Architectural Portfolio 2019-2023 | Rohan Gupta

PORTFOLIO

Phone No. 8318967813

Instagram: para.meable

Linkedin: Rohan Gupta

Email: rohan.gupta620@gmail.com

ROHAN GUPTA

Architecture Student

HELLO!

I am an architecture student currently enrolled in Sushant School of Art and Architecture, seeking an internship to gain practical experi ence in the field. Through my studies, I have developed a strong understanding of design principles, construction techniques, and project management. I have experience working with software programs such as AutoCAD, SketchUp, Revit and Rhino.

Most of the things that we can see with our eyes, we can feel with our hearts and this is my perspective of architecture. Architecture is the window to creativity and passion but what if we can not see architecture, how can we feel it that is my goal and my aim is to add new things to the understanding of architecture .

I am a dedicated and hardworking individual with excellent time management skills. I am able to work effectively in a team environ ment, take direction and feedback from experienced architects and designers, and am open to trying new things and taking on new challenges

13th May 2001

rohan.gupta620@gmail.com

+91 8318967813

RESUME

01

THE LOOP : [URBAN DESIGN] SEMESTER - 7

THE URBAN NEXUS : [HOUSING] SEMESTER - 6

PUBLICA : [EMERGENT MORPHOLOGIES] SEMESTER - 6

CONSTRUCTION DRAWINGS BUILDING CONSTRUCTION

DISSERTATION SEMESTER - 7

THE LOOP, URBAN DESIGN

BHIKAJI-CAMA , NEW DELHI

7 Semester / 4th Year

SOFTWARE USED

THE VISION , FOR BHIKAJI CAMA IS A PEDESTRIAN FRIENDLY MULTIMODAL HUB, THAT CONNECTS THE LESS TAKEN ENTITIES OF THE CITY AND CREATE A LOOP THROUGHOUT.

SOFTWARE USED

INDIAN ROADS CONSTITUE A MIXED MODAL CHARACTER, THAT ARE CROWDED AND CHAOTIC AS IT SHARES A SINGLE CARRIAGE WAY THROUGH OUT. THE MOTORCYCLES AND 4-WHEELERS MIXING CREATES A LOT OF COMMOTION AND UNORDERLY SITUATION WHICH MAKES THE ROOD LOOKS SMALLER, CONGESTED AND IN BAD SHAPES.

ACCOMODATING PEDESTRIANS

EACH ROAD, HOLDS A DIFFERENT CHARACTER BASED ON THE TYPOLOGIES IN THE CONTEXT. ALONG WITH THE CONTEXT, THE USERS, THE MODE OF TRANSIT PREFFERED IS ALSO TAKEN INTO ACCOUNT .PEDESTRIANS REQUIRE MOVEMENT NOT ONLY ALONG THE STREETS IN THE PEDESTRIAN REALM BUT ALSO AT INTERACTION AREAS WHERE MULTI - MODAL USER MOVEMENTS CROSS.

Introduction

TRAFFIC ISLAND RENDER , BHIKAJI CAMA

CO DESIGNED WITH SHARIKA SHAMEEN

DATA MAPS

ACTIVITY CLUSTER

VEGETABLE MARKET

MAJOR NODES

HAWKERS AND VENDORS

LEGENDS

ACTIVITY CLUSTER

BY MAKING BHIKAJI CAMA WALAKABLE-

-LESSER CONGESTIONS ON ROADS

-SAFER PEDESTRIANS SYSTEMS

-INTERACTIVE BUSINESS DISTRICT

MAJOR NODES

USER GROUPS :

- RESIDENTS - WORKERS- VISITORS- STUDENTS - SMALL SCALE - PEDESTRIANSDEDDDDDD

- BROKEN OR OBSTRUCTED SIDEWALKS

- CAR DOMINATED ROADS

THE SITE FACES ISSUES LIKE :

- NO DEFINED PARKINGS, THAT LEADS TO ENCROACHMENT

AFRICAN AVENUE ROAD DIVIDES THE SITE INTO TWO EQUAL PARTS, HENCE SOULD BE THE PRIMARY SITE OF INTERVENTION, AS IT BRANCHES TO ALL THE PARTS OF THE SITE,THUS , SHARING ITS CHARACTER. MATERIALITY

ALONG WITH THE INTERVENTIONS ON ROADS, THE MATERIALS SHOULD ALSO BE CONSIDERED, LIKE THE USE OF SIGNAGES, TACTILE TILES FOR THE DEAF, BRAILLE SIGNAGES ETC TO INCREASE INCLUSIVITY AND PARTICIPATION AMONG THE DIFFERNETLY ABLED AS WELL.

MAPS AND DRWAINGS

2

BHIKAJI-CAMA , NEW DELHI

THE URBAN NEXUS 0

8 Semester / 4th Year

Introduction

The Vision For This Project Was To Integrate the community into the Urban Fabric and connect the neighbourhood with the city.

SOFTWARE USED

Site has rich urban character neighbourhood enhance social connection and promote Transportation. Based on theme to slow people down and make them feel invite, By Activating the walkways and public spaces and creating a vibrant walkable diverse culture..

People can ENTER - PAUSE - REFLECT- MOVE.

This zone comprises of Bloack A2 and Block B5 of Sardarjung Enclave. The zone mostly consits of a stretch of hotels and carshowrooms. Two schools are situated opposite to one another at a walking distance from the residences from all sides. The availability of clinics and hospital is seen in this zone within a walking distance.

ACTIVITY CLUSTER

MAJOR NODES

THE SITE HAS EVOLVED AS THE POPULATION HAS RISEN DUE TO THE ECONOMIC AND COM- MERCIAL DEVELOPMENT IN THE AREA DUE TO JOB OPPORTUNITIES ALSO THE WORK- ING POPULATION HAS INCREASED JOB OPPOR-TUNITIES BEING IN THE FIELD OF EDUCATION-LABOUR AND HEALTHCARE..

Amenities

Taking 400m radius from zone I centre:

1. Presence of hotels 2. Presence of schools 3. Presence of carshowrooms 4. Presence of different speciality of clinics 5. Hospitals provide multispeciality and are open 24x7 6. Open spaces are present among each cluster of residences

MAPS AND DRWAINGS

Encourage mixed-use development:

Mixed-use development can help create vibrant and diverse neighborhoods that offer a range of housing options, businesses, and services. By encouraging a mix of residential, commercial, and retail spaces, communities can become more self-sufficient and offer a range of amenities within walking distance.

Inviting community members to participate in the planning and design process is essential for creating a neighborhood that meets the needs and desires of its residents. By engaging in a collaborative process, residents can feel a greater sense of ownership and responsibility for their community, leading to a more vibrant and connected urban fabric.

Public spaces are essential for bringing people together and fostering a sense of community. Designing parks, squares, and pedestrian areas can help create a gathering place for residents, providing opportunities for social interaction, outdoor activities, and community events.

ELEVATIONS

RENDERS

RENDERS

RENDERS

ONE HORIZON CENTER , GURGAON

6TH Semester / 3rd Year

CO DESIGNED WITH VARUN SINGHAL , PUSHPHAS JALAN

Introduction

RENDERED FORM

SOFTWARE USED

The Project proposes an approach in design where processes of form-generation are directly informed by the combination of material properties, environmental and other functional constraints. In proposing a unique approach to computationally enabled form-finding procedures, the unit projects shall investigate how such processes contribute to novel ways of creating, distributing and depositing material forms.

CONCEPT

PUBLICÃ is an emotion that brings people together, a space that invites citizens interact with each other and exchange cultural values. A contemporaty building enhancing the citizens connect with their own culture and allowing them to learn from others.PUBLICÃ embodies a unique variety of civic nodes and spaces: A Grand Theatre, a Contemporary Art Museum, a Multipurpose Hall , library and supporting facilities.

Main goal of this Project is to build a modern gathering point for people from all over the world, that can be adaptable to different contexts and where there will be an innovative atmosphere, where new tecnologies will play a very important role and that will try to inspire people to live in a more sustainable way and aware ofour environment.

DECODE LOCATION

SITE A- SIKENDERPUR METRO STATION

Sikanderpur is a metro station on the Yellow Line of the Delhi Metro and since November 2013, acts as an interchange station for Rapid Metro

SITE B- SUNSET BOULEVARD

This site is situated on a higher altitude, hence has the capacity to control and prevent water from flooding into the Golf Course Road.

SITE C- NEAR 42-43 METRO STATION Metro station 42-43 is 600m away from the site

SITE D- NEAR ONE HORIZON CENTER

Being densely populated by greys, this site has the potential to restore greens and balance the green: grey ratio around the region.

Selected Site

One Horizon Center

SITE SYUDY

SELECTED SITE

SITE D- NEAR ONE HORIZON CENTER - 4.9 Acre

- This site is situated on a higher altitude, hence has the capacity to control and prevent water from flooding into the Golf Course Road.

- Being densely populated by greys, this site has the potential to restore greens and balance the green: grey ratio around the region.

Temperature

Humidity

Daylight Wind Speed

Rainfall

Floor Plate: 42m x 42m

One Pixel : 3m x 3m

Height of single floor: 4.5m

Height of single-pixel : 4.5m

Total no. of pixels on a floor:196

Total no. of a pixel in mass:

FORM DERIVATION FORM

PHYSICAL MODEL

The prototype was created after conducting research on five case studies based on their strategies and systems. Different strategies and systems were chosen, and one prototype was created to match the chosen strategies and systems.

To achieve our goals, we added features like greenery, sunpath, building orientation, ventilation and so on in order to find the best fittest for the development of our final models. The angle of each pannel used in external facade is changed in order to obtain the fittest individual which were intended for the people who will live there.

SOLAR PLEX

It is designed to respond to changing environmental conditions such as sunlight, temperature, and wind. It is a prototype that demonstrates how a building facade can be made more energy-efficient and sustainable through the use of responsive design and technology.

PROTOTYPE MECHANISM

PROTOTYPE MECHANISM

A prototype is a preliminary version or a sample of a product or system that is used to test and evaluate the design and functionality of the final product before it is released to the market. The main purpose of a prototype is to identify potential design flaws, usability issues, and other problems before the final product is produced.

PROTOTYPE INSTALLATION

MORPH 5 WITH PROTOTYPE

FORM ACHIEVED

MORPH 1 MORPH 2 MORPH 3 MORPH 4

PORTFOLIO ROHAN GUPTA PUBLICA

RENDERED VIEWS

Introduction

BUILDING CONSTRUCTION

TECHNICAL DRAWINGS

7TH Semester / 4rth Year

BUILDING CONSTRUCTION

SOFTWARE USED

Building construction is a critical aspect of architecture that requires careful planning, coordination, and execution to ensure the successful realization of a building design. Architects and construction professionals must work together to balance technical, logistical, and aesthetic considerations to create buildings that are safe, functional, and beautiful. Working drawings are a part of the building construction studio, resolving and detailing designs, and turning conceptual ideas into actual buildable structures was the intent of the studio.

TECHNICAL DRAWINGS-

1] WAREHOUSE WITH PORTAL FRAME

2] CHANDIGARH COLLEGE OF ARCHITECTURE

3] TENSILE STRUCTIURE

SITE PLAN

SITE PLAN

SCALE

DETAIL

SCALE 1:

SUBJECT: BLDG CONST.

PROJECT: DISTRIBUTION

SCALE 1: 10

NUMBER OF STEPS

TREAD - 300

RISER - 150

FLOOR TO FLOOR

REMARKS :

PRIYAL CHANNA

PUSHPHAS JALAN

ROHAN GUPTA

SEJAL BANSAL

SEMESTER: 07

CLASS: 4A

SUBJECT: BLDG CONST.

PROJECT: DISTRIBUTION

PORTAL FRAME

SCALE : 1:50

MODEL DETAILS

WAREHOUSE PERSPECTIVE VIEW

It consists of rigid columns and beams connected to form a rigid framework that supports the roof and transfers loads to the foundation. Portal frames are popular in warehouse design due to their simplicity, cost-effectiveness, and ability to provide large clear spans.

APEX HAUNCH

KNEE FRAME BOLTED WITH HAUNCH

CANTEEN

FOUNDATION PLAN

EAST

NORTH SIDE ELEVATION

SOUTH SIDE ELEVATION

SECTION AA' SECTION AA’

TENSILE STRUCTURE

Tensile structures often employ cable systems to support the membrane or fabric. Cables are tensioned to specific levels to provide the required strength and stability. The cables distribute loads by transmitting tension forces through their length. The specific arrangement and tensioning of cables depend on the design and load requirements of the structure.

Tensile structures commonly use membranes or fabrics as the primary covering material. The membrane’s behavior under load is crucial for load distribution. When loads are applied to the membrane, it deforms and forms a shape that minimizes stress concentrations.

EXPLORATION OF THE ADAPTIVE MECHANISM DISSERTATION IN ARCHITECTURE

RESPONSIVE BUILDING SKIN SYSTEM 05

SOFTWARE USED

Introduction

This Dissertation provides an overview of the design of the Responsive building skin system and the exploration of their adaptive mechanism. Many kinds of Smart and responsive building envelopes have been developed. However, their improvement to accomplish adaptability stays indistinct and unstructured.

AIM

Exploration of the adaptive mechanism of building skins, structural tectonics, and t heir ability to be energy efficient and responsive.

This study aims to understand responsive building skin designs by examining their mechanisms, functions, purpose, and materials through an adaptive methodology. This study depicts these adaptive designs through concepts, hypotheses, issues, approaches, methodologies, strategies, and developed materials and frameworks in design applications. This investigation is based on surveys and a review of the available iInformation focusing on particular studies. Then the experiment investigation outcomes align with systematic approaches and critical analyses, such as classification and comparison, to identify patterns and trends.

OBJECTIVES

To understand the design aspects and mechanism approaches that govern the implementation of responsive skins in the real world context. To examine various factors engaged in the Skin design that should be considered at the beginning of development. To identify the gaps between comprehensive Skin design thinking and mechanical constructability.

DATA ANALYSIS

The research revealed various biomimetic design and adaptive building skins features that address a variety of architectural design limitations. Instead of offering a more eye-catching and creative design that is more expensive and hardly fabricated, the focus should be on responsive skin design that is Weffectively and reasonably constructed.

CONCLUSION

As systems get more complicated, responsiveness becomes more complex, driving up building, installation, and maintenance costs. However, applying a high number of expensive mechanical and electrical devices contradicts with this aim.

OTHER WORKS

As an architecture student, my miscellaneous work encompasses a wide range of creative projects. I have a particular passion for computational design and sketching, as demonstrated in my work miscellanous works through my unique and artistic vision. I also enjoy creating digital model and parametric forms using rhino and grasshopper allowing me to experiment with different styles and techniques. One of my most exciting ventures has been in the realm of architectural fashion competition design. I relish the challenge of combining two distinct disciplines in innovative and visually striking ways, pushing the boundaries of what is possible in design. Overall, my portfolio reflects my versatile approach to creativity, incorporating a keen attention to detail, a love of experimentation, and a deep commitment to producing unique and memorable designs.

Forms Exploration using Grasshopper

Dubai Master Plan

Photoshops Renders

FORM EXPLORATION

CELL SKELETON - 2

THE OASIS

Signifying the balance and coherence achieved through the integration of various design parameters.

It provides a set of powerful tools for working with meshes, including mesh creation, editing, optimization, and analysis.

It provides a graphical interface for creating complex algorithms and parametric designs, allows to create and manipulate geometry with ease.

CELL SKELETON -1

SOFTWARE USED

By using Rhino’s parametric modeling capabilities to control the design variables of the city,which involves linking the parameters defined earlier to the geometry of the city blocks. With the help of Rhino’s visual programming tool, Grasshopper, to set up the relationships between parameters and objects.

RENDERS