I am Muskan Jain. I’m in my fourth year of studies at Wadiyar Centre For Architecture Mysore. This portfolio contains selected works from the last four years of my education (2020-2024).
During my tenure in architecture school, my main focus has been on structural design methodologies and inticacies. I’m eager to delve deeper into design processes and explore diverse approaches.
muskuuujain
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Muskan Jain
6362001004
2020_muskan.j@wcfa.ac.in
#501, Abhishek Park, Athwa lines, surat, Gujarat
Indian 18 March 2002
Hindi, English, Kannada, Marwari
EDUCATION
Undergraduate:
Pre-University:
Secondary & PrimaryEducation:
B.Arch, Wadiyar Centre For Architecture, Mysuru, Karnataka
Science, Vidhya Ashram Pre University College, Mysuru, Karnataka
Aim: Designing a distillery for Bacardi using sustainable methods and strategies, including simulations, material selection, passive cooling, and optimal building orientation.
STEPPED DOVETAILED SPLICE
This study of Japanese wooden joints provided insights into how these joints function and how they can be applied to large-span structures.
WHITWORTH QUICK RETURN MECHANISM
The study aimed to learn gear mechanisms that could be applied to other areas of design.
JOINARY DETAILS
Composite joinery combining steel and wood has been extensively utilized large-span frame structures.
STRUCTURE ITERATIONS
EXPLODED ISOMETRIC VIEW OF STRUCTURE
The design process began by considering a roadway for truck movement across the site, taking the contours into account. Several exploratory iterations are shown here.
The drawings illustrate the structure’s adaptation to the building type, utilizing a composite of wood and steel.
The orientation of the functional blocks was determined based on wind direction and flow across the site. A 90-degree orientation was chosen to enhance ventilation between the blocks, a result achieved through simulation software.
The sketch depicts a section utilizing a passive cooling strategy.
SECTION INDICATING PASSIVE COOLING
PERSPECTIVE SECTION VIEW
INSTITUTE OF ARCHAEOLOGY
Location: Ahmedabad, Gujarat
Year: 2023
Type: Institution Area: 5000m2
Aim: To design an institution for 300 students within Ahmedabad University, taking into account the site’s climate and functional needs. The project focuses on understanding the dynamics of a multi-story building and effectively dividing public and private spaces.
SITE STUDENT CENTRE
The design process began by establishing a connection with the adjacent existing building, the student center, which features a corridor running through it. The idea was to extend this line of sight as an intervention.
The project was centered around developing a research institute for Ahmedabad University, with part of the facility designed to serve the public. As a result, the design incorporates a vertical division into public, semi-public, and private spaces.
Practice sketches to explore quality volumes
The study involved analyzing the effectiveness of geothermal passive cooling techniques through a specific case study. Insights gained from this analysis were then applied to inform and optimize the design.
The building incorporates raised flooring with cold pipes embedded in the structure, enabling natural cooling as the water circulating in the pipes exchanges energy with the earth. Small windows at the lower level of the room allow cool air to flow in, maintaining a comfortable and well-ventilated environment.
GROUND LEVEL
1. Entrance 2. Lobby
Admin
Toilet
7. Lounge
8. Fire Staircase
9. Lift shafts
10. Parking
5. Er
6. HVAC
1. LOBBY
2. EXHIBITION SPACE 3. CANTEEN
STUDIOS
LECTURE HALL
THEATRE STORAGE
THEATRE LOBBY
CINEMA HUB
Location: Mysuru, Karnataka
Year: 2024
Type: Urban Design
Area: 8000m2
Aim: The goal is to create an urban hub that highlights the city’s rich history of cinema, celebrating the tradition of film-watching from the past. This hub includes three main components focused on reliving and reminiscing, along with other existing programs integrated into the design.
The process began with site studies to observe vehicular and pedestrian movement. After completing these observations, I started zoning the site based on program requirements and entry points.
Since my program included a museum, I chose a circular form to facilitate the flow of people, which significantly informed the design development.
GROUND FLOOR PLAN
DR.RAJKUMARPARK
3D VIEW OF SITE
SECTIONS
HOUSING
Location: Mysuru, Karnataka
Year: 2024 Area: 4000m2
Aim: To design a low-rise housing complex with around 30 units for the employees of the royal palace, who come from diverse backgrounds. The design incorporates concepts of incremental development and public accessibility.
ABSTRACT MODELS
The design process began with the intent to challenge conventional housing design, leading to the exploration of model-making with unconventional forms and materials.
The next step was to carefully study the site and make observations while creating conceptual models aimed at shaping spaces and volumes using hard form board.
Finally, these models were translated into 2D drawings on paper, capturing a raw, tactile quality. Charcoal was extensively used to facilitate the fluidity of drawing by hand. The spatial qualities of the housing units emerged from this iterative process.
INTENT MODELS
ROUGH SECTIONS
AXONOMETRIC VIEW OF A HOUSING UNIT
PLAN AT -1500MM FROM GROUND
PROCESS MODELS
WORKING DRAWINGS
ELECTRICAL LAYOUT
SB-10
ARCHITECTS OFFICE
The architect’s office is designed to meet all the essential functional requirements, with careful consideration of materials and comfort. The interplay of light and shadow is a key element in the design.
The Zarava Ceramic Café emphasizes the aesthetic aspect of design, incorporating a wide range of materials and a diverse color palette.
HANDMADE MODEL
ZARAVA POTTERY CAFE
06
RELATED STUDY PROGRAM
Location: Anegundi, Hampi, Karnataka
Year: 2021, Group Study
Contribution: hand-drawn sections of house 46 & Chikkadevanna Palace
This study aimed to explore the design strategies used in the past to cope with extreme heat while also gaining insight into the cultural and social aspects of living. It focused on the extensive use of intricate woodwork, stone masonry, and mud walls in traditional architecture.
HOUSE 46: SECTIONS
AMBA VISTA
The aim of this project is to celebrate the 75th year of India’s independence, known as the ‘Diamond Jubilee,’ by creating a unique setting that integrates cultural, historical, and symbolic elements. Drawing inspiration from the Amba Vilas Palace in Mysore and the symbolism of the royal ‘GajaLakshmi’ with elephants and diamonds, the design seeks to blend the strength and brilliance of a diamond with the grandeur of the palace.
By incorporating abstractions derived from the diamond’s structure, carbon bonds, the project aims to create a space that honors India’s marking a significant departure in the everyday
structure, specifically its stable hexagonal India’s journey of independence while everyday lives of its people.
Location of the setting is chosen such that it would FRAME the intricacies of the palace through various architectural stances which would be through levels, pause and circulation.
In this way we will achieve a space thatwould draw people and engage them, giving them an opportunity to spend more time and enjoy different views. This engagement will eventually lead to an increase in the influx rate, thereby enhancing the palace activities.
