Committed to pursuing architectural licensure soon.
As an architectural designer, I am passionate about how building’s design influence people’s emotions and well-being. I want to create spaces that feel calm, uplifting, and meaningful, that truly connect with the comfort of those who use them.
Awards | Design Excellence Award - Spring 2022 Arizona State University - Herberger Institute for Design and the Arts
Certifications | Licensed Architect in India - Council Of Architecture, India.
Autodesk Certified Professional in Revit for Architectural Design
Autodesk Certified Professional in AutoCAD for Design and Drafting
Volunteer Design Reviewer | Conducted semesterly design reviews for undergraduate students at Arizona State University - Herberger Institute for Design and the Arts over the past two years, evaluating projects across multiple design disciplines and providing constructive, professional feedback.
- Developed conceptual design ideas based on client needs, site conditions, and project goals.
- Developed building envelope designs for prefrabicated wall systems, integrating insulation, cladding, weatherproofing, and structural components to meet client and project goals.
- Prepared architectural construction drawings, specifications, and assembly instructions using Revit, and Autocad for contractor use.
- Collaborated with architects, structural engineers, and stakeholders to ensure compliance with project requirements, local codes, and sustainability standards.
- Conducted quality assurance reviews to ensure design accuracy, consistency, and proactive resolution of potential design challenges.
- Coordinated construction processes, including reviewing RFIs, material submittals, and site visits, to keep projects on schedule.
- Communicated effectively and managed multiple tasks, maintaining organization and efficiency across project teams.
ARCHITECTURAL
INTERN
Carhuff + Cueva Architects, Tempe, USA | May, 2022 - May, 2023
- Assisted in design development by creating sketches, renderings, and 3D models under senior architects’ guidance, supporting concept and schematic design phases.
- Prepared architectural drawings and construction documents using AutoCAD, Revit, Lumion, and Photoshop, ensuring accuracy and adherence to project standards.
- Conducted research on zoning regulations, building codes, materials, and construction methods to inform design decisions and project planning.
- Participated in site visits and project meetings, gathering information and documenting progress to support project delivery.
- Supported material selection, specification preparation, and client presentations to assist senior architects in project execution.
GRADUATE TEACHING ASSISTANT
Arizona State University, Tempe | August, 2022 - May, 2023
- Assisted faculty in course delivery by preparing lectures, demonstrations, and teaching materials for design studios and architecture courses.
- Led workshops, tutorials, and critiques to guide students on design development, modelmaking, and digital tools including AutoCAD and Adobe Photoshop.
- Supported student learning by providing constructive feedback, answering questions, and facilitating group discussions to enhance project quality.
- Managed course tasks and administrative duties such as grading assignments, maintaining records, and coordinating studio schedules.
- Developed teaching, leadership, and communication skills while fostering positive interactions between faculty, students, and project teams.
JUNIOR ARCHITECT
L.J. Purani Associates, India| Sept., 2020 - May, 2021.
- Actively involved in all phases of the project lifecycle, from conceptual designs to construction documents.
- Developed strategies for presenting design concepts to clients and led presentations.
- Coordinated with various stakeholders, including clients, team members, and consultants, on multiple projects concurrently.
- Managed full documentation coordination with structural, MEP, lighting, AV, landscape, and civil consultants, and worked directly with contractors.
- Worked with a team to analyze and design various government projects.
MASTER OF ARCHITECTURE
Arizona State University Tempe, Arizona, USA. 2023 | GPA - 3.96/4
BACHELOR OF ARCHITECTURE
ITM - SAAD Affiliated with Gujarat Technological University
Vadodara, Gujarat, India. 2020 | GPA - 3.3/4
SKILLS
TECHNICAL
- Adobe Suite (Photoshop, InDesign, Illustrator, and Premiere Pro)
- Autodesk AutoCAD
- Autodesk Creative Cloud
- Autodesk Revit
- BIM 360
- Bluebeam Revu
- Corel Draw
- Grasshopper
- Lumion
- Matterport
- Microsoft Office (Word, Excel, and PowerPoint)
- Procore
- Rhino
- Trimble SketchUp
PERSONAL
- Adaptable
- Collaborative
- Creative Thinking
- Dedicated
- Detail Oriented
- Enthusiastic
- Empathetic
- Goal Oriented
- Organized
- Problem Solving
- Responsible
- Team Lead
- Team Player
- Time Management
- Willing to Learn
2 1 3 4 5 6
Chinatown
Graduate Studio - 4th Semester
Co-Living Spaces
Los Angeles, California
Arizona State University
Global Engagement Studio
Graduate Studio - 3rd Semester
Library
Newyork City
Arizona State University
The Expansion Game
Graduate Studio - 1st Semester
Lucile Halsell Conservatory
San Antonio, Texas
Arizona State University
Bureau of Overseas Buildings Operations
Graduate Studio - 2nd Semester
US Consulate General
Lagos, Nigeria
Arizona State University
Gandhidham Smruti Bhavan
Auditorium
Surat, Gujarat, India
L.J. Purani Associates.
Professional Work
May 2022 - October 2025
Construction Drawings
Tempe, Arizona
Carhuff & Cueva Architects, LLC
Chinatown
Co-Living Spaces
Los Angeles, California
Architecture of Chinatown is a blend of traditional chinese architecture and modern design. A synthesis where East meets West thats welcoming to both tourists and residents. Co-Living Spaces which gives them a modern experience in a tradtional chinese context/ neighbourhood.
Every house must answer all fundamental needs for a human. Before over growing of cities and residential towers, houses were connected to the street with smaller streets giving the dwellers an opportunity to interact with people of neighborhood. Today apartments connect units by stairs and elevators which are in lack of Serendipity.
Graduate Stud4th Semester
Softwares Used: Revit, Autocad, SketchUp, Lumion, Photoshop, Indesign, and Illustrator.
Walkthrough: https://youtu.be/PLXkiNL4oGo
Public Space In-Between Space Private Space
Providing private terrace for every apartment, allowing the residents for contact with natural environment.
Form Development and Conceptual Development
Chinatown is all about Serendipity - means finding something good without looking for it. The design idea started with incorporating this idea into the planning. So the design is combined to form a continuous pattern of private, semi public and public spaces.
Two Walls shaping a vertical core for the modules to be plugged in.
First level acting as a commercial space where occupants can directly access.
Creating 2 bedroom apartments mirroring the existing plan on level two.
Circulation core containing staircase, elevators ( vertical access for modules) and utility area and refreshments.
Creating 2 bedroom modules with private balcony on second level.
Voids providing lighting for lower modules. Creating double heigt spaces for some modules.
Yale Street Side Elevation
View 1 (Through the Alley towards the Yale Street)
Global Engagement Studio Library
Newyork City
My concept for a library in New York City is a modern, interactive, and community-centered space that provides traditional and innovative technology-based resources. The library features an open design that encourages exploration, with ample natural light and comfortable seating areas. Additionally, there are spaces for events and community gatherings, including an amphitheatre located nearby.
The library is designed with specific areas for reading, studying, and collaborative work, with comfortable seating and tables for work and study. The amphitheatre creates a strong connection between the library and the local community.To promote a sense of community, the library also offers a range of programs and events, such as author talks, book clubs, language classes, and cultural events.
Softwares Used: Revit, SketchUp, Autocad, and Adobe (Photoshop, Illustrator and InDesign)
Roof
Roof Louvre Structure Columns and beams
Core Circulation
Back Facade
Form Development - Conceptual Development
The majority of the mass is concentrated at the back of the site.
The building is divided into two parts by an atrium, which creates a sense of openness and transparency.
Site Constraints Library
The mass is lowered to form an open-air amphitheater, offering ample seating for gathering, and socializing.
The design includes spaces that are accessible for people of all abilities, as well as spaces that facilitate community gatherings.
Tall buildings around the site block sunlight, while the surrounding structures create a stubborn atmosphere, making pedestrians feel abandoned on the street.
Design Strategies - Sectional Development
Sunlight infiltrated terraced atrium/ courtyard.
Vertical connections with visual relations.
The design plan is to build a basic cubic building with an empty space that divides it into a multi-level atrium and a terraced inner courtyard, allowing easy visual connections on all floors. Due to the void, sunlight can infiltrate deeply into the inner building.
Open Staircase provides:
Spatial Connectivity
Sense of Openness
Focal Point of the Atrium
Double-height spaces make occupants feel more open, grand, and comfortable. They bring in more natural light and air, making the indoors nicer.
Symmetry
Balance Building Axis
Sectional Development - Design Strategies
Hierarchy of Spaces
Cozy seating areas in the library provide private spaces for readers with windows on both sides of the spaces.
Hierarchy Of Spaces
Balance
To balance the site, placed the building towards the rear end creating harmony between open space and the building’s mass.
Sunlight Street View
The main idea is to make people feel grand when they see the building from the street, while also making pedestrians feel less abandoned.
Double-height space
Louvers let sunlight into the atrium for natural light.
Site Plan + Roof Plan (With Immediate Context)
1. Entry 2. Reception Area 3. Restroom 4. Staircase
5. Elevator
6. Floor Entry
7. Double Height Space
8. Reading Space 9. Atrium
10. Amphitheatre 11. Ramp
12. Callout Spaces
13. Book Shelves
Interior Flooring : Carpet
Outdoor Amphitheater Seating Area Flooring
Exposed Steel for columns
Outdoor Amphitheater Flooring
Furniture Color: Jolly Green
Exposed Concete: Interior Walls and Ceilings
Exposed Brickwork (Inspired from New York apartment style)
Exterior & Interior Paint Color: Warm White
Atrium Staircase Tread Material: Oak Wood Stair Treads
Wooden Tread
Column 18” x 18”
Detail A
Showing the design that displays a rod that’s neatly built into the wooden step, coming from the concrete floor, and this setup is repeated twice.
Diameter 0’ 0 1/2” Steel Pipe Attached with the Slab
Anchor Bolts
Wooden Tread
Detail B
The steel pipe extending from the concrete base.
Staircase Detailed Elevation
Diameter 0’ 0 1/2”Steel Pipe
2nd Level 10' - 0"
12” Concrete Slab
Handrail
The Expansion Game
Lucile Halsell Conservatory
San Antonio, Texas, USA
During the first semester of the Master’s program, we explored the concept of architecture expansions as a “game.”
Our project involved proposing an expansion for the Lucile Halsell Conservatory in San Antonio, with slight modifications, and designing a new educational and public architecture to accommodate currently endangered ecosystems.
The expansion we designed for the Lucile Halsell Conservatory features four new pieces that follow the pattern of fragmented buildings on the site.
Team Members: Vivek Bhargav Nalluri, Brooke Berge and Olivia Forish
Softwares Used: Revit, SketchUp, Autocad, and Adobe (Photoshop, Illustrator and InDesign)
Axonometric Section - Palm House
To view the tank from an underground seating area, visitors can follow a ramp that curves along the lake’s edge and leads to the lower level.
The courtyard expansion is designed to be sunken into the ground, similar to the rest of the project, and it connects to the palm house along the building’s main axis. With its structured seating area and spacious patio, the courtyard serves as a more substantial event space to replace the existing tent.
One of the new greenhouses is designed as a butterfly pavilion, filled with flowering shrubs and bushes that attract a unique collection of insects. The pavilion has a cone-shaped geometry similar to existing structures, but it is shorter and wider to allow for easy navigation by the butterflies.
The final expansion piece is the Mediterranean shrubland, which features a diverse collection of plants from dry, coastal areas. The roof’s geometry resembles the existing conical shapes, but it is fragmented to accommodate an existing pathway passing through it.
To ensure a balanced design, the new courtyard and underground pond have been positioned along the central axis, flanked by two circular structures on either side of the fern grotto. The underground pond has been expanded to create a tank for marine life and corals, adding to the garden’s botanical diversity.
The Mediterranean rooftop has been divided into two sections to accommodate an important pathway and provide just the right amount of light for the shrublands below. The butterfly pavilion maintains its cone shape, offering ample space for the butterflies to fly freely. The central tube anchors the structure and provides a shaded space for a palm tree to grow.
Overall, the design achieves a cohesive and harmonious expansion for the Lucile Halsell Conservatory.
Similarly, when designing the new roof forms, we employed the same approach, starting with simple conical shapes and altering
Existing roof geometry (Desert & Tropical)
Expansion roof geometry (Mediterranean Pavilion)
Expansion roof geometry (Butterfly Pavilion)
Existing roof geometry (Desert & Tropical)
Existing roof geometry (Fern Grotto)
23 ROOF GEOMETRY DIAGRAM - EXISTING VS EXPANSION
Existing roof geometry (Exhibit Room)
Existing roof geometry (Palm House)
Expansion roof geometry (Mediterranean Pavilion)
Expansion roof geometry (Butterfly Pavilion)
RampRatio 1:12
3” Diameter Space Frame
1” Insulated Glass
Floral Collections: Lavendar, Lillac, Lupin
Butterflies
Concrete
Concrete Wall
Concrete Footing
Earth Fill
Concrete Retaining Wall
Bureau of Overseas Buildings Operations
Embassy Lagos, Nigeria.
The 2050 embassy needs to consider the purpose and the structure of America’s representation abroad. There are significant steps to be taken to provide support to foreign governments through technologies and infrastructure development.
A future embassy should provide the opportunity to develop a relationship with the country and the communities and a core component of diplomacy will require significant financial investment through construction and maintenance.
Our proposed design solutions are impactful because they tackle the most prominent issues that Lagos, Nigeria faces.
Team Members: Brooke Berge, Tanner Baranski, Mohit Chaudhary and Lylaine Flores
Softwares Used: Revit, SketchUp, Autocad, Adobe (Photoshop, Illustrator and InDesign) and Lumion
This project received the Design Excellence Award from The Design School at Arizona State University.
We have identified the main vulnerabilities of Lagos, Nigeria, based on the five global drivers of climate, population, urbanization, resources, and technology. Our design strategies aim to address these vulnerabilities in Lagos, while also being applicable to other areas that share similar characteristics with Lagos. This approach allows for a broader impact beyond just Lagos.
The construction process of this building will also look to be integrated with lean construction principles and cultural anthropology. This will help mitigate on-site waste, streamline work processes, and develop a strong representation of the surrounding culture.
The defining feature of our design is the use of an algae facade and photobioreactors to generate clean and renewable energy through biofuels. As one of the leading countries in oil production and exportation, integrating this new technology could have a significant impact not only in Nigeria but also worldwide, potentially transforming Nigeria’s economy from one dependent on non-renewable resources to one that thrives on clean, renewable energy.
To address the projected population growth and rapid urbanization trends of the city, the design includes a modular layout with prefabricated systems, designed for disassembly at the end of the building’s life cycle for reuse.
Utilize shading strategies, such as self shading facade systems.
The building layout is designed to expand as needed with the growing population and space has been left between the facade and building with exposed structure, ready to expand when necessary.The expansions have been mapped out to add 400 square feet of space per unit. Allowing the building to grow an additional 43,000 square feet.
Incorporate modular design and exposed structure to allow building to expand and grow with the population
Gandhi Smruti Bhavan
Auditorium
Surat, Gujarat, India
The Local Governing body of Surat, Surat Municipal Corporation, was the client who desired the design of an auditorium that could accommodate a large audience. The client’s specifications included the requirement of multiple aisles, fixed tilting seats with upholstered seats and back posts, integrated armrests, writing tablets, and an articulated back to allow for maximum occupant passage space between rows.
Softwares Used: Autocad, Revit, and Adobe (Photoshop, Illustrator and InDesign)
My Role: Construction drawings, I have coordinated with various stakeholders, including clients, team members, and consultants.
Entry
Restroom
Back Entry
Staircase
Back Stage
Lower Level Seating
Construction Drawings
Office Work
Tempe
Developed conceptual and detailed design solutions based on client needs, site conditions, and project goals. Created building envelope designs for prefabricated wall systems, integrating insulation, cladding, weatherproofing, and structural components. Prepared architectural drawings, specifications, and assembly instructions using Revit and AutoCAD, ensuring design accuracy and constructability.
Collaborated with architects, engineers, and stakeholders to meet project requirements, local codes, and sustainability standards. Conducted quality reviews, coordinated construction activities including RFIs, submittals, and site visits, and maintained strong communication and organization across project teams to keep projects on schedule.
Softwares Used: Autodesk AutoCAD, Autodesk Revit, BIM 360, Bluebeam Revu, InDesign, Lumion, Microsoft Word, Photoshop
- Led the site planning, schematic design, and design development phases of the project, translating client goals and site analysis into cohesive, functional design solutions.
Project Scope: Design and prepare construction documents for a +/- 23,000 SF two story classroom addition with associate site work, play area, expanded parking and renovations to existing buildings.
- Worked on site planning, throughout the project, addressing layout, circulation, and contextual integration while considering site constraints, local building codes, traffic study data, fire safety lane access for emergency vehicle maneuvering, and parking requirements for the adjacent building.
- Prepared construction drawings, including Comm Check, Life Safety Plans, Floor Plans, Reflected Ceiling Plans, Finish Plans, and Enlarged Detailed Plans for restrooms and millwork areas with interior elevations.
Developed exterior elevations with signage details and contributed to site development for Lumion renderings to effectively communicate the overall design intent and material selections.
ALA Casa Grande 2024
Project Scope: Design and prepare construction documents for a new gymnasium and classroom building for The American Leadership Academy in Sierra Vista, Arizona to meet City and Developer approval to construct.
The land gross area is approximately 36 acres. There is one building approximately 43,000 SF proposed for this scope.
Assisted colleagues in preparing enlarged restroom plans with interior elevations and millwork details, as well as canopy wall sections.
Supported project documentation by completing the health department application for the cafeteria and kitchen.
Contributed to exterior elevations and prepared window and door schedules
AMS Mesa 2025
A. CONTRACTOR IS RESPONSIBLE FOR THE SUPPLY AND COORDINATION OF INSTALLATION
Developed four prototype school designs for BCCG, leading site planning, schematic design, and design development to meet varied program, budget, and capacity needs, while ensuring symmetry, hierarchy, and client-driven design goals.
- Led the site study, site planning, schematic design, and design development phases for four distinct prototype projects for BCCG, each tailored to different program and budget requirements.
- Conducted site analysis and planning, addressing circulation, context, and functionality based on varying student capacities including prototypes for 600-student and 1200-student facilities, as well as low-budget and extended campus layouts.
- Ensured each prototype met client expectations for symmetry, hierarchy, and programmatic efficiency. Developed exterior elevations, design presentations, and renderings to communicate design intent effectively.
- Utilized AI-based rendering tools and visualization software to deliver high-quality renderings on tight client deadlines, supporting clear decision-making throughout the design process.
ALA Sierra Vista Gym 2024
Project Scope: Design and prepare construction documents for a new K-12 campus for The American Leadership Academy in Casa Grande, Arizona to meet City and Developer approval to construct.
The land gross area is approximately 66 acres. There are eight classroom buildings proposed. Each classroom building is approximately 12,965 s.f.
- Prepared enlarged restroom plans with interior elevations and millwork details, window and door schedules, canopy wall sections, and other building sections.
- Developed exterior elevations and coordinated design details.
Heritage Academy 2024
Sun Valley Academy 2023
Project Scope: Design and prepare construction documents for a +/- 23,000 SF one story ground up classroom building with associate site work, play area, and parking.
- Led the site planning, schematic design, and design development phases of the project, translating client goals and site analysis into cohesive, functional design solutions.
- Worked on site planning, throughout the project, addressing layout, circulation, and contextual integration while considering site constraints, local building codes, traffic study data, fire safety lane access for emergency vehicle maneuvering, and parking requirements for the adjacent building.
- Developed exterior elevations and coordinated design details.
8” CMU W/ Joint Reinforcement at 16”
O.C. Solid, Grout Below Grade
Waterproof Membrane Retaining Wall Detail
3 X 10 Nailer W/ 5/8 Bolts @ 24” in Bond Beam
#4 Bar @ 32” O.C. @ C/L of Wall, Full Height
#4 Bar @ 16” O.C. On earth Face. Extend 3’ Into CMU
4 1/2” Concrete Slab W/ #3 Bars @ 18” O.C. Each Way
(2) #4 Cont. in Bond Beam at Top of Wall
Granular Fill
4” Perf. PVC Pipe Wrapped in GEO Fabric Filter Set in Gravel and Drain to Daylight
