Architecture, to me, is more than building structures, it is about storytelling through space. My design approach prioritizes context, functionality, and seamless integration with the surroundings. Using computational tools and data-driven methodologies, I explore multiple design possibilities, ensuring adaptive, sustainable, and human-centric solutions. embrace AI and green design strategies to create spaces that not only fulfil a site’s potential but also resonate with users. With expertise in computational design, digital technologies, and machine learning, I develop cutting-edge architectural solutions across urban, suburban, and industrial environments. I thrive in conceptual design, research, and multidisciplinary collaborations, aiming to push the boundaries of innovation while maintaining a strong connection to site and purpose.
Rohit Singh Parmar
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Professional Projects
SOG Design, SG
Sumeet & Associate, IN Studio Symboisis, UK Design Proposal’s
Professional Projects
Academic Projects
Thistle Urban Enclave, CA Urban Oasis, UK
Academic Projects
Trillium Pavilion, UK International Convention Centre, IN
Miscellaneous Work’s
Courses
Experiments
01
Gonio Master Plan
Butami, Georgia
I played a key role in the design and analysis of the 187-hectare Gonio Master Plan, developed for Eagle Hills. As part of the core design team, my responsibilities included producing multiple 3D massing iterations and conducting advanced climate and environmental analyses using Rhino and Grasshopper. The vision for the master plan was to create a dynamic waterfront destination, anchored by two signature districts the Lagoon District and the Marina District. The Lagoon District was designed as a vibrant mixed-use zone centered around a large water body, offering layered residential environments that balance privacy and community interaction, while activating the public realm through water-centric landscapes. The Marina District extended the central axis toward the Black Sea, culminating at a luxury Yacht Club, and was seamlessly connected to the Lagoon through pedestrian bridges. This district integrated waterfront residences, hotels, and F&B destinations with alfresco dining and leisure experiences along the shoreline. The project gave me invaluable exposure to large-scale urban visualization, district-level programming, and integrated design strategies, while reinforcing the importance of shaping inclusive and sustainable urban identities.
Grasshopper
Autocad
Mid Journey
Hourly Sun Studies
Marina Plot Areas & Dimension
Marina District Lagoon District
Plot Accessibility for Marina District.
Plot Accessibility for Lagoon District.
02
Solarium South Bangalore, India
I contributed to the facade development of the Solarium South commercial masterplan for Bagmane Group in Bangalore. My role focused on generating computational facade design options that reinforced the architectural form’s fluidity and coherence. Using Grasshopper, I developed three facade strategies characterized by dynamic transitions and a twisting central gesture, creating a strong visual identity across the development. These concepts were further refined and rendered in Lumion Pro, ensuring clarity in material articulation and facade performance. In addition, I worked on the design of entrance lobbies for all three towers, aligning interior expression with the flowing exterior language. This project strengthened my expertise in parametric facade design, digital visualization, and client-oriented design delivery at a commercial scale.
Professional Work Facade Development | Computational Design | Rendering
Rhino 3D | Grasshopper | Lumion Pro | Photoshop | Indesign
Perspective view
Elevation view
Perspective view
Elevation View
03
Arward Office Tower
Jeddah, Saudi Arabia
A landmark commercial project in Jeddah, developed through RIBA Stage 4. The client’s vision called for a central atrium that vertically connects all floors, fostering openness, natural light, and visual connectivity while creating internal terraces for collaboration. The architectural concept drew inspiration from Saudi Arabia’s desert landscape sand dunes and eroded rock formations, translated into a facade that embodies the movement of sand and stratification of stone. Using Rhino and Grasshopper, I developed the parametric facade system, while Maya mesh modeling was employed to articulate dynamic extrusions that highlight the building’s sculptural identity. Alongside this, I carried out climate-responsive studies to ensure the form mitigates Jeddah’s extreme environmental conditions, enhancing natural ventilation and shading. The project gave me invaluable experience in bridging cultural inspiration with computational design and environmental performance, resulting in an architecture that is both contextually rooted and future-oriented.
Maya | Rhino 3D | Grasshopper | Autocad | Enscape
The site is located in Jeddah, major city on the western coast of Saudi Arabia, It is known for its historical significance and bustling economy.
The volumes are pushed side ways in to create open spaces and a play in the massing.
tower imitates the desert rock formations of Saudi Arabia, featuring a looped form where the
The design features a raised podium dedicated to parking and commercial spaces. Above which the office tower is placed.
The tower is furher refined with a unique configuration, allowing for unobstructed views of the surrounding cityscape from all sides.
The tower, characterized by its distinctive facade and intricate detailing, stands out prominently against the backdrop of the surrounding.
The
rugged rock skin envelops the structure.
Typical office Floor Plan
Podium Floor Plan
04
Vencon Bhagat Niwas
Kandivali West, Mumbai, India
At Sumeet Associates, I worked as the project architect for Vencon Bhagat Niwas, a mixed-use residential and commercial development commissioned by Mahant Construction LLP, with Sai Consultant as project consultant. Located in Kandivali West, Mumbai, this ongoing project features commercial spaces at the front and residential units at the rear, ensuring a balanced integration of urban activity and private living. The design concept draws inspiration from faceted geometries and bold linear expressions, interwoven to create a striking diamond-pattern facade that has already established itself as a local landmark. I was involved in all stages of the project, from conceptual design, planning, and façade articulation to working drawings, construction documentation, and municipal approvals. This project offered me comprehensive exposure, bridging the entire journey from conceptualization to on-site execution, and strengthened my expertise in delivering contextually bold, buildable, and approval-compliant architecture.
SAHYADRI CHS
Goregaon East, Mumbai, India
My responsibilities encompassed residential unit planning, facade articulation, and preparation of detailed construction drawings, along with municipal submissions for statutory approvals. I also developed high-quality visualizations in Lumion, ensuring the design intent was clearly communicated to both client and stakeholders. The project emphasized efficient layouts that maximize
At
MAHENDRAGIRI
Odisha, India
Aerial View of a Cafe & Public Spaces
07
TARANG - CULTURAL CENTRE
Ahemdabad, India
This project was developed as part of a design competition for a cultural hub in Ahmedabad, envisioned as a clubhouse, resort, and hotel complex under one integrated design. The concept draws inspiration from the folk traditions of Gujarat, particularly the circular movements of Garba and Raas, as well as the timeless architectural wisdom of the Adalaj Stepwell, which embodies natural cooling strategies. The design organizes multiple programs around a central courtyard, encouraging cross-ventilation, layered shading, and sustainable spatial planning suited to the region’s hot climate. Using Rhino and Grasshopper for form-finding and environmental analysis, and integrating AI-aided visual explorations, the proposal reimagines a 21st-century cultural landmark that unites heritage, sustainability, and contemporary architectural expression. By blending climate-responsive design with symbolic geometry, the centre aspires to become a destination for community, culture, and innovation.
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The initial massing begins as a simple rectilinear block, aligned with the site. This pure form is then deformed through rotation and soft curvature, initiating its transition toward a circular geometry.
The geometry is carved to form a grand welcoming entrance, emphasizing openness and approachability. The extended arms of the massing stretch outward to define functional programmatic spaces and enhance spatial flow.
The circular mass is sculpted inward to form a central courtyard, inspired by traditional architectural cooling strategies. This inward gesture creates shaded, cooler communal spaces while enhancing natural ventilation.
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The façade is extended outward to provide shaded spaces and reduce heat gain, while the geometry twists in reference to the cultural dance form Garba of Gujarat. An interactive roofscape and central vertical green courtyard emerge, integrating hotel functions with social and climatic responsiveness.
The massing is aligned proportionally with the Golden Ratio, guiding spatial harmony. Portions are pushed to expand the courtyard for welcoming entry, while selective pulls create double-height internal spaces for openness, light and shading.
The form culminates into a climate-responsive architecture that blends cultural symbolism with ancient design wisdom. Interactive green roof terraces crown the structure, offering immersive user experiences and ecological value. 2/3 a 1/2 a
All year Round analysis 07:00am – 18:00pm
The morning sun exposure analysis shows high solar intensity on the east façade, causing glare and heat gain risks, which can be mitigated with shading devices, reflective treatments, vegetation buffers, or adjusted glazing ratios.
All year Round analysis 07:00am – 18:00pm
The morning solar radiation analysis shows concentrated high radiation levels on the east façade, increasing heat gain and cooling loads, highlighting the need for shading devices and reflective treatments to reduce early-day energy impact.
All year Round analysis 07:00am – 18:00pm
The wind direction analysis indicates prevailing winds predominantly from the northwest and east, with higher wind speeds funneling through open site edges; building orientation and landscape buffers can be optimized to harness natural ventilation.
Maya Geometry
THE HORIZON TOWER
Kalyan, India
This design competition proposal reimagined the typology of a Mumbai residential tower, integrating DCPR regulations while exploring a bold architectural identity. Positioned on a prominent site, the tower is crowned with a clock feature, envisioned as a landmark element that reinforces its urban presence. The design combines green terraces and sustainable facade strategies with a dynamic, contemporary vertical form, ensuring livability within a dense urban fabric. Developed through AI-aided pre-concept explorations and parametric tools, the proposal balanced regulatory constraints with innovative design thinking, resulting in a vision that is both contextually responsive and future-oriented.
Thistle Urban Enclave
Thorncliffe, CA
This thesis project envisions the transformation of Thorncliffe Park into a forward-looking urban enclave that merges nature-inspired design with parametric and data-driven methodologies. Drawing inspiration from the Blessed Milk Thistle Plant, the project decodes the flower’s geometry to generate the spatial profile, master layout, and vertical form of five interconnected towers. The natural logic of the flower’s growth informed both the architectural language and the overall site planning, embedding organic order within an urban context.
The design employs parametric modeling in Grasshopper to generate rapid iterations, while climate analysis and environmental simulations informed building orientation, façade performance, and density distribution. A field-based computational experiment shaped the landscape design, allowing the public realm to emerge seamlessly from the towers, creating a fluid transition between built form and open space.
The proposal integrates residential, commercial, hospitality, and leisure programs within a cohesive framework, with podium-level connectivity, rooftop terraces, and open ground floors encouraging social interaction. By aligning architectural form with ecological principles and urban needs, the Thistle Urban Enclave establishes a sustainable, research-led, and future-ready design that redefines urban living in Toronto while fostering resilience, inclusivity, and cultural identity.
Academic Work Design Development | Conceptual Massing & Planning | Computational Design | Rendering Maya | Rhino 3D | Grasshopper | Autocad | Enscape | Lumion Pro | Adobe Acrobat
The existing site boundary covers 14 hectares, with the east and west sides divided by a secondary road. The diagram highlights this separation, illustrating the site’s layout and its access points.
The diagram shows massing distribution around key hotspot attractions with anchor points at the nodes of site, with concave building profiles designed to enhance urban flow and visibility. Varied heights and densities highlight important areas, balancing aesthetics and connectivity across public, commercial, and residential spaces.
The proposal introduces a new network connecting both sides of the site, aligned with the proposed metro line. The diagram showcases the distribution of road connections into pedestrian paths, cycleways, and driveways, while also defining new building profiles based on selected massing to enhance spatial coherence and mobility.
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The building profiles are designed with adequate spacing between structures, ensuring spatial clarity and optimal program distribution on both sides of the site. The diagram highlights this arrangement, illustrating the thoughtful balance between open spaces and functional areas.
The concept is primarily based on a plant called blessed milk thistle, which is a thorny plant breed in Canada and is considered a wild plant. After learning and pattern behavior of flower geometry. The flower profile has an outline since the shape and guidelines of the flower cover the leaf creation and placement in a contrasting way. Examining attentively, we can observe that the thorny leaf’s two layers are arranged systematically. This repetitive pattern (concave profile) of the flower has a main role in the massing strategy.
I conducted a computational experiment in
focusing on creating optimized landscape patterns that guide movement toward the
Grasshopper,
center of individual buildings. Through this process, I developed four different pattern options, each aimed at intuitively directing visitor flow. Of these, Option 1 stood out as the most effective because it utilizes hotspot points to directmovement seamlessly, avoiding unnecessary detours. This method has been particularly useful in designing landscapes that enhance natural wayfinding and create more efficient paths for visitors.
FIELD’S Experiment to derive LANDSCAPE Pattern.
The design transforms a standard vertical tower into an inclined, parametric building form, inspired by the dissection of a flower. The diagram illustrates how the building’s shape creates functional spaces that offer unique spatial experiences, tailored to the organic form’s geometry.
The conceptual design incorporates an open ground floor to stimulate commercial activity and public spaces. The diagram demonstrates the division between green spaces and habitable areas, with rooftop terraces providing views over the plazas. The integration of these elements results in a novel building form that enhances both functionality and aesthetic appeal.
The landscape pattern, derived from field experiments in GH, is designed to guide the flow of lines towards the atrium of each building massing. The diagram illustrates how this pattern harmonizes with the building forms, creating a cohesive and visually engaging spatial experience.
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The final design creates a connected network aligned with the metro, with massing distributed around key hotspots for smooth flow and visibility. Standard towers are reimagined into inclined, parametric forms inspired by flower dissection, adding a unique identity. Open ground floors host vibrant commercial and public spaces, while landscaped patterns and rooftop terraces enhance engagement and urban experience.
The morning sun exposure analysis shows high solar intensity on the east facade, causing glare and heat gain risks, which can be mitigated with shading devices, reflective treatments, vegetation buffers, or adjusted glazing ratios.
Urban Oasis
As part of my master’s program at the University of East London, I contributed to the C40 Global Competition, focusing on reimagining the Pool of London, a historically significant site situated between some of the city’s most iconic landmarks, including St. Paul’s Cathedral, Tower of London, and London Bridge. The design challenge centered not on the architecture itself, but on revitalizing the urban fabric to create a meaningful public realm that both honors the site’s past and enhances its future use.
The proposal draws inspiration from human movement and circulation patterns, envisioning a pedestrian and cycle bridge that echoes the site’s history as a hub for coal and goods export. At ground level, the design introduces a public garden plaza supported by sculptural columns that metaphorically represent the energy and chaos of historic trading activity. The Voronoi-inspired ceiling pattern reflects the randomness of urban life, while vertical circulation elements, staircases, lifts, and terraces, foster connectivity between spaces.
Programmatically, the project incorporates co-working hubs, leisure areas, and relaxation zones, transforming the site into a dynamic transition space that welcomes both residents and tourists. Positioned along key pedestrian routes between London’s cultural and civic landmarks, the Urban Oasis aspires to function as a gateway and gathering point, blending history, modern urban design, and sustainable placemaking into a cohesive vision.
Pool of London, London
The site features existing buildings and surrounding areas with both vehicular and pedestrian circulation between Lower Thames and Riverway.
Visitors are guided into the site through a weaving circulation pattern that directly connects the road with the river walkway, creating a central focal point. The site’s rich historical background informs the introduction of key hotspots for the new circulation proposal.
This research demonstrates how the MASH tool facilitated the landscape design by allowing easy manipulation of modular components, seamlessly integrating them with the site’s existing massing and circulation guided by nHair curves. The use of MASH enabled the creation of a landscape with a gradient pattern of hardscape and softscape elements, making the design process efficient and adaptable to different site conditions.
Contextual mapping identified hotspot points, which were then connected using nHair curves to experiment with creating an optimal detour pathway for site circulation.
The ground surface is opened to create public realm spaces and enhance visual connectivity between the road and promenade. Curves derived from a weaving pattern were used to extrude a surface that intersects with existing buildings, forming a boolean operation. This approach created open horizontal and vertical spaces for proposing green oases between buildings, increasing human footfall and enhancing tourist attraction.
Typical Floor Plan of the proposed Design.
Component Used in Maya MASH Excercise.
The final arrangement of components resulted in a landscape with a clear gradation, distinguishing between hardscape and softscape elements.
Demonstrating Vertical Circulation
Circulation layout for each floor of the Green Oasis.
Visaulization of Grasshopper Output of Pixel Concept Building form.
Pixel Facade Pattern Research - Rhino 3D & GH.
Typical Floor Plan of the proposed Design.
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GENERATIVE PATTERN
Surface Morphology
This design experiment explored the potential of generative design using Maya, beginning with a simple rectangular surface and applying fundamental commands such as split vertices, bevel edges, and poke faces. The process produced a seamless pattern system that could serve as a modular base for geometric transitions and adaptive architectural forms.
From this generative surface, I extracted both hexagonal and triangular modules, which were further developed into architectural propositions. The hexagonal cells evolved into habitable, pavilion-like structures, while the triangular inserts formed structural columns capable of supporting larger frameworks. These modules were recombined to envision larger-scale applications such as a water-based city, where organic geometries create fluid spatial arrangements supported by an integrated structural system.
This research highlights the power of generative workflows to transform simple surface manipulations into scalable architectural systems, opening new possibilities for modular, adaptive, and sustainable design solutions.
This approach can inspire the idea of re-linking these patterns, allowing each component to connect and interact with others seamlessly. From a geometric perspective, combining shapes such as hexagons and equilateral triangles can form a cohesive pattern, demonstrating how different geometric forms can be integrated to create complex design solutions.
The components are aggregated to form a building block.
The pavilion design is developed through a generative approach, exploring various configurations of Maya patterns.
Developed into a structural support column for a water city through the application of the preceding steps.
The Lattice tool in Maya deforms these patterns into an urban model, allowing flexible adaptation of functions and programs for cityscapes.
Pavillion Surface which is in continous loop, which have parametric roof designed by usign wraf deformer in maya. This pavillion can easily constructed by 3D printing concrete and tensile fabric for roof. Inside the pavilion, the parametric roof design creates a play of light and shadow, enhancing the spatial experience.
The
The surface is edited to merge opposite edges for a continuous flow.
The surface is mirrored and duplicated along the axis to achieve a symmetrical configuration.
Merged double surfaces along the edges create a unified and continuous form.
Surface mirrored along the Z-axis creates a symmetrical configuration.
MORPH PAVILLION
Applied the Wrap Deformer to create a parametric roof.
04
THE FACETS
FINSBURY AVE SQR, UK
The Finsbury Avenue Square project reimagines a high-traffic, transit-oriented plaza in the heart of London into a welcoming urban oasis that serves residents, employees, and visitors alike. Designed as a gesture of gratitude to the community, the square introduces a variety of amenities for relaxation, interaction, and cultural engagement, transforming it into a vibrant civic hub. At its core, a dynamic pedestrian bridge acts as both an architectural landmark and a viewing platform, while below, an illuminated fountain creates a captivating focal point with light and water performances. The design emphasizes inclusivity, sustainability, and contemporary urban living, seamlessly blending modern architectural elements with greenery to soften the city’s hardscape. By fostering connections, encouraging pause, and offering moments of serenity amid London’s energy, the project aspires to elevate the public realm into an immersive, community-driven experience.
Academic Work
Design Development | Conceptual Massing & Planning | Computational Design | Rendering Rhino 3D | Autocad | Enscape | Lumion Pro | Adobe Acrobat
Integrating solar-shading street furniture to enhance comfort and usability of public space.
Studying daily user flows and highlighting primary pedestrian desire lines.
Mapping existing circulation patterns and identifying key activity zones within the plaza.
Deriving spatial form and organization from observed user movement patterns.
Establishing multiple entry points to strengthen connectivity with public transport.
Trillium Pavillion
UEL, London
The Trillium Pavilion is a realized design-build project at the University of East London, where I contributed as part of both the core design and execution team in close collaboration with engineers from Cundall. Originating from a generative design experiment using MidJourney and Maya, the concept evolved from an urban bench prototype into a fully inhabitable architectural pavilion. The design process involved rationalizing the complex geometry through Rhino and Grasshopper, followed by structural optimization and feasibility studies. Multiple structural iterations were explored to achieve a balance between aesthetic expression and buildability.
The pavilion integrates innovative construction methods, including robotic thread-weaving techniques for tensile surfaces, 3D-printed concrete foundations, and timber frame supports joined with precision double-jointed ribbed connections. The final structure demonstrates how digital design, computational workflows, and advanced fabrication techniques can translate experimental ideas into a built architectural landmark, creating a unique public space for interaction and engagement.
Maya geometry derived from Voronio pattern Protopy
Rationalisation the geometry in rhino & grasshopper
Tapering of members
Structural Member Division
Continuous Timber - Cross Lap Joint
Pavillion Structural Visualisation and tensil roof pattern.
Inter-Woven Thread Pattern
Pavillion Structure and Joinery’s
Weaving Pattern
Pavillion Design for Opt 01
Pavillion Design for Opt 03
INTERNATIONAL CONVENTION CENTRE
Mumbai, India
This thesis project, developed during my Bachelor of Architecture, proposed the design of a large-scale International Convention Centre integrated with a marina, yacht club, sports arena, stadium, five-star hotel, and commercial facilities at Victoria Dock, Mumbai. The aim was to consolidate my academic learning into a comprehensive urban proposal that reimagines Mumbai’s eastern waterfront as a global destination for commerce, culture, and leisure.
The design concept was inspired by the idea of a portal, symbolizing Mumbai’s historical role as a hub of trade, exchange, and connectivity. The architectural form and spatial planning were conceived to act as a welcoming gateway, drawing visitors, residents, and traders into a unified development. Hotels and commercial buildings create a landmark threshold, while the convention centre and arena anchor the site as primary generators of activity and revenue.
Functionally, the masterplan emphasizes zoning clarity, organizing private, semi-private, and public areas to ensure seamless circulation without spatial overlap. The marina and yacht club were designed in strict compliance with DCPR and Mumbai Harbour Port regulations, establishing the waterfront as both a recreational and economic asset.
In terms of methodology, this project demonstrates a multi-software collaborative workflow, integrating Rhino + Grasshopper for form-finding, Revit for BIM modeling, AutoCAD for detailed joinery and construction drawings, Photoshop & Indesign for design presentation, and Lumion for photorealistic visualizations. This approach allowed me to bridge conceptual exploration with technical precision, delivering a data-informed, visually compelling, and contextually responsive thesis proposal that reflects Mumbai’s identity as a global financial and cultural hub.
Shaping the building form to create dynamisim in the design.
Iteration the form in order to maximize terraces and along with generating flamboyant structure.
Interconnecting the three massing to create a unified form.
Architecture and contruction Detials
Section - BB’
Auditorium Section
3D + Fluidity AI, Saudi Arabia
Miscellaneous
This project was developed during the 3D Fluidity + AI Workshop led by Mariana Cabugueira (MC Studio) and organized by Futurely. The workflow explored AI-driven pre-conceptualization using MidJourney, followed by form-finding and 3D modeling in Maya, and later re-visualized via Mid- Journey and magnify withAI tools such as Kling AI and Krea AI for rendering and animation. Through this workshop, I gained valuable insights into integrating AI with computational design, learning how to generate rapid design iterations and develop visually compelling outputs with minimal resources.
Prompt - captivating composition, futuristic villa in Saudi Arabia, composed of 3 oval-shaped pebbles like buildings, 1 or 2 levels, connecting, interconnected by bridges, floors and walkways, surrounded by mountains and rocks, palms in the landscape, with a swimming pool, 1 or 2 levels, a bird’s eye view, with ocean, sea, lagoon, harmony, simplicity, fluid design, no windows
Prompt - Perspective view of a luxury villa made of white matt concrete, curves, depth, fluid architecture, mullion windows, glazed windows, interior of residential with fluid lights, sunset, real sky, evening lightings, water pool, water reflection, lush landscape, desert surrounding, palm trees, people seating, walking, location in Saudi Beach. ultra realistic, 4k. cinematic shot, high detail. --raw --stylize 0
Prompt - Perspective view of a luxury villa made of white matt concrete, curves, depth, fluid architecture, mullion windows, glazed windows, interior of residential with fluid lights, misty, real sky, glass railings, water pool, lush landscape, desert surrounding, palm trees, people seating, walking, location in Saudi Beach. ultra realistic, 4k. cinematic shot, high detail. --raw --stylize 0
Prompt - hyperrealistic superdeatil captivating extreme close macro photo of a simple fluidic merged cresed edge elipse windows for facade weaving pattern, alternative depicting dynamism and forces movement, parametric in form, shell algorithmic, beige travertine matt,
Prompt - a human eye view of a bedroom interior, futuristic villa in Saudi Arabia, woman on sofa in her master bedroom, curved creased windows, palms in the landscape, with a swimming pool, with ocean, lagoon, harmony, simplicity, fluid design, hyperrealistic, superdetailed, 4k view
Architecture & interior Design’s
Miscellaneous
This section highlights a selection of diverse design explorations, reflecting my ability to work across multiple scales and disciplines, from architectural design and interiors to facade concepts, landscape interventions, and visualization. By showcasing these projects, I emphasize my versatility, adaptability, and curiosity as a designer, continually expanding my skill set while exploring innovative approaches to spatial and visual design.
