Arts

raghav architectural portfolio

By Raghav Kapoor

Go to stand

Published: Oct 18, 2026
Pages: 78
Language: English

In this magazine

78 pages · tap a page to read its text

Coverportfolio selected works
InsideTable of Contents H
Page 332-35 36-37
About e : [email protected] p : +91-9084332209Raghav Kapoor Ab oub otb o b tb ob totb otob t b b b b b ob o b b toutob ob ttb otb tb b o ob u ob toub u b b oob to ob otb ob b t b tb otot b ob ub o b b b ub Ab oub o o b otb b t tb ot b otb uo ob o ot bo ot b b ob ub tb b tb b t b uutotb • b otb ob o ob utb Ab b tb oub t tutb b b b ob u b b ub
Education2009-2019- KL International School , Meerut (high school) 2019-2021 - KL International School , Meerut (higher secondary)
Branching SpacesTypology- Housing Semester- 4 Site - Nehru Nagar This project emphasizes a spatially efficient housing typology that fosters communal living through interconnected spaces, inspired by the organic growth of tree branches. Organized into clusters of 12 units, every three dwellings share a semi-private threshold (Otla), enhancing interaction while maintaining privacy. Strategically placed communal washing areas (Chowkdi) at alternate levels promote shared functionality. A bridging element serves as a dynamic common space, reinforcing vertical and horizontal connectivity, creating a balance between private and collective living within a compact footprint.
Page 77
CollectiveModularity Bind
SpectrumNetwork Link
Page 10Plan 10
Shared Spaces Serving As ThresholdsCirculation And Movement Pattern Bridge Connecting The Community
Page 1212
Page 1313
Fragmented RealmsTypology - Institution Semester - 3 Site - Gandhi Ashram Fragmented Realms reflects the library’s architectural vision, where irregular forms break traditional boundaries to create dynamic, interconnected spaces. By embracing fragmentation, the design transforms the library into a fluid, ever-evolving landscape. This approach redefines conventional library layouts, guiding users through diverse spatial experiences that foster curiosity, discovery, and engagement. Varying scales and transitions enrich the journey, making each space a unique encounter with knowledge and architecture.
Elements15
Page 1616 Plan
ThresholdsStitching Fragmentation
Page 1818
Page 1919
Between SpacesTypology - Institution Semester -5 Site - Thaltej Aligned with the terrain of Thaltej Theela, the school is conceived as a network of programmatic clusters—academic, administrative, and recreationaln strategically fragmented to follow site gradients. These volumes are interlinked by serpentine circulation spines that generate spatial pauses, framed vistas, and varied experiential sequences.
Page 2121
AnchorTransit Wholeness
InterplayIntegration Thrust
Page 24B A BA
Page 25D Linked via transition axes
Section AA’Section BB’ 26
Page 2727
SubvoidTypology - Retreat Semester -2 Site - Sanskardham Campus Tucked into the natural slope beside a serene lake, the hideout is envisioned as a retreat that dissolves into the landscape. Submerged within the terrain, it embraces the idea of disconnecting from the world and retreating into solitude and comfort.
Page 2929
Page 30Plan 30
Model-1:5031
Reimagaing ahmedabad, implementing the superblock conceptTypology - Urban Semester -6 Site - Law Garden Drawing inspiration from Barcelona’s Superblock model, this project reimagines a space and area in Ahmedabad.
Page 3333
Before34 After
BeforeAfter 35
Design DevelopmentTriparn Andc Trophy 2024 Competition Site - Godhavi , Ahmedabad This project reimagines waste and pre-used materials as versatile building components, exploring their structural potential, durability, and aesthetics. It aims to create an inclusive pavilion that ensures accessibility for all while minimizing environmental impact. By assembling waste tender coconuts innovatively, the design challenges conventional paradigms, promoting sustainability and adaptability in architecture for future generations.
SectionPlan 37
Roza-Rozi DargahLik’ Trophy 2024 Competition The Roza Rozi Dargah was studied in depth, covering its history, site analysis, plans, sections, reflected ceiling plans, methodology, and construction technology. The project aimed to document and analyze the structure’s architectural significance, highlighting its design, materiality, and spatial composition. As part of a team of 23 members, I contributed to this comprehensive research and documentation.
ElementsMapping Section
Growing Through SpacesTypology - Institution Semester - 8 Site - Vatva , Ahmedabad The project in Vatva, Ahmedabad, reimagines the Anganwadi as a sequence of transitional spaces that blur the boundaries between public and private, indoors and outdoors. Drawing from the neighbourhood’s everyday spatial practices, the design uses streets, otlas, steps, shaded passages, and courtyards to create gradual transitions, fostering interaction, play, learning, and a stronger connection between children and their community.
Page 41A
Page 4201 03
CLASSROOM-04CLASSROOM-03 UP
Page 44SECTION 01
Page 45
Page 46
Page 47
Page 48
Page 49INTERNSHIP WORKS
Nandyal TownshipLocation - Nandyal , Andhra Pradesh The Nandyal Township is a large-scale residential development envisioned as a self-sustained community that integrates housing, lifestyle amenities and educational infrastructure within a unified master plan. The project includes 2BHK (small and large variants) and 3BHK twin-sharing apartments, designed to cater to varied user groups while maintaining functional efficiency and comfort. Residential blocks are supported by a dedicated amenity zone and an institutional component in the form of a school, ensuring quality living supported by daily-use facilities within accessible proximity. The township emphasizes organized spatial planning, responsive circulation networks and a hierarchy of built forms that collectively shape a balanced living environment. Attention to construction detailing, scale coordination and inter-building relationships forms the core of its development strategy. The workflow of the project highlights strong interdisciplinary collaboration involving drawing development, technical coordination, 3D visualization, site implementation and team integration — reflecting the structured process behind real-time project execution.
TOILET 1200 X 2200STORE 1800 X 2200 SECURITY CABIN 2150 X 2200
Page 52S
Page 53
ST1(COPING)T.O. TERRACE EL: +4950 MM 18 MM EXT
IN OUT12MM HORIZONTAL GROOVE EXTERNAL WALL: 200 MM CC BLOCKWORK
Page 56T2 (TYP.)
ARCHITECTURE DESIGN sP+aPlanning Urban Design Architecture 22C New Kantwadi Scheme Off Turner Road, Bandra W Mumbai 400050 Tel.: 91 22 2640 0557 www.sp-arc.net
Resource CenterLocation - Ahmedabad, Gujarat Itis envisionedasamixed-useinstitutionalfacilitythatbringstogether administration, learning, research, and community engagement under one cohesive architectural system. The program interlinks administrative offices with adaptable studio spaces designed to accommodate evolving academic needs, while a café anchors the complex as a shared informal hub that encourages dialogue, collaboration,andinteractionbeyondstructuredworkenvironments.
Page 59
TERRACE MUMTY EL: +27400 MMTERRACE FLOOR EL: +25000 MM SIXTH FLOOR EL: +21500 MM
Page 61CAFE 01
Campus GuidelineLocation - Mumbai, Maharasthra (Research) This research project focuses on developing campus design guidelines with a strong emphasis on mobility, movement, and spatial efficiency. The study explores street hierarchy within a campus setting, analyzing primary, secondary, and tertiary circulation to establish clear movement patterns for pedestrians, cyclists, and service routes. Alongside mobility, it proposes corridor and pathway strategies to enhance connectivity, safety, and comfort across the site. The research also includes a detailed assessment of street furniture—such as seating, signages, lighting, and resting points—with implementation possibilities that strengthen user experience and campus identity. Through diagrams, mapping, and visual clarity, the project aims to establish a structured framework for designing functional and user-centric campus environments.
VIHAN LAKEVAR SAROVAR POWAI LAKE
Mobility CorridorsThis research examines mobility corridors as the core framework for smooth campus movement. It evaluates pedestrian paths integrated with bicycle tracks to support sustainable travel, along with ramps and universal access routes for barrier-free circulation. Strategically placed EV-shuttle drop-off zones are assessed for efficient campus entry. The study also considers controlled vehicular flow to reduce conflicts among pedestrians, cyclists and vehicles. Together, these components create a safe, inclusive and easily navigable campus mobility network.
SAMP ACCESSCYCLE STANDS CYCLE LANES
Thirds SpacesThis research explores Third Spaces as the informal social layer of campus life, connecting academic, residential and recreational areas. It emphasizes their role in supporting daily interaction, relaxation and cultural exchange beyond formal learning. The study identifies key typologies: pause points for rest and spontaneous conversation; plazas and courts for gatherings and student activities; and promenades that link these areas with walkable, landscaped edges. Together, they form a cohesive public realm that promotes comfort, inclusivity, accessibility and campus identity.
CourtsPlazas
Residential TowerLocation - Malabar Hill, Mumbai This project focuses on the redevelopment of an existing residential block at Malabar Hill, transforming an aged building fabric into a modern, efficient vertical housing system. The proposal envisions a new residential tower rising up to 80 meters, addressing both spatial upgradation and increasing housing capacity within the premium urban context. The design explores an optimized floor plate, enhanced structural systems, and improved spatial layouts to meet contemporary living standards while retaining the essence of the site’s legacy. The redevelopment approach integrates natural light, ventilation, and landscape edges, creating a healthier living environment and a renewed skyline presence. The project aims to revive the site with improved amenities, resilient infrastructure, and a future-ready residential identity.
RATILAL R THAKKAR MARG-BG KHER ROAD
TERRACE FLOOR41 40
TERRACE FLOOR26 25
Physical ModelPrivate Residence-Malabar Hill
Page 73
Page 74
Page 75
Page 76
Page 77
Page 78e- [email protected] p +91-9084332209

Read this magazine as text67 sections · ~28 min read

Cover

portfolio selected works

Open page 1

Page 2

Inside

Table of Contents H

Table of Contents
14-19p. 1
Branching Spaces Semester 4
Housing
20-27p. 2
Fragmented
Realms
Semester 3 Institution
28-31p. 3
Between
Spaces
Semester 5 Institutionp. 4
Subvoid
Semester 2
Retreat

Open page 2

Page 3

32-35 36-37

36-37p. 5
Reimagining Ahmedabad
Semester 6p. 6
Triparn ANDC 2024
Semester 4 Competition
Urban
38-46p. 7
LIK
Growing
Through Spaces
Semester 8
Trophy
Semester 6 Competition
Studio

Open page 3

Page 4

About e : [email protected] p : +91-9084332209

Raghav Kapoor Ab oub otb o b tb ob totb otob t b b b b b ob o b b toutob ob ttb otb tb b o ob u ob toub u b b oob to ob otb ob b t b tb otot b ob ub o b b b ub Ab oub o o b otb b t tb ot b otb uo ob o ot bo ot b b ob ub tb b tb b t b uutotb • b otb ob o ob utb Ab b tb oub t tutb b b b ob u b b ub

Raghav Kapoor

Ab ttb b tb b otb ub • tb tb t•b ob otb bb uott b b b tob o tt b otb otb o

Open page 4

Page 5

Education

2009-2019- KL International School , Meerut (high school) 2019-2021 - KL International School , Meerut (higher secondary)

2009-2019- KL International School , Meerut (high school)

2019-2021 - KL International School , Meerut (higher secondary)

2022-2027 - Anant National University,Ahmedabad
Skills
AutoCad Sketchup Rhino

Adobe Indesign Adobe Photoshop Adobe Illustrator Procreate

Sketching Model Making
Communication
English Punjabi Hindi
Competition
ANDC 2024 - Top 51 Shortlist
LIK 2025 - Top 15 Shortlist
CPK 2025
Workshop / Elective
RSP 2024 (Varanasi)
Bamboo Workshop 2023

S25 - Reimagining Ahmedabad: Implementing the Superblock Concept for Sustainable Urban Futures

Experience

Architectural Intern Sameep Padora & Associates (sP+a) Mumbai, India | June 2025 - December 2025 (6 months)

Architectural Intern Seed Collaborative Ahmedabad, India | June 2026 - July 2026 (1 month)

Open page 5

Page 6

Branching Spaces

Typology- Housing Semester- 4 Site - Nehru Nagar This project emphasizes a spatially efficient housing typology that fosters communal living through interconnected spaces, inspired by the organic growth of tree branches. Organized into clusters of 12 units, every three dwellings share a semi-private threshold (Otla), enhancing interaction while maintaining privacy. Strategically placed communal washing areas (Chowkdi) at alternate levels promote shared functionality. A bridging element serves as a dynamic common space, reinforcing vertical and horizontal connectivity, creating a balance between private and collective living within a compact footprint.

Typology- Housing Semester- 4 Site - Nehru Nagar

This project emphasizes a spatially efficient housing typology that fosters communal living through interconnected spaces, inspired by the organic growth of tree branches. Organized into clusters of 12 units, every three dwellings share a semi-private threshold (Otla), enhancing interaction while maintaining privacy. Strategically placed communal washing areas (Chowkdi) at alternate levels promote shared functionality. A bridging element serves as a dynamic common space, reinforcing vertical and horizontal connectivity, creating a balance between private and collective living within a compact footprint.

Open page 6

Page 7

Open page 7

Page 8

Collective

Modularity Bind

Modularity
Bind
Threshold
Layer
Permeate

Open page 8

Page 9

Spectrum

Network Link

Network
Link
Spine

Open page 9

Page 10

Plan 10

Plan

Open page 10

Page 11

Shared Spaces Serving As Thresholds

Circulation And Movement Pattern Bridge Connecting The Community

Circulation And Movement Pattern

Bridge Connecting The Community

Open page 11

Page 12

Open page 12

Page 13

Open page 13

Page 14

Fragmented Realms

Typology - Institution Semester - 3 Site - Gandhi Ashram Fragmented Realms reflects the library’s architectural vision, where irregular forms break traditional boundaries to create dynamic, interconnected spaces. By embracing fragmentation, the design transforms the library into a fluid, ever-evolving landscape. This approach redefines conventional library layouts, guiding users through diverse spatial experiences that foster curiosity, discovery, and engagement. Varying scales and transitions enrich the journey, making each space a unique encounter with knowledge and architecture.

Typology - Institution Semester - 3 Site - Gandhi Ashram

Fragmented Realms reflects the library’s architectural vision, where irregular forms break traditional boundaries to create dynamic, interconnected spaces. By embracing fragmentation, the design transforms the library into a fluid, ever-evolving landscape. This approach redefines conventional library layouts, guiding users through diverse spatial experiences that foster curiosity, discovery, and engagement. Varying scales and transitions enrich the journey, making each space a unique encounter with knowledge and architecture.

Open page 14

Page 15

Elements

Open page 15

Page 16

16 Plan

Plan

Open page 16

Page 17

Thresholds

Stitching Fragmentation

Stitching
Fragmentation
Displacement
Axial
Gradient
Rupture
Dominance
Section

Open page 17

Page 18

Open page 18

Page 19

Open page 19

Page 20

Between Spaces

Typology - Institution Semester -5 Site - Thaltej Aligned with the terrain of Thaltej Theela, the school is conceived as a network of programmatic clusters—academic, administrative, and recreationaln strategically fragmented to follow site gradients. These volumes are interlinked by serpentine circulation spines that generate spatial pauses, framed vistas, and varied experiential sequences.

Typology - Institution Semester -5 Site - Thaltej

Aligned with the terrain of Thaltej Theela, the school is conceived as a network of programmatic clusters—academic, administrative, and recreationaln strategically fragmented to follow site gradients. These volumes are interlinked by serpentine circulation spines that generate spatial pauses, framed vistas, and varied experiential sequences.

Interstitial decks between classrooms operate as adaptive spillout spaces, periodically reprogrammed as open-air learning zones. Integrated courtyards within each cluster function as passive climate moderators and spatial buffers, supporting both movement and congregation.

Open page 20

Page 21

Open page 21

Page 22

Anchor

Transit Wholeness

Transit
Wholeness
Articulation
Patterning
Enclaved

Open page 22

Page 23

Interplay

Integration Thrust

Integration
Thrust
Layering

Open page 23

Page 24

B A BA

A BA

Open page 24

Page 25

D Linked via transition axes

Linked via transition axes
Courtyards enable flow and pause
Internal links foster movement layers

Open page 25

Page 26

Section AA’

Section BB’ 26

Section BB’

Open page 26

Page 27

Open page 27

Page 28

Subvoid

Typology - Retreat Semester -2 Site - Sanskardham Campus Tucked into the natural slope beside a serene lake, the hideout is envisioned as a retreat that dissolves into the landscape. Submerged within the terrain, it embraces the idea of disconnecting from the world and retreating into solitude and comfort.

Typology - Retreat Semester -2 Site - Sanskardham Campus

Tucked into the natural slope beside a serene lake, the hideout is envisioned as a retreat that dissolves into the landscape. Submerged within the terrain, it embraces the idea of disconnecting from the world and retreating into solitude and comfort.

A gentle ramp descends beneath the ground, revealing the hidden entry. Oriented towards the lake, the deck opens to uninterrupted views, while remaining invisible from above—preserving the quiet secrecy of the space.

Open page 28

Page 29

Open page 29

Page 30

Plan 30

Plan

Open page 30

Page 31

Model-1:50

Open page 31

Page 32

Reimagaing ahmedabad, implementing the superblock concept

Typology - Urban Semester -6 Site - Law Garden Drawing inspiration from Barcelona’s Superblock model, this project reimagines a space and area in Ahmedabad.

Typology - Urban Semester -6 Site - Law Garden

Drawing inspiration from Barcelona’s Superblock model, this project reimagines a space and area in Ahmedabad.

The high-traffic street near Law Garden, struggles with congestion and overcrowding. Introducing a one-way road system streamlines traffic, while a dedicated pedestrian zone with designated vendor areas brings order to the marketplace.

L-shaped seating promotes social engagement, turning the area into a lively, community-centric space

Open page 32

Page 33

Open page 33

Page 34

Before

34 After

After

Open page 34

Page 35

Before

After 35

After
Existing Buildings
Pedestrianized street
Designated area for vendors
L-shaped seating spaces to foster interactions
Existing buildings
Pedestrianized street
Designated area for vendors
Fixed bench seating for food vendors
L-shaped seating spaces to foster interactions
One way traffic movement

Open page 35

Page 36

Design Development

Triparn Andc Trophy 2024 Competition Site - Godhavi , Ahmedabad This project reimagines waste and pre-used materials as versatile building components, exploring their structural potential, durability, and aesthetics. It aims to create an inclusive pavilion that ensures accessibility for all while minimizing environmental impact. By assembling waste tender coconuts innovatively, the design challenges conventional paradigms, promoting sustainability and adaptability in architecture for future generations.

Triparn

Andc Trophy 2024 Competition Site - Godhavi , Ahmedabad This project reimagines waste and pre-used materials as versatile building components, exploring their structural potential, durability, and aesthetics. It aims to create an inclusive pavilion that ensures accessibility for all while minimizing environmental impact. By assembling waste tender coconuts innovatively, the design challenges conventional paradigms, promoting sustainability and adaptability in architecture for future generations.

Open page 36

Page 37

Section

Plan 37

Plan

Open page 37

Page 38

Roza-Rozi Dargah

Lik’ Trophy 2024 Competition The Roza Rozi Dargah was studied in depth, covering its history, site analysis, plans, sections, reflected ceiling plans, methodology, and construction technology. The project aimed to document and analyze the structure’s architectural significance, highlighting its design, materiality, and spatial composition. As part of a team of 23 members, I contributed to this comprehensive research and documentation.

Lik’ Trophy 2024 Competition

The Roza Rozi Dargah was studied in depth, covering its history, site analysis, plans, sections, reflected ceiling plans, methodology, and construction technology. The project aimed to document and analyze the structure’s architectural significance, highlighting its design, materiality, and spatial composition. As part of a team of 23 members, I contributed to this comprehensive research and documentation.

Elements

Open page 38

Page 39

Elements

Mapping Section

Mapping
Section
Elements
Reflected Ceiling Plan

Open page 39

Page 40

Growing Through Spaces

Typology - Institution Semester - 8 Site - Vatva , Ahmedabad The project in Vatva, Ahmedabad, reimagines the Anganwadi as a sequence of transitional spaces that blur the boundaries between public and private, indoors and outdoors. Drawing from the neighbourhood’s everyday spatial practices, the design uses streets, otlas, steps, shaded passages, and courtyards to create gradual transitions, fostering interaction, play, learning, and a stronger connection between children and their community.

Typology - Institution Semester - 8 Site - Vatva , Ahmedabad

The project in Vatva, Ahmedabad, reimagines the Anganwadi as a sequence of transitional spaces that blur the boundaries between public and private, indoors and outdoors. Drawing from the neighbourhood’s everyday spatial practices, the design uses streets, otlas, steps, shaded passages, and courtyards to create gradual transitions, fostering interaction, play, learning, and a stronger connection between children and their community.

Open page 40

Page 41

Open page 41

Page 42

01 03

LVL +900 MM
KITCHEN
LVL +900 MM
CLASSROOM-01
CLASSROOM-02
LVL +300 MM
CLINIC
RECEPTION
FOYER LVL+900 MM

Open page 42

Page 43

CLASSROOM-04

CLASSROOM-03 UP

CLASSROOM-03
COURTYARD LVL +300
STORE
LVL+00 MM
LVL +300 MM
PARKING

Open page 43

Page 44

SECTION 01

Open page 44

Page 49

INTERNSHIP WORKS

Open page 49

Page 50

Nandyal Township

Location - Nandyal , Andhra Pradesh The Nandyal Township is a large-scale residential development envisioned as a self-sustained community that integrates housing, lifestyle amenities and educational infrastructure within a unified master plan. The project includes 2BHK (small and large variants) and 3BHK twin-sharing apartments, designed to cater to varied user groups while maintaining functional efficiency and comfort. Residential blocks are supported by a dedicated amenity zone and an institutional component in the form of a school, ensuring quality living supported by daily-use facilities within accessible proximity. The township emphasizes organized spatial planning, responsive circulation networks and a hierarchy of built forms that collectively shape a balanced living environment. Attention to construction detailing, scale coordination and inter-building relationships forms the core of its development strategy. The workflow of the project highlights strong interdisciplinary collaboration involving drawing development, technical coordination, 3D visualization, site implementation and team integration — reflecting the structured process behind real-time project execution.

The township emphasizes organized spatial planning, responsive circulation networks and a hierarchy of built forms that collectively shape a balanced living environment. Attention to construction detailing, scale coordination and inter-building relationships forms the core of its development strategy. The workflow of the project highlights strong interdisciplinary collaboration involving drawing development, technical coordination, 3D visualization, site implementation and team integration — reflecting the structured process behind real-time project execution.

Open page 50

Page 51

TOILET 1200 X 2200

STORE 1800 X 2200 SECURITY CABIN 2150 X 2200

STORE 1800 X 2200
SECURITY CABIN 2150 X 2200
Master Plan Of Township

Open page 51

Page 52

Open page 52

Page 54

ST1(COPING)

T.O. TERRACE EL: +4950 MM 18 MM EXT

T.O. PLINTH EL: +600MM Planning Urban Design Architecture

T.O. TERRACE EL: +4950 MM

18 MM EXT

ST4 (THICKNESS AS PER AVAILABILITY ON SITE)

DETAIL-TERRACE
B.O. LINTEL EL:+2850MM
OUT

ST4 (THICKNESS AS PER AVAILABILITY ON SITE)

T.O. SILL EL:+2250MM
KATRA JOINT
18 MM EXT PLASTER
50MM RADIUS WATERPROOF DETAIL

50MM FLOORING INCLUDING CHINA MOSAIC WITH BASE WATERPROOF COURSE

200 MM THK CC BLOCKS BAT COBA FILLING FOR TERRACE ABOVE GRADE SLAB

12MM INT PLASTER
12 MM INTERNAL PLASTER
6MM GROOVE IN PLASTER (TYP.)
ST1
IN DOOR, SPECS AS PER VENDORp. 2
DETAIL-DOOR
IN 12MM INT PLASTER

WINDOW LINTEL: RCC LINTEL FOR ALL WINDOW AS MENTIONED BY THE STRUCTURAL CONSULTANT

DOOR, SPECS AS PER VENDOR
IN ST1
ST1
SLOPE

ST1 - GRANITE STONE FRAME AS PER SPECS ON ALL SIDES

VENTILATOR, SPECS AS PER VENDOR

6MM GROOVE IN PLASTER (TYP.)

WINDOW SILL: RCC SILL FOR ALL WINDOW AS MENTIONED BY THE STRUCTURAL CONSULTANT

B.O. LINTEL EL:+2150MM

12MM INT PLASTER

WINDOW LINTEL: RCC LINTEL FOR ALL WINDOW AS MENTIONED BY THE STRUCTURAL CONSULTANT

18 MM EXT PLASTER
HT PANEL ROOM
OUT
B.O. LINTEL EL: +2150MM

DOOR LINTEL: RCC LINTEL FOR ALL WINDOW AS MENTIONED BY THE STRUCTURAL CONSULTANT

ST4 (THICKNESS AS PER AVAILABILITY ON SITE)

SILL EL:+900MM
10(TYP.)p. 6
DETAIL-WINDOW

2 TRACK 2 SHUTTER WINDOW, SPECS AS PER VENDOR

LT ROOM

6MM GROOVE (TYP.)

ST1 - GRANITE STONE FRAME AS PER SPECS ON ALL SIDES

12 MM INT PLASTER
6MM GROOVE IN PLASTER (TYP.)p. 7
DETAIL-WINDOW
ST4
OUT

T.O. PLINTH EL: +600MM

TREAD: 18 MM THK KOTA STONE AS PER SELECTION IN ONE PIECE WITH 20 MM SKREED

RISER: 18 MM THK KOTA STONE AS PER SELECTION IN ONE PIECE WITH 15 MM CEMENT BEDDING

T.O. PAVEMENT

ST1 - GRANITE STONE FRAME AS PER SPECS ON ALL SIDES

2 EQUAL SHUTTERS
LT ROOM
PT1
T3p. 3
DETAIL-VENTILATOR
1:10p. 4
DETAIL-ENTRANCE STEPS
1:10p. 4
DETAIL-ENTRANCE STEPS
ARCHITECTURE DESIGN sP+a

Planning Urban Design Architecture

22C New Kantwadi Scheme Off Turner Road, Bandra W Mumbai 400050 Tel.: 91 22 2640 0557 www.sp-arc.net

Copyright © 2023-24 All rights reserved.
SIGN/STAMP
HT PANEL ROOM
LT ROOM
DATE
NOTES
6MM GROOVE ABOVE THE SKIRTING
100 MM THK RCC COVER
T.O. PLINTH EL: +600MM
SKIRTING: 100MM HIGH SKIRTING
LT TRENCH
SITE NORTH
REVISION
DESCRIPTION
DATE
12MM INT PLASTER

ST1 - GRANITE STONE FRAME AS PER SPECS ON ALL SIDES

DETAIL-WINDOW AND DOOR
18 MM EXT PLASTER
KATRA JOINT
ST4
(THICKNESS AS PER AVAILABILITY ON SITE)
OUT
6MM GROOVE IN PLASTER (TYP.)
18 MM EXT PLASTER
* APPLICABLE ON THIS SHEET
CLIENT
PROJECT NAME
Nandyal Township
SHEET TITLE
TYPICAL DETAIL ELE. SUBSTATION
DRAWN BY:
CHKD BY:
DATE:
SHEET NUMBER:
J| A4.01

Open page 54

Page 55

IN OUT

12MM HORIZONTAL GROOVE EXTERNAL WALL: 200 MM CC BLOCKWORK

6MM GROOVE 6MM GROOVE ON PLASTER BELOW COPPING STONE 6MM GROVE ABOVE SKIRTING Planning Urban Design Architecture 6MM GROOVE ABOVE THE SKIRTING

12MM HORIZONTAL GROOVE

EXTERNAL WALL: 200 MM CC BLOCKWORK

WATTA DETAIL: FOR WATERPROOFING WITH 50 MM RADIUS

SLOPE
DOUBLE CHAJJA DETAIL
20 MM THICK PLASTER
12MM DIA DRIP MOULD
PT4
SLOPE
EXTERNAL WALL: 200 MM CC BLOCKWORK

DOOR LINTEL: RCC LINTEL FOR ALL DOORS AS MENTIONED BY THE STRUCTURAL CONSULTANT

DOOR: DOOR SPECS AS PER VENDOR

DETAIL-DOOR

GRANITE COPING: PROVIDE 18MM THK GRANITE STONE COPING AS PER SELECTION TO PROJECT OUT BY 30 MM EXTERNAL AND 20MM FROM INTERNAL FACE WITH DRIP DETAIL ON BOTH SIDES

6MM GROOVE IN PLASTER AT THE COPING JUNCTION

PARAPET WALL: 200 MM THICK CC BLOCKS PARAPET WALL OF HEIGHT 900 MM FROM TOP OF BEAM

WATA DETAIL: PROVIDE IN PCC, UPTO 100-120MM ABOVE UFL.

TILING: PROVIDE BROKEN CHINA-MOSAIC OF APPROVED COLOUR SET IN 50 THK SCREEDING

OUT

TOP RAIL: 50 x 12MM THK MS SECTION

BASE PLATE: 10 MM THK MS PLATE TO PROJECT OUT BY 10 MM FROM EXTERNAL FACE

6MM GROOVE

GRANITE COPING: PROVIDE 18MM THK GRANITE STONE COPING AS PER SELECTION TO PROJECT OUT 10MM FROM INTERNAL FACE WITH DRIP DETAIL

12MM SQUARE BOX MS SECTION FIXED VERTICALLY WELDED TO THE TOP RAIL AND MOUNTED ON PARAPET

6MM GROOVE ON PLASTER BELOW COPPING STONE

100 MM HIGH SKIRTING STONE 18MM THICK WITH 12 THICK BACKING PLASTER WITH 6MM GROOVE ABOVE

6MM GROOVE ABOVE THE SKIRTING THROUGHOUT THE STAIRCASE SURFACE

45MM THK (INCLUDING SCREED) STONE AS PER SPECS

300 MM BBC FOR SUNK SLAB

DETAIL-STAIRCASE RAILING

IN TREAD: 45MM THK (INCLUDING SCREED) SATIN POLISHED SHAHBAD STONE TREAD WITH 25MM DIA NOSING

RISER: 25MM THK SATIN POLISHED SHAHBAD STONE AS PER SELECTION IN ONE PIECE WITH 15 MM CEMENT BEDDING

HARDSCAPE AS PER LANDSCAPE CONSULTANT
TOP OF INT COURTYARD +300 MM
PT3
DOUBLE CHAJJA SIDE ELEVATION
12MM GROOVE

JAALI: 200 MM THICK PRECAST CONCRETE JALI AS PER SELECTION

IN OUT

RCC LINTEL: FOR UTILITY JAALI AS MENTIONED BY THE STRUCTURAL CONSULTANT.

SCREED: PROVIDE PCC SCREED, 1:3 WITH WATERPROOFING COMPOUND TO CORRECT LEVEL AND SLOPE (1:100) WELL COMPACTED AND FINISHED

DETAIL- TERRACE PARAPET

DETAIL-COURTYARD STEPS

18MM THK GREY POLISHED GRANITE STONE SILL TO PROJECT OUT BY 18MM FROM FINISHED FACE

12MM DIA DRIP MOULD

30 MM THICK PLASTER TO FLUSH STONE SILL WITH PLASTER SURFACE

WATTA DETAIL: FOR WATERPROOFING WITH 50 MM RADIUS

DETAIL-WINDOW
OUT
IN 6MM GROOVE ABOVE THE SKIRTING
TOP OF PLINTH +900 MM

FLOORING: 10 MM TILE AS PER SPECS WITH 40 MM CEMENT BEDDING

350 MM RUBBLE SOLING FOR GRADE SLAB WITH COMPACTED EARTH BELOW

200 MM CC BLOCKWORK BELOW THE PLINTH BEAM

100 MM PCC BED FOR PLINTH BEAM BLOCKWORK EXTENDING 150 MM OUTSIDE BLOCKWORK FACE

DETAIL-PLINTH

6MM GROVE ABOVE SKIRTING

SKIRTING: 100 MM HIGH SKIRTING TILE WITH 12 MM THICK BACKING PLASTER WITH 6MM GROVE ABOVE FLOORING: 10 MM TILE AS PER SPECS WITH 30 MM CEMENT BEDDING

DETAIL-UTILITY JAALI

SKIRTING: 100 MM HIGH SKIRTING STONE WITH 20MM THICKNESS AND 12 THICK BACKING PLASTER WITH 6MM GROVE ABOVE IT. SKIRTING IS FLUSHED WITH THE PLASTER FACE

SLEEVE: 75 MM DIA SLEEVE IN BEAM AT 50MM FROM TOP OF THE BEAM

STONE SPOUT: PRECAST CONCRETE SPOUT 250X150X150MM IN SIZE WITH DRIP MOULD

OUT

CORRIDOR FLOORING: 25 MM THK KOTA STONE AS PER SPECS WITH 20 MM CEMENT BEDDING

20 MM EXTERNAL PLASTERING WITH PAINT MENTIONED IN THE FINISHES SCHEDULE

DETAIL-CORRIDOR

IN FLOORING: 10 MM TILE WITH 40 MM CEMENT BEDDING

350 MM RUBBLE SOLING FOR GRADE SLAB WITH COMPACTED EARTH BELOW

375 MM WIDE CC BLOCKWORK ACTING AS PLINTH PROTECTION REACHING DEPTH OF 200 MM BELOW GL

GL +00 MM

100 MM PCC BED FOR PLINTH BEAM BLOCKWORK EXTENDING 150 MM OUTSIDE BLOCKWORK FACE

DETAIL-PLINTH PROTECTION
PT4
IN ST2
OUT

LIVING ROOM FLOORING: 10MM VITRIFIED TILES ALONG WITH 40MM SCREED BALCONY FLOORING: 10MM ANTI SKID VITRIFIED TILES ALONG WITH 10MM SCREED

300MM THK BBC FILLING

BALUSTER: PROVIDE 12.7 X 12.7 MM HOLLOW MS BOX SECTIONS, WELDED TOGETHER, PAINTED AS PER APPROVAL

SKIRTING: 100MM HIGH SKIRTING STONE 20MM THICK. SKIRTING IS FLUSHED WITH THE PLASTER

ARCHITECTURE DESIGN sP+a

Planning Urban Design Architecture

22C New Kantwadi Scheme Off Turner Road, Bandra W Mumbai 400050 Tel.: 91 22 2640 0557 www.sp-arc.net

SIGN/STAMP

BASEPLATE: 10MM THK M.S. METAL PLATE BOLTED INTO RCC SLAB; PAINTED AS PER MOCK UP APPROVAL

DATE

DETAIL - LIVING ROOM AND BALCONY FLOORING JUNCTION

DETAIL- BALCONY RAILING JOINERY

HANDRAIL: PROVIDE 12.7 X 12.7 MM HOLLOW MS BOX SECTIONS, WELDED TOGETHER, PAINTED AS PER APPROVAL

BALUSTER: PROVIDE 12.7 X 12.7 MM HOLLOW MS BOX SECTIONS, WELDED TOGETHER, PAINTED AS PER APPROVAL

BASEPLATE: 10MM THK M.S. METAL PLATE BOLTED INTO RCC SLAB; PAINTED AS PER MOCK UP APPROVAL

6MM GROOVE ABOVE THE SKIRTING

SKIRTING: 100MM HIGH SKIRTING STONE 20MM THICK WITH 6MM GROOVE ABOVE. THE SKIRTING IS FLUSHED WITH THE PLASTER

NOTES

All dimensions are in mm, u.n.o. Do not scale drawings. Contractor to verify the location of all existing utilities and hvac/electrical/plumbing systems. Any ambiguity or discrepancy discovered shall be reported immediately to the architect, and no work shall commence until the issue is resolved. The site level of +247.50m is considered as the datum level. All the levels are hence marked with respect to this level. All structural elements and services details to be read in conjunction with the respective consultants drawings.

DETAIL - BALCONY RAILING

GRANITE COPING: PROVIDE 18MM THK GRANITE STONE COPING AS PER SELECTION TO PROJECT OUT BY 30 MM EXTERNAL AND 20MM FROM INTERNAL FACE WITH DRIP DETAIL ON BOTH SIDES

JAALI: 100 MM THICK PRECAST CONCRETE JALI AS PER ARCHITECT'S APPROVAL.

50MM RADIUS WATERPROOF DETAIL

50MM FLOORING INCLUDING CHINA MOSAIC WITH BASE WATERPROOF COURSE

200 MM THK CC BLOCKS BAT COBA FILLING FOR TERRACE ABOVE GRADE SLAB

TERRACE
DUCTp. 15
DETAIL-DUCT
12MM HORIZONTAL GROOVE
EXTERNAL WALL: 200 MM CC BLOCKWORK

WATTA DETAIL: FOR WATERPROOFING WITH 50 MM RADIUS

SLIDING WINDOW: BLACK PWD COATED 3 TRACKED ALUMINIUM SLIDING CHANNEL AS PER VENDOR SPECS.

20 MM THICK PLASTER
SLOPE
OUT
12MM DIA DRIP MOULD
IN SITE NORTH
REVISION
DESCRIPTION
DATEp. 16
DETAIL-600MM CHAJJA
* APPLICABLE ON THIS SHEET
CLIENT
SLOPE
12MM DIA GROOVEp. 17
SIDE ELEVATION OF CHAJJA
PT4
PT3
PROJECT NAME
Nandyal Township
SHEET TITLE
TYPICAL DETAIL 2BHK S B1 (G+3)
DRAWN BY:
CHKD BY:
DATE:
SHEET NUMBER:
B1| A4.02
GFC

Open page 55

Page 56

T2 (TYP.)

T2
(TYP.)
D22
FT (TYP.)
FP4 (TYP.)
FP3 (TYP.)
(TYP.)
D25 800
T2
(TYP.)
FP6 (TYP.)
REM.
ST1
(TYP.)
FT (TYP.)
GL (TYP.)
(TYP.)
FP2
FP1 (TYP.)
GB2
FP8
FP4
GB1
FP4
FP9
D23
D24
WASHROOM LAYOUT
0.5M
1M

Open page 56

Page 57

ARCHITECTURE DESIGN sP+a

Planning Urban Design Architecture 22C New Kantwadi Scheme Off Turner Road, Bandra W Mumbai 400050 Tel.: 91 22 2640 0557 www.sp-arc.net

Planning Urban Design Architecture Planning Urban Design Architecture

Planning Urban Design Architecture

22C New Kantwadi Scheme Off Turner Road, Bandra W Mumbai 400050 Tel.: 91 22 2640 0557 www.sp-arc.net

SIGN/STAMP
DATE
ALIGN
START TILE
D10
SB19
NOTES
FP2

FP1 All dimensions are in mm, u.n.o. Do not scale drawings. Washroom partitions shall be provided as per the approved vendor specification. All dimensions are from finish levelST1

SECTION
W09
SB22
SB20
ST1
FP5
FP4
FP3
SECTION
FP7
FP6
FP6
START TILE
04 DA4.62
03 DA4.62
REM
SB20
ST1
FP1
FP2
FP4
FP3
FP7
SB19
D10
START TILE
START TILE
150 NT
ARCHITECTURE DESIGN sP+a

Planning Urban Design Architecture

22C New Kantwadi Scheme Off Turner Road, Bandra W Mumbai 400050 Tel.: 91 22 2640 0557 www.sp-arc.net

SIGN/STAMP
02 DA4.62
01 DA4.62
DATE
NOTES
WASHROOM LAYOUT
FP7
FP5
FP6
FP3p. 3
SECTION
SITE NORTH
D10
REVISION
DESCRIPTION
DATE
START TILE
* APPLICABLE ON THIS SHEET
CLIENT
PROJECT NAME
Nandyal Township
SHEET TITLE
AMENITY GROUND FLOOR - BATHROOM DETAIL
DRAWN BY:
CHKD BY:
DATE:
SHEET NUMBER:
F | A4.61
D10
SB19
MIRROR WALL LIGHT
W09
FP1
ST1
FP2
FP5
FP3p. 4
SECTION
KEY PLAN
NTS
SITE NORTH
REVISION
DESCRIPTION
DATE
* APPLICABLE ON THIS SHEET
CLIENT
PROJECT NAME
Nandyal Township
SHEET TITLE
3BHK BATHROOM DETAIL
DRAWN BY:
CHKD BY:
DATE:
SHEET NUMBER:
D | A4.62
GFCp. 9

Open page 57

Page 58

Resource Center

Location - Ahmedabad, Gujarat Itis envisionedasamixed-useinstitutionalfacilitythatbringstogether administration, learning, research, and community engagement under one cohesive architectural system. The program interlinks administrative offices with adaptable studio spaces designed to accommodate evolving academic needs, while a café anchors the complex as a shared informal hub that encourages dialogue, collaboration,andinteractionbeyondstructuredworkenvironments.

Location - Ahmedabad, Gujarat

Itis envisionedasamixed-useinstitutionalfacilitythatbringstogether administration, learning, research, and community engagement under one cohesive architectural system. The program interlinks administrative offices with adaptable studio spaces designed to accommodate evolving academic needs, while a café anchors the complex as a shared informal hub that encourages dialogue, collaboration,andinteractionbeyondstructuredworkenvironments.

The design process involved extensive exploration through schematic sectional studies that examined how natural light enters and animates interior volumes, the spatial hierarchy between public and semi-private zones, and the articulation of structural elements. Parallel to this, a conceptual physical model was developed as a tool to refine massing, evaluate circulation loops, and assess the project’s relationship to its urban context, edges, and approach sequence. Through the iterative development of both drawings and physical representation, the project strengthened capabilities in conceptual thinking, spatial planning, and visual communication—translating abstract ideas into clear architectural intent supported by technical reasoning and presentation clarity.

Open page 58

Page 60

TERRACE MUMTY EL: +27400 MM

TERRACE FLOOR EL: +25000 MM SIXTH FLOOR EL: +21500 MM

TERRACE FLOOR EL: +25000 MM
SIXTH FLOOR EL: +21500 MM
FIFTH FLOOR EL: -+18000 MM
FOURTH FLOOR EL: +14500 MM
THIRD FLOOR EL: +11000
SECOND FLOOR EL: +7500 MM
FIRST FLOOR EL: +4000 MM

PLINTH EL: +500 MM GL EL: +00 MM

UPPER BASEMENT EL: -4150 MM
LOWER BASEMENT EL: -8800 MM
LOWER BASEMENT 2 EL: -13450 MM
RAMP DOWN TO BASEMENT 1
RAMP DOWN TO BASEMENT 2
RAMP DOWN TO BASEMENT 3
PANTRY
ADMISSIONS OFFICE
ADMIN OFFICE
RECEPTION
RAMP UP TO GROUND FLOOR
RAMP UP TO BASEMENT 1
RAMP UP TO BASEMENT 2
OFFICES
OFFICES
OFFICES
SEMINAR SPACES, UNIV. OFFICES, CONF./MEETING ROOMS
FACULTY LOUNGE
BASEMENT 1
BASEMENT 2
BASEMENT 3
EXHIBITION
TERRACE MUMTY EL: +27400 MM
TERRACE FLOOR EL: +25000 MM
SIXTH FLOOR EL: +21500 MM
FIFTH FLOOR EL: -+18000 MM
FOURTH FLOOR EL: +14500 MM
THIRD FLOOR EL: +11000
SECOND FLOOR EL: +7500 MM
FIRST FLOOR EL: +4000 MM

PLINTH EL: +500 MM GL EL: +00 MM

UPPER BASEMENT EL: -4150 MM
LOWER BASEMENT EL: -8800 MM
LOWER BASEMENT 2 EL: -13450 MM

Open page 60

Page 61

CAFE 01

CAFEp. 1
MID LANDING +2250 MMp. 16
TERRACE MUMPTY
OFFICES
OFFICES
OFFICES
SEMINAR SPACES, UNIV. OFFICES, CONF./MEETING ROOMS
FACULTY LOUNGE
PANTRY
ADMIN + RECEPTION
BASEMENT 1
TERRACE MUMTY EL: +27400 MM
TERRACE FLOOR EL: +25000 MM
SIXTH FLOOR EL: +21500 MM
FIFTH FLOOR EL: -+18000 MM
FOURTH FLOOR EL: +14500 MM
THIRD FLOOR EL: +11000
SECOND FLOOR EL: +7500 MM
FIRST FLOOR EL: +4000 MMp. 3

PLINTH EL: +500 MM GL EL: +00 MM

UPPER BASEMENT EL: -4150 MM
BASEMENT 2
LOWER BASEMENT EL: -8800 MM
BASEMENT 3
LOWER BASEMENT 2 EL: -13450 MM
RAMP DOWN TO BASEMENT 1
RAMP DOWN TO BASEMENT 2
RAMP DOWN TO BASEMENT 3
SEWAGE TREATMENT PLANT

Open page 61

Page 62

Campus Guideline

Location - Mumbai, Maharasthra (Research) This research project focuses on developing campus design guidelines with a strong emphasis on mobility, movement, and spatial efficiency. The study explores street hierarchy within a campus setting, analyzing primary, secondary, and tertiary circulation to establish clear movement patterns for pedestrians, cyclists, and service routes. Alongside mobility, it proposes corridor and pathway strategies to enhance connectivity, safety, and comfort across the site. The research also includes a detailed assessment of street furniture—such as seating, signages, lighting, and resting points—with implementation possibilities that strengthen user experience and campus identity. Through diagrams, mapping, and visual clarity, the project aims to establish a structured framework for designing functional and user-centric campus environments.

Location - Mumbai, Maharasthra (Research)

This research project focuses on developing campus design guidelines with a strong emphasis on mobility, movement, and spatial efficiency. The study explores street hierarchy within a campus setting, analyzing primary, secondary, and tertiary circulation to establish clear movement patterns for pedestrians, cyclists, and service routes. Alongside mobility, it proposes corridor and pathway strategies to enhance connectivity, safety, and comfort across the site. The research also includes a detailed assessment of street furniture—such as seating, signages, lighting, and resting points—with implementation possibilities that strengthen user experience and campus identity. Through diagrams, mapping, and visual clarity, the project aims to establish a structured framework for designing functional and user-centric campus environments.

Open page 62

Page 63

VIHAN LAKE

VAR SAROVAR POWAI LAKE

VAR SAROVAR
POWAI LAKE
TRO
AVENOU UNCING ROAD
LAKESIDE ENTRANCE
MARKET SIDE
ENTRANCE
MAIN INTRANCE

Open page 63

Page 64

Mobility Corridors

This research examines mobility corridors as the core framework for smooth campus movement. It evaluates pedestrian paths integrated with bicycle tracks to support sustainable travel, along with ramps and universal access routes for barrier-free circulation. Strategically placed EV-shuttle drop-off zones are assessed for efficient campus entry. The study also considers controlled vehicular flow to reduce conflicts among pedestrians, cyclists and vehicles. Together, these components create a safe, inclusive and easily navigable campus mobility network.

Open page 64

Page 65

SAMP ACCESS

CYCLE STANDS CYCLE LANES

CYCLE STANDS
CYCLE LANES
SONCHES

Open page 65

Page 66

Thirds Spaces

This research explores Third Spaces as the informal social layer of campus life, connecting academic, residential and recreational areas. It emphasizes their role in supporting daily interaction, relaxation and cultural exchange beyond formal learning. The study identifies key typologies: pause points for rest and spontaneous conversation; plazas and courts for gatherings and student activities; and promenades that link these areas with walkable, landscaped edges. Together, they form a cohesive public realm that promotes comfort, inclusivity, accessibility and campus identity.

Open page 66

Page 67

Courts

Plazas

Open page 67

Page 68

Residential Tower

Location - Malabar Hill, Mumbai This project focuses on the redevelopment of an existing residential block at Malabar Hill, transforming an aged building fabric into a modern, efficient vertical housing system. The proposal envisions a new residential tower rising up to 80 meters, addressing both spatial upgradation and increasing housing capacity within the premium urban context. The design explores an optimized floor plate, enhanced structural systems, and improved spatial layouts to meet contemporary living standards while retaining the essence of the site’s legacy. The redevelopment approach integrates natural light, ventilation, and landscape edges, creating a healthier living environment and a renewed skyline presence. The project aims to revive the site with improved amenities, resilient infrastructure, and a future-ready residential identity.

Location - Malabar Hill, Mumbai

This project focuses on the redevelopment of an existing residential block at Malabar Hill, transforming an aged building fabric into a modern, efficient vertical housing system. The proposal envisions a new residential tower rising up to 80 meters, addressing both spatial upgradation and increasing housing capacity within the premium urban context. The design explores an optimized floor plate, enhanced structural systems, and improved spatial layouts to meet contemporary living standards while retaining the essence of the site’s legacy. The redevelopment approach integrates natural light, ventilation, and landscape edges, creating a healthier living environment and a renewed skyline presence. The project aims to revive the site with improved amenities, resilient infrastructure, and a future-ready residential identity.

Open page 68

Page 69