

As a 4th-year architecture student at the School of Planning and Architecture, New Delhi, I am driven by a vision to craft spaces that breathe harmony between people and the environment. My approach to design is rooted in purpose, weaving functionality with emotion to create environments that inspire, engage, and endure.
EDUCATION
2020 (ongoing)
School of Planning and Architecture, New Delhi
Lemer Public school , Thriprayar, Thrissure , Kerala 2017-2019
WORK EXPERIENCE
ARCHITECTURE INTERN
Praveen Vashisht And Associates, New Delhi 12 weeks
COURSES AND WORKSHOP
SECURITY BY DESIGN
16 weeks
Prof. Manjari Khanna
GRAPHIC DESIGN 3 weeks
KADHA ARCHITECTURE WORKSHOP
COMPETETION
2023
LANGUAGES
English Malayalam
Hindi
Solar Decathlon India
Conducted by DG College Of Architecture, Malappuram (Fluent) (Native) (Conversational)
SOFTWARE SKILLS
Autodesk AutoCAD
Autodesk Revit
Adobe Photoshop
Adobe Indesign
Adobe Illustrator
Sketchup
Rhinoceros 3d
Twinmotion
Lumion
D5 Render
eQuest
Grasshopper
Microsoft Word
Microsoft Excel
Microsoft PowerPoint
Figma
Airport in Udaipur is a striking fusion of traditional and modern architectural elements, inspired by the city’s rich heritage. The roof features an array of interconnected domes, reflecting the region’s iconic palaces and temples while evoking the natural curves of the surrounding Aravalli hills. These domes are intricately perforated, allowing natural light to filter through in a dynamic play of shadows and patterns, creating a serene and ever-changing interior environment. The design incorporates sustainable elements, such as passive cooling, rainwater harvesting, and solar energy, to reduce environmental impact. Materials like locally sourced stone, sustainable wood, and glass blend harmoniously with the region’s aesthetic while enhancing passenger comfort and flow. This architectural marvel not only serves as a modern aviation hub but also symbolizes Udaipur’s cultural richness and forward-thinking spirit, offering travelers an immersive experience that celebrates both tradition and innovation.
Aqua Heights is a landmark mixed-use building in Delhi, blending retail spaces and office environments with a striking and sustainable design. Its signature feature is the façade, adorned with blue photovoltaic (PV) panels arranged in a dynamic honeycomb pattern, symbolizing innovation and eco-consciousness while generating renewable energy.
The building’s layout incorporates a high-street retail concept, opening into a vibrant central courtyard that fosters interaction and engagement. The courtyard serves as a hub of activity, connecting retail and office spaces while allowing natural light and ventilation to permeate the structure. Aqua Heights exemplifies a modern, sustainable, and community-focused approach to urban design.
TYPICAL FLOOR PLAN 4
The upper-floor office spaces are designed for privacy and functionality, segregated from the traffic below. Balconies and refuge spaces are integrated to enhance both aesthetics and usability, providing employees with outdoor areas for relaxation.
TYPICAL FLOOR PLAN 3
TYPICAL FLOOR PLAN 2
A central atrium allows natural light to penetrate deep into the offices, creating a bright and airy atmosphere while maintaining a connection to the outside. The design seamlessly blends privacy, comfort, and access to daylight, ensuring an ideal work environment.
TYPICAL FLOOR PLAN 1
TYPICAL FLOOR PLAN 1
The retail space features a central open courtyard with a fountain as its focal point, surrounded by shops and a food court offering clear views of the courtyard. Designed with a high street concept, the ground level is seamlessly aligned with pathways, ensuring easy accessibility for differently-abled individuals. The layout promotes interaction, visibility, and a vibrant user experience.
Refuge spaces were transformed into balconies and garden areas by recessing the floor plate inward. The overhanging upper floor plate provides natural shading, enhancing usability and comfort while blending safety and aesthetics seamlessly.
The building’s form was tilted to optimize sunlight exposure. This adjustment allows for natural daylighting.
To manage the potential heat gain resulting from intense solar radiation on the SW and SE facades, a design integration solution might entail
This dual approach not only addresses the building’s energy requirements but also contributes to its environmental performance by optimizing thermal comfort and reducing carbon footprint.
One approach could involve incorporating shading devices such as pergolas, trellises, or retractable awnings over the courtyard area. These shading structures can be strategically positioned to filter sunlight and create a comfortable outdoor environment while still allowing for natural light and ventilation.
Based on the radiation analysis indicating that the southwest (SW) and southeast (SE) facades receive the highest solar radiation. By incorporating PV panels into these sun-exposed facades, the building can efficiently capture solar energy and convert it into electricity.
Double-glazed walls offer improved insulation against heat transfer, helping to minimize heat infiltration from direct sunlight and enhancing the building’s overall energy efficiency.
Additionally, vegetation such as trees or climbing plants could be introduced to provide natural shading and enhance the
NORTH - WEST
1. ALL DIMENSIONS ARE IN MILLIMETERS.
2. DRAWINGS ARE MEANT TO BE READ NOT SCALED
3. ANY DISCREPANCY IN DIMENSIONS, TO BE BROUGHT UNDER THE NOTICE OF STUDENT
4. THESE DRAWINGS ARE MADE AS PART OF WORKING DRAWING STUDIO AND IS MEANT FOR ACADEMIC PURPOSE ONLY
3.
DISCREPANCY IN DIMENSIONS,
The Community Resilience Centre in Sikkim harmoniously blends traditional and modern architectural techniques, creating a space that celebrates local culture while addressing contemporary needs. The design incorporates the vernacular architectural style of Sikkim, featuring sloping roofs, timber detailing, and locally sourced stone. Traditional courtyard spaces form the heart of the center, fostering a sense of community and connection.
Modern structural techniques ensure the building is resilient to natural disasters, reflecting its purpose as a safe haven for the community. Open and adaptable spaces encourage communal activities, cultural gatherings, and skill-building programs, reinforcing the center’s role as a hub for resilience and togetherness.
HALF ROUND RIDGE CLAY TILE
WOODEN PURLIN
SOLAR ROOF TILE
MS GUSSET PLATE
WOODEN RAFTER
OSB SOLID SHEATING
INSULATION
WOODEN RAFTER
SOLAR ROOF TILE
WOODEN PURLIN
OSB SOLID SHEATING
WOODEN RAFTER
INSULATION
SOLAR ROOF TILE
RIDGE DETAIL
M.S. GUTTER
CONCRETE FILLING
WOODEN RAFTER
WOODEN PURLIN INSULATION
300 THK COB WALL CLAY PLASTER
M.S.
EAVE AND WALL DETAIL
This outdoor pavilion is a serene and sculptural space designed for rest and relaxation amidst nature. Its dome-like form, partially covered with greenery, creates a seamless connection to the surrounding landscape while providing natural shading and a sense of enclosure. The organic design evokes a feeling of being cradled within nature, offering a tranquil retreat.
Elevated on a simple platform, the structure is easily accessible yet distinctly defined within its environment. This design celebrates the harmony between architecture and nature, making it an ideal outdoor space for reflection and rejuvenation.
ADOBE PHOTOSHOP - ILLUSTARTOR
ZAIDA BADRIYA +91 7042440638 pbadriya31arch20@spa.ac.in