portfolio Jaskaran Singh
SELECTED WORKS | 2023-2026
SCHOOL OF PLANNING AND ARCHITECTURE, NEW DELHI
EDUCATION 2021
Class X
Bal Vikas School, Panipat
2023
Class XII
Bal Vikas School, Panipat
2023
Current
School of Planning and Architecture, New Delhi
HOBBIES Gaming
3D Printing
Cooking
Travelling
Volleyball
Sketching
Basketball
Pickleball
SKILLS 2D Drawings
- AutoCAD
3D Modelling & Analysis - ArchiCAD | Revit | Rhino | Sketchup Visualization
- Lumion | D5 | Blender | Enscape | Twinmotion
Jaskaran Singh I am an architecture student and aspiring designer dedicated to crafting
Presentation
Powerpoint | Figma Computation & Climate Analysis Graphics
concepts and embracing different perspectives, I continuously refine my creative process to deliver fresh, original designs.
jaskaran1209j@gmail.com
jaskaran_singh_129
+91 92551 11404
Jaskaran Singh
Panipat, Haryana, India
Jaskaran Singh
- Grasshopper | Design Builder | Climate Studio | Climate Consultant
unique, art-driven spaces. I am always eager to grow my expertise and learn from the creative community around me. By exploring new artistic
- Photoshop | Illustrator | Indesign |
- Photoshop | Illustrator | Sketchbook | Procreate
Video Editing
- After Effects | Filmora
LANGUAGES English
- Advance Proficiency
Hindi
- Advance Proficiency
Punjabi
- Basic Proficiency
Sanskrit
- Basic Proficiency
ACADEMIC WORK & DOCUMENTATION
ACHIEVEMENTS
Design Studio, 1st Academic Semester Personal Workspace Project in School of Planning and Architecture, New Delhi
Won many art and craft competitions at intraschool level Represented Basketball school team at intraschool and interschool level Runner Up in intra-institutional Volleyball Competition
Design Studio, 2nd Academic Semester Measured Drawings of Lodhi Garden, New Delhi Contour Housing Project, Mussoorie Design Studio, 3rd Academic Semester Street Inventory of Rawat Para Road, Agra Travelers’ Hostel Project, Agra Design Studio, 4th Academic Semester Interpretation Center/Gallery Project in Deer Park of Hauz Khas, New Delhi Design Studio, 5th Academic Semester Climate Responsive Senior Secondary School Project, Jaipur Design Studio, 6th Academic Semester Working of Mixed Use Office Building in the Dense Urban Fabric of Mayur Vihar, New Delhi Design Studio, 7th Academic Semester Large scale Hotel and Resort Design Project featuring Luxury Suites, Public Amenities, and Low-Impact site developments. Seminar (Research Paper) Living with Seasonal Flooding and Adaptation in Informal Settlements in New Delhi Architectural Documentations Lodhi Garden, New Delhi Rawat Para Road, Agra, Uttar Pradesh Sas Bahu Ka Mandir, Gwalior, Madhya Pradesh SPATULA (Food) Society Follow Up Coordinator- SPA DELHI CYBORN (Gaming) Society Follow Up Coordinator- SPA DELHI
HONOURS AND RECOGNITION Participated LIK Trophy at 67th ANC NASA 2024-25 Participated LIK Trophy at 68th ANC NASA 2025-26 Participated ANDC Trophy at 68th ANC 2025-26
INDEX INDEX
02
SECONDARY SECONDARY SCHOOL SCHOOL
YEAR................................2025 LOCATION................JAIPUR TYPE....................ACADEMIC
01
03
YEAR................................2026 LOCATION........NEW DELHI TYPE....................ACADEMIC
YEAR................................2025 LOCATION........NEW DELHI TYPE....................ACADEMIC
MIXED USE MIXED USE
GALLERY GALLERY
04
06
STREET STREET INVENTORY INVENTORY
MISC. MISC. WORKS WORKS
YEAR................................2024 LOCATION....................AGRA TYPE....................ACADEMIC
YEAR..........................2023-26 LOCATION...........MULTIPLE TYPE....................ACADEMIC
05
ANDC TROPHY ANDC TROPHY YEAR...................................2026 LOCATION....................JAIPUR TYPE.................COMPETITION
01 MIXED USE MIXED USE SEM VI DESIGN
YEAR............................................2026 LOCATION....................NEW DELHI TYPE................................ACADEMIC
Mixed-Use Office, Commercial and Residential Building at Mayur Vihar, New Delhi Designed for the dense, fast-evolving context of Mayur Vihar, New Delhi, this mid-to-high-rise proposal reinterprets vertical urban density by bringing residential, workspace, and retail programs into a single cohesive structure. The building uses a stepped massing approach to transition smoothly from energetic, street-level commercial spaces to flexible office floors and quieter residential apartments on the upper levels. The design leans into climate-responsive architecture tailored for Delhi’s sharp seasonal shifts, combining deep balconies, louvered facade screens, and sky courts to minimize solar heat gain while capturing prevailing breezes. Sky gardens and shared podium terraces are integrated throughout the vertical profile, serving both as natural cooling buffers and essential social spaces for residents and office workers alike.
SOFTWARES- AUTOCAD | ARCHICAD | DESIGN BUILDER | PHOTOSHOP | D5
HUMAN EYE VIEW
Form Development
Functional Concept The terraced courtyard concept is used in the design of the building. The building mimics natural canyon formations and openair valleys, specifically the way carved volumes and stepped floor plates maintain continuous airflow and stable microclimates throughout the structure.
The form starts as a basic rectangular mass set back to define a podium base. The upper volume is carved to create a central openair atrium, opening up natural light and airflow paths through the building. Stepped upper floor plates are then introduced to integrate green sky terraces and landscaped outdoor spaces.
The façade design and massing layout are being integrated with passive strategies: for optimizing solar shading through fixed horizontal louvres and movable vertical shading fins to reduce solar heat gain using low-E glass curtain walls and insulated Fly Ash brick infill walls for incorporating integrated simple planter boxes that provide natural microclimate shading and thermal insulation
Plans
Elevations
3D VIEW
Sections
Isometric Plans
Isometric Section The isometric section illustrates the internal spatial organization, highlighting how the subterranean multi-level parking connects seamlessly to the active ground-floor retail podium.
Offices
Retail
Residential
Retail
It demonstrates the vertical transition from public commercial zones to private upper towers through dedicated core circulations. The cutaway reveals continuous light wells and visual connections through the central stepped atrium, emphasizing the integration between structural systems and interior spaces.
Details
RCC Sunbreaker
150
230 thk Brick Wall
POINTING 40 THK CERAMIC TILES 15 THK CEMENT MORTAR 50 THK SCREDE LAID TO SLOPE(1:80) 100 HIGH SKIRTING FILLET 75X75 75 THK VERMICULITE WITH CEMENT (1:4) 1 MM BITUMEN FELT 60
100 LONG FASTENER SILICONE SEALANT
Aluminium Mullion 75x150
TRANSOM
160
3450
Aluminium Transom 90x175
EPDM GASKET
150
10 thk GLASS
500 650 BRICK CLADDING 20 mm THK
3450
FIBREGLASS MESH WITH A BASECOAT ADHESIVE 20 THK (REINFORCEMENT FOR CLADDING) EPS BOARDS 50 mm THK FLY ASH BRICKS 230 mm THK
900
CURTAIN WALL DETAIL 'A' 1:5
COMMERCIAL
150
15 thk PLASTER GFRC cladding 25 thk(1200X1800) 150 thk RCC slab
WIndow reveal 500 mm THK 15THK VITRIFIDE TILES LAID WITH MORTAR 1:4
175
SUBFLOOR SLAB 100MM
Curtain Wall System
3450
150
120
Aluminium Transom 90x175
Aluminium Mullion 75x150
650 RCC LINTEL
175
150
500
ALUMINIUM TRANSOM
10 THK GLASS
FLY ASH BRICK RCC BEAM 400 X 800
3450
EPS BOARDS 50 mm THK TERACOTTA TILE CLADDING 20 MM THK
WIndow reveal 300 mm THK
LOW E-GLASS 8 MM THK
150
20 THK GRANITE IN 1:4 CEMENT MORTAR
RCC SUNBREAKER DETAIL 1:25
FIBREGLASS MESH WITH A BASECOAT ADHESIVE 20 THK (REINFORCEMENT FOR CLADDING) EPS BOARDS 50 mm THK FLY ASH BRICKS 230 mm THK
4000
A
150
RETAIL W/P BITUMINOUS FELT TRIMIX 100MM CC LAID TO SLOPE 150MM
4000
CONCRETE SLAB 150MM
RETAINING WALL 300MM TRIMIX 100MM CC LAID TO SLOPE 150MM GRADE SLAB 150MM SAND FILL 600MM RCC RAFT 600MM PCC 150 MM W/C RAMMED EARTH
02 SECONDARY SECONDARY SCHOOL SCHOOL SEM V DESIGN
YEAR............................................2025 LOCATION............................JAIPUR TYPE................................ACADEMIC
A Net-Zero Senior Secondary School at Jaipur, Rajasthan This project explores the design of a net-zero secondary and senior secondary school (Classes 6–12) set within the historic heritage context of Jaipur, Rajasthan. The design integrates academic classrooms, co-curricular spaces, and open learning courtyards to create a climate-responsive environment that balances modern educational functionality with regional architectural identity To withstand Jaipur’s severe summer heat, the building leverages traditional passive strategies, including central chowks (courtyards) for stack ventilation, deep overhangs, and stone jaalis (latticework) to shade interior spaces and accelerate air movement. Combined with high thermal mass construction and rooftop solar integration, the campus maintains a comfortable indoor microclimate while achieving a net-zero energy footprint.
SOFTWARES- AUTOCAD | ARCHICAD | DESIGN BUILDER | GRASSHOPPER | RHINO | PHOTOSHOP | D5
Form Development The primary volume is fragmented into discrete courtyard blocks, which are then linked by continuous circulation spines and terraced levels. This carving of the mass establishes distinct microclimatic zones—including the Admin, Summer, and Winter Courtyards—creating a unified, climate-responsive campus form.
Functional Concept The design concept is driven by microclimatic zoning and climateresponsive programming tailored to Jaipur’s hot-semi-arid environment. The built form is organized around a sequence of specialized open spaces—comprising an Admin Courtyard, a suncapturing Winter Courtyard, and shaded Summer Courtyards—to optimize cross-ventilation and naturally regulate indoor temperatures year-round.
Integrated passive envelope techniques, including double-skin terracotta jaali facades, vertical louvers for light diffusion, cavity walls, and rooftop solar arrays, work together to significantly reduce cooling loads while creating a sustainable, glare-free educational environment.
Plans
HUMAN EYE VIEW
Sections
The double-skin terracotta jaali acts as a solar shield that cuts direct glare while encouraging passive air cooling. This thermal buffer reduces indoor heat gain and lowers cooling loads through continuous ventilation, updating regional shading strategies for modern performance.
Angled vertical louvers on the east and west facades block harsh, low-angle sunlight while channeling soft, diffused natural light deep into classrooms. This passive control strategy eliminates interior glare and drastically minimizes direct thermal gain.
HUMAN EYE VIEW
VIEWS
Elevations
03 INTERPRETATION INTERPRETATION GALLERY GALLERY SEM IV DESIGN
YEAR............................................2025 LOCATION....................NEW DELHI TYPE................................ACADEMIC
An Interpretational Heritage Gallery integrated within the Deer Park in Hauz Khas, New Delhi. Positioned along the lake in Deer Park, Hauz Khas, New Delhi, this project proposes a heritage gallery and experience center embedded within a historic parkland setting. The facility bridges local history with interactive exhibition spaces, offering an immersive cultural destination that honors the site's rich heritage and natural environment. Designed in an L-shaped layout along the water's edge, the building frames views of both the lake and neighboring historic monuments. This geometry separates exhibition zones while creating a fluid transition between indoor displays and outdoor viewing decks, establishing a low-impact footprint that respects the surrounding landscape.
SOFTWARES- AUTOCAD | ARCHICAD | RHINO | PHOTOSHOP | D5
Functional Concept Designed in harmony with the historic Hauz Khas Deer Park and its adjoining lake, this interpretation center functions as a sensitive cultural and ecological bridge between the medieval monuments and the natural landscape.
The architectural layout integrates low-profile, pavilion-style exhibition spaces with an integrated auditorium featuring tiered seating that steps down toward the water, preserving unobstructed sightlines to the surrounding heritage structures.
By seamlessly blending indoor interpretive galleries with shaded courtyards, outdoor gathering thresholds, and direct water-edge engagement, the design fosters an immersive visitor experience centered on environmental education, heritage storytelling, and public recreation.
Sections
Plan
Sections
MODEL VIEWS
04 STREET STREET INVENTORY INVENTORY SEM III DESIGN
YEAR............................................2024 LOCATION................................AGRA TYPE................................ACADEMIC
Measured Documentation and Streetscape Analysis of Rawat Para, Agra, Uttar Pradesh This project features a detailed set of measured drawings documenting the historic urban fabric and architectural character of Rawat Para street in Agra, Uttar Pradesh. Situated in one of the city's oldest commercial precincts, the study records the dense spatial grain, vibrant street-level market activity, and traditional facade elements that define this heritage corridor. Through precise floor plans, street elevations, and construction details, the documentation analyzes traditional haveli layouts, structural timber joinery, and adaptive commercial spaces. The resulting drawings serve as a technical record for architectural conservation, capturing the living heritage and spatial evolution of Rawat Para.
SOFTWARES- AUTOCAD | RHINO | PHOTOSHOP | PROCREATE
05 ANDC ANDC TROPHY TROPHY DESIGN COMPETITION
YEAR............................................2026 LOCATION.............................JAIPUR TYPE..........................COMPETITION
Site-Responsive Landscape and Ecological Restoration of Man Sagar Lake Edge, Jaipur, Rajasthan This project proposes a site-responsive master plan along the Man Sagar lake edge in Jaipur, translating Vastu Purusha Mandala principles into a nine-chakra spatial journey. Addressing local topography, climate, and urban challenges like waste management, the design weaves low-impact volumes gently between existing trees. Vernacular materials including sundried mud bricks, lime-surkhi plaster, timber, and terracotta tiles pair with passive water percolation systems to mitigate monsoon flooding and boost thermal comfort. Ultimately, the intervention bridges ecological restoration with human wellness, offering spaces for quiet introspection and spiritual pause.
SOFTWARES- AUTOCAD | RHINO | PHOTOSHOP | PROCREATE | D5
ANDC TROPHY 2025-26
06 MISCELLANEOUS MISCELLANEOUS WORKS WORKS SEM I-VI DESIGN
YEAR......................................2023-26 LOCATION.......................MULTIPLE TYPE................................ACADEMIC
Selected Academic Exercises, Spatial Experiments, and Miscellaneous Design Documentation | Semesters I–VI This compilation highlights a diverse collection of academic design studios, spatial experiments, and technical studies developed across Semesters I through VI. The featured works range from an intimate Personal Workspace within the SPA Delhi campus to a climate-responsive Contour Housing scheme built into the steep topography of Mussoorie. Complementing these design projects are detailed technical exercises, working drawings, and building construction studies. From structural joinery and material assemblies to comprehensive execution details, these ancillary works record the foundational technical skills, drafting methodologies, and structural logic cultivated throughout the six semesters.
SOFTWARES- AUTOCAD | RHINO | GRASSHOPPER | PHOTOSHOP | PROCREATE | D5 | ARCHICAD | INDESIGN | DESIGN BUILDER | CLIMATE CONSULTANT
Working Drawing
Model Views These physical models show architectural design work from the first three years of college, moving from site-responsive concepts to larger urban projects. Early models explore curved geometries, contoured site landforms, domed pavilions, and detailed facade screens. Later projects focus on high-density urban developments, displaying multi-story massing, stepped floor plates, and detailed exterior envelopes. Overall, these model views demonstrate handson experimentation with scale, material assembly, and 3D spatial thinking.
JASKARAN SINGH / +91 92551 11404 jaskaran1209j@gmail.com