COLUMN 470 5730 470 470 2530 3000 6200 PERIPHERAL CONCRETE BASE 80 thk SAND SCREED 120 thk CONCRETE BASE 230 thk WOODEN SLAB PRECAST CONCRETE PANEL 40 thk SOUNDRPROOFING SOUND ABSORBING TREATMENT ON THE UNDERSIDE Level 21 +495700mm Level 7 +489200mm Level 5 +447200mm +458200mm Level 6 STAINLESS STEEL GRID 22 THK CONCRETE SLAB THERMAL BREAK INSIDE OUTSIDE LODGEMENTS EXTERNAL WALL SECTION INSIDE OUTSIDE LODGEMENTS
58 Level 1 ( Microapartments and Coworking) Level 4 ( Hotel Conference Comaking) Level 5 ( Lobby - Restaurant)
Level 6 ( Public Garden and Lounge) Level 9 ( Hotel) Level 20 (Apartments)
SOUTH WEST VIEW
OF THE COMPLEX

WORK EXPERIENCE

MALIK ARCHITECTURE | SUMMER INTERNSHIP | JULY-AUGUST 2022

Malik Architecture is a Mumbai-based firm of highly skilled architects, interior designers and services consultants headed by Ar. Kamal Malik, and his son Ar. Arjun Malik. The practice offers comprehensive, innovative and dynamic design services in architecture and interiors. As an intern I was required to digitally model, render and draft various interiors and detail drawings of a couple of projects and went to site visits for the same.

ELEGANTE INTERIO| 3D VISUALISER | MAY-OCTOBER 2022

Based in Delhi, Elegante Interio is an interior design consultancy firm with designer Abhishek Sekhri as their creative head. They cater to both residential and commercial sectors. As a 3D visualiser, my task was to bring architects’ ideas to life, taking plans, architectural illustrations and other reference materials and using these to produce photo-realistic 3D images or animations of proposed buildings and developments.

62
Current Task: Rendering image...[00:06:54.5] [03:10:49.0 est] ED' 5 4 3 2 1 ED' 5 4 3 2 1 SCHOOL OF PLANNING AND ARCHITECTURE, NAME CLASS SECTION ROLL NO. A/3314/2019 A PRANJAL SINGH SUBJECT SHEET NO. BUILDING CONSTRUCTION PLAN 1:100 101 GROUND FLOOR PLAN 15 THK TOUGHENED GLASS 1 101 TYPICAL FLOOR PLAN2 101 (1:100)(1:100) 50 THK TOUGHENED GLASS FIN N 900 X 900 CONCRETE COLUMN 20 THK WPC PANELS 2400 X 200 ALUMINIUM SQUARE SECTION 100 X 100 B.O.B. WIN. SILL OZONE OSP A4 4WAY SPIDER WITH FIN 20 THK WPC PANELS 2400 X 200 ALUMINIUM SQUARE SECTION 100 X 100 TIMBER FRAME 150 x 50 ARGON FILLED GLASS 6 + 12 + 6 12 MM CEMENT TILE 300 X 1500 CC PROJECTION STAINLESS STEEL TRANSOM (150 X 50) STAINLESS STEEL MULLION (150 X 50) 15 THK TOUGHENED GLASS A A 3. DRAWINGS TO BE READ IN CONJUNCTION WITH ALL OTHER DETAILS, LARGE DRAWINGS, STRUCTURAL, SERVICES, PRECEDENCE OVER OTHER DRAWINGS. DRAWING OR THE SET OF DRAWINGS BE BROUGHT TO THE NOTICE OF WORK. CANNOT BE COPIED OR REPRODUCED, SPECIFIED PURPOSE. 12 THK CEMENT TILE 1500 X 300 LAMINATED SPANDREL GLASS 15THK c E
HOUSE OF THREE STREAMS -MALIK ARCHITECTURE
ROHIT PAL’S RESIDENCE, PUNE COURTYARD
66ROHIT PAL’S RESIDENCE, PUNE COURTYARD SMOOTH MINTSTONE BISON BOARD PLASTER ALLUMINIUM FRAME ARCHITECT MALIKARCHITECTURE 2nd Floor,Kaiser-Hind Building, 1/6th Currhimboy Road, Ballard Estate, Mumbai 400 001 Ph. No.022-22642170 GENERAL NOTES ALL THE DIMENSIONS INDICATED ARE IN METERS UNLESS OTHERWISE SPECIFIED AND ARE UNFINISHED DIMENSIONS. THIS DRAWING IS NOT TO BE SCALED ONLY WRITTEN DIMENSIONS ARE TO BE FOLLOWED. ALL THE DIMENSIONS INDICATED IN THIS DRAWING ARE TO BE CHECKED AND VERIFIED AT SITE PRIOR TO THE COMMENCEMENT OF WORK BY THE CONTRACTOR. ANY DISCREPANCY FOUND IN THIS DRAWING SHOULD BE IMMEDIATELY NOTIFIED TO THE ARCHITECT'S OFFICE . READ THIS DRAWING IN CONJUNCTION WITH ALL OTHER STRUCTURAL, MEP, SHOP DRAWINGS. WINDOW CLADDING AND ZINC PROFILE DETAILS TO BE FOLLOWED AS PER FACADE CONSULTANT'S DRAWINGS. FINISHES MATERIALS PLAN D C D' C' BA B'A' SECTIONAL ELEVATION AA' B C D E F G FLOORING PLAN BISON BOARD TEAK WOOD GRANITALO SLAB RCC BEAM SMOOTH MINTSTONE MS PLATE PCC ALLUMINIUM CHANNEL SKIRTING FIXED GLASS SLIDING WINDOW SIPOREX WALL SMOOTH MINTSTONE ALLUMINIUM FRAME LIGHT WEIGHT FILLING MS TREK DECK FLOORING ISMB MARINE GRADE PLY CONCRETE GRAPHITE TEAK WOOD STRIATED BATTEN SIPOREX WALL BISON BOARD FALSE CEILING SCREWED INTO THE FRAMING INSULATION LAYER 2" X 2" MS BOX SECTION FRAMING GALVILUM ROOFING SHEET SECTIONAL ELEVATION BB' SIPOREX WALL BISON BOARD FALSE CEILING SCREWED INTO THE FRAMING INSULATION LAYER 2" X 2" MS BOX SECTION FRAMING GALVILUM ROOFING SHEET GRANITALO SLAB PCC ALLUMINIUM CHANNEL SKIRTING SIPOREX WALL MINTSTONE BRICK ISMB SKREED ONTO BISON SHEET B GRADE FLOOR TILING MARINE GRADE PLYWOOD NATURAL TEAKWOOD FLOORING MS MILD STEEL PLATE NATURAL TEAKWOOD FLOORING MINTSTONE BRICK TILING WITH APPROPRIATE SLOPE FLOORING PLAN H J 9 1'-6" 2" 2'-7" 2'-11" 2'-8" 4'-9" 1'-6" 1'-6" 2" 8" 6'-2" 1'-2" 1'-2" 3'-9" 1" 1'-6" 1" 1'-6" 13'-1" 1'-6" 3'-7" 2'-6" 9'-11" 2'-3" 6'-8" 1'-5" 8" 2" 1'-0" 2'-4" 2'-4" 2'-4" 2'-4" 2'-4" 3" 3'-5" 2'-3" 4'-1" 1'-7" 1'-3" 1'-6" 3'-10" 1'-2" 1'-2" 6'-2" 9" 1" 5'-1" 11" 22'-5" PASSAGE TERRACE LEGEND F1 S1 WA2 WA3 1' 6"x 2' 4" 1' 6"x 2' 4" 1' 6" x 1' 6" 1'-9" 3'-9" 1'-1" 8'-0" 1'-8" 23'-4" 2'-1" 21'-9" 3'-6"7'-6"3'-6"8'-9" 3'-0"9'-0" 1'-0" 4'-9" 3'-1" 2'-1" 22'-5" PASSAGE TERRACE LEGEND F1 S1 WA2 WA3 1' 6"x 2' 4" 1' 6"x 2' 4" 1' 6" x 1' 6" F6 9" 3" 1'-4" 2" 6'-5" 5" 2'-6" 2" 9'-4" 5" 2'-1" 3" 2'-2" 9" 8" 7'-8" 1" 2'-3" 2'-2" 8" 4" 4'-1" 1'-5" 1 2 6 9 10 12 14 15 17 18 25 28 29 30 23 26 21 20 1'-6" 1" 5'-0" 2'-3" 2'-11" 2'-8" 2" 1'-6" 1'-6" 13'-1" 1'-6" 3'-8" 8'-6" 1'-1" 1'-0" 3" 13'-7" 2'-3" 3'-7" 4'-2" 2'-3" 6'-8" 1'-5" 8" 3" 2'-4" 2'-4" 2'-4" 2'-4" 11" 2" 2'-2" 2" 1'-6" 1'-6" 2'-6" 4'-1" 4'-9" 1'-8" 2" 1'-6" 1'-8" 9" 5'-2" 5" 2'-6" 2" 9'-4" 5" 2'-10" 1'-7" 9" 6" 7'-9" 2'-3" 7'-3" 1'-5" 8" 3" 2'-9" 1'-6" 1" 1'-6" 1" 2'-0" 1" 2'-0" 3'-8" 6" 9" 2" 8'-4" 1" 1'-6" 9" 3" 12'-11" 1'-6" 9" 6" 7'-8" 1" 1'-9" 6" 7'-2" 9" 9"
THIS DRAWING IS COPYRIGHTED. DRAWING No. DRAWNCHECKED BY DATESCALE NORTH SHEET TITLE APPROVAL STAMP DATEREVISIONNO. COURTYARD MA/ RP/ INT/CA -01 25/07/2022 FLOORING WALL FINISHES WA4WA8WA12WA15MINTSTONE BRICK RAK- COOL GREY RAK COOL GREY (2'X2') LIVING CERAMICS WAM ANTHRACITE (MATT) LIVING CERAMICS ALLURE LIGHT GREY(120X270) TERRAZZO EXTERIOR GRADE DECK WOOD-TEAK F2F3F26F9F10F17PRANJAL LEGEND ELECTRICAL PLAN EXTERIOR GRADE WINDOW AS PER SPECIFICATION CONCRETE GRAPHITE TILE FLOORING (0.25" THK) TILE BEDDING LIGHTWEIGHT FILLING (6" THK) MS BOX SECTION AS PER STRUCTURAL DETAIL EXTERIOR GRADE WINDOW AS PER SPECIFICATION MS BOX SECTION AS PER STRUCTURAL DETAIL EXTERIOR GRADE WINDOW AS PER SPECIFICATION MS BOX FRAMING RCC BEAM NATURAL TEAK WOOD PLANK FALSE CEILING(0.5" THK) MS BOX SECTION PERGOLA INSULATION PANEL ZINC ROOFING SHEET N SECTIONAL ELEVATION CC' O PQ R S T U CONCRETE GRAPHITE TILE BISON PANEL SCREWED ONTO MS FRAMING MS BOX SECTION FRAMING AS PER STRUCTURAL DETAIL RCC BEAM ALUMINIUM BOX SECTION (2" X 2") FRAMING MARINE GRADE PLYWOOD FALSE CEILING WHITE STAIN VENNER FOLDEDMS PLATE STAIRCASE 19TH FLOOR COURTYARD PLAN SECTIONAL ELEVATION DD' 1. 6TR 635 CFM H300xW1000xD700 1. 6TR 635 CFM H300xW1000xD700 9" 10" 20'-1" 3'-8" 1'-7" 6" 12'-3" 6" 4'-0" 1'-5" 8" 5'-7" 5'-8" 5'-8" 4'-8" 2" 10" 9" 10'-11" 10'-7" 2" 2'-0" 2'-0" 2'-0" 1" 9" 1'-10" 4" 3'-0" 3'-10" 4'-11" 6" 3'-11" 2'-0" 3'-8" 1'-10"1'-10"1'-10"1'-10"1'-10"1'-10" 1'-8" 7'-11" 8'-9" 1'-8" 9'-11" FIXED GLASS FIXED GLASS 1. 6TR 635 CFM H300xW1000xD700 1. 6TR 635 CFM H300xW1000xD700 22'-7" 1'-6"9" 9" 1" 9" 2" 5'-5" 5'-8" 5'-8" 4'-10" 9" 2"8" 1" 19'-10" 1" 3'-8" 1'-7" 6" 12'-3" 6" 4'-0" 1'-5" 7" 6" 1'-0" 1'-10" 1'-10" 1'-10" 1'-10" 1'-10" 1'-10" 1'-6"2'-1"2'-0"2'-0"2'-1"5"2'-2"4" 3" 13'-9" 1'-4" 6" 22'-5" 18th FLOOR INTERIOR LAYOUT PASSAGE TERRACE LEGEND F1 S1 WA2 WA3 1' 6"x 2' 4" 1' 6"x 2' 4" 1' 6" x 1' 6" X-SPK1 IG1a IG1a WUD 1 IG1a EQEQ IG1a KP 02SB -2'-6"6'-3" EQ EQ 1'-9" 01 SB - 01 KP SB - SB - KP 1 1' 6"x 2' 4" 1' 6"x 2' 4" 1' 6" x 1' 6" PA UP 1'-6" B8 B1 B2 B3 B4 B5 B6 B7 J1 P1 MALIK ARCHITECTURE, MUMBAI
MALIK ARCHITECTURE, MUMBAI
H 456, PALAM VIHAR
ELEGANTE INTERIO, DELHI
C121, SUSHANT LOK
ELEGANTE INTERIO, DELHI
J BLOCK, PALAM VIHAR
ELEGANTE
INTERIO, DELHI
76DIGITAL ILLUSTRATIONS
WRECKED
EXTRINSIC
GENESIS DOMINANCEDESIRE
78
MANDAV,
MADHYA PRADESH PHOTOGRAPHY
MANALI, HIMACHAL PRADESH
80
Pranjal Singh | 7th Semester
B.Arch | School of Planning and Architecture, New Delhi

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