Architecture Portfolio 2023 | Selected Works

Risin C K

Architect / Designer

Dedicated architecture graduate with a dynamic blend of passion, creativity, and a tech-first approach to design. While my professional experience may be modest, I approach each project with an insatiable curiosity and a strong affinity for integrating technology. Leveraging my knowledge of BIM workflow and proficiency in Revit software, acquired from Novatr, I orchestrate projects with streamlined efficiency. My proactive engagement with cutting-edge technologies, like computational design, virtual reality, photogrammetry, and more, underlines my commitment to exploring novel avenues within architecture.

BIM

WORKSCRAPER

Academic Thesis / Future of metabolist workspaces

BACKYARD

S9 Urban Design / ‘Whose backyard is it anyways’

DWEEP

S7 AD Studio / Architecture of community in virtual space.

THE VILLAGE

Professional work / Shopping mall in Abu Dhabi, UAE.

THE PATIO

Professional work / Apartment in Abu Dhabi, UAE.

MISCELLANEOUS

Metaplay global workshop, Photogrammetry, and more.

WORKSCRAPER

Academic Thesis | ‘Future of metabolist workspaces’

Located in Dubai, UAE

Workscraper is a prototype developed as part of my Semester 10 Academic thesis titled ‘Future of metabolist workspaces’. The thesis revolves around a critical enquiry into the future of workspaces and coworking spaces in the age of AI and remote working in this highly globalized and digital world of the 21st century. In the post-war japan, a movement called the metabolist architecture which saw

buildings as a living organism, was born briefly but quickly died out due to technological limitations of the time. This thesis looks into the possibility of a neo-metabolist structure for the workspace typology in a highly cosmopolitan city, i.e, Dubai, UAE.

Locaton: Al Suffouh, Dubai

Typology: Skyscraper

Prototype Height: +280m

Number of Floors: Dynamic

Level of Detail: LOD 200

Tools Used: Rhinoceros 3D, Grasshopper, Sketchup, Lumion, Photoshop

DESIGN RESEARCH

Research into metabolist architecture movement and cellular automata, along with visualization from Dall-E AI.

THE ALGORITHM

Form generation algorithm using grasshopper & rhino.

BACKYARD URBANISM

S9 Urban Design | ‘Whose backyard is it anyways’ based on Canoli Canal, Calicut.

Situating with in the larger framework of Ecological Urbanism, the studio aims to investigate the nature and role of architecture of urban backyards as a response, a product or a by-product of ecological adaptations in the fragile water edges of the city of Calicut. Through longitudinal, immersive and multi-strategy interventions along the fragile urban wetlands of Canoli canal, the

study will attempt to address the transfomations, ssociations, negotiations and adaptations in the life, land and the landscape. Context stretch from two major junction and the canal passing through it.

Collaborators:

Kuruvila Saijan

Aloshy Antony

Sreenayan Ratan

Nuzha Thasleem

Talal Sunil

Riya Fathima

Tools Used:

Miroboard, Conceptboard, Photoshop, Lumion, Sketchup.

PRE-DESIGN STUDIES

Vision - Reconnecting people with canoli canal through new learning. Making canal a space of celebration and creating new cultural practises giving people a sense of ownership through place based learning and economy generation.

The karaparamb market which had rich cultural heritage and connected to history of Cashew companies, is slowly being deteriorated, accelerated by the growing suburbanisation of North Karaparamba.

TRANSECTS

DWEEP

S7 AD Studio | ‘Kutumbakam 2.0’ Game and Architecture.

Dweep - the floating community, is the output of Semester 7

Game and architecture studio, which happend online during the covid-19 pandemic. At the intersection of gaming, environmental consciousness, and visionary design, ‘dweep’ is a testament in creating immersive experiences with in a game engine. Drawing inspiration from cellular automata, which was taught intensively using Unity & C# by

Ar. Hanjun Kim, the architecture of ‘dweep’s’ community pulsates with interconnected structures, echoing the harmony of life itself. Studio explored the potential of metaworld architecture and game strategies to create speculative future for habitation in the virtual world. The project is a done in a group of four.

Collaborators:

Kuruvila Saijan

Abhijith V S

Dhyan Vasanth

Tools Used:

Rhino, Unity 3D, Blender, Visual Studio C#

The year is 2060

Climate change and Ocean Waste crisis got out of control

Impact

If both population and emissions continue to grow at high rates, the number of people flooded per year will reach 21 million by 2030, 55 million by 2050 and 370 million by 2100.

Average Global temperature increased by 2.7°C

Sea level risen by 20m

‘There are many aspects of sea level rise that will affect the sustainability of coastal peoples and communities, but may or may not pressure people to move.’

Reference: 'Sea Level Rise and the Vulnerability of Coastal Peoples' https://www.unisdr.org/files/14028_4097.pdf

DWEEP

The Floating city Community Simulation | Exploration | Player Customization Mass Multiplayer Game

Ecosystem and Relationship

A group of visionaries which included Suzi, Chamie, Kunju, Janu etc. came together with the Dweep manifesto that aims to build a sustainable living ecosystem in ocean.

2060 -

Early prototype of the proposed community is made, which supports around 150 members.

BEGINS)

Each player controls & focuses on one of the clusters and the profession associated with it, and develops infrastructure, while collaborating & trading with other players.

CELLULAR AUTOMATA

Iterations generated using CA during Game prototyping workshop with Unity 3D & C#

GAME OF LIFE ALGORITHM APPLIED LAYER BY LAYER

Modular Unit Concept

Single Modular Unit (in Default Configuration)

Configuration 1: Terrace to wall connection when 2 Units are joint via rectangular face

Configuration 2: Vertical circulation continued when 2 Units are stacked on top

Circulation Configurations

Configuration 3: Terrace to wall connection when 2 Units are joint via hexagonal face

Primary

Secondary space (Storage, etc)

Modular Unit Prototype

THE VILLAGE

Professional Work | Shopping mall

Located in Abu Dhabi, UAE.

The Village Mall is a concept design proposal that fully embraces the essence of a village. The design proposal aims to create an immersive experience that fosters a strong sense of community. By strategically and randomly clustering the masses, drawing inspiration from vernacular architecture, the mall stands apart from conventional shopping mall design with the

CONCEPT

DESIGN

REPORT the village

incorporation of lush greenery within the mall creates an oasislike experience. This distinctive approach captures the vibrant spirit of a village, providing visitors with an exceptional and authentic environment to explore and enjoy. The project encompasses a total plot area of 104,450.64 square meters, with a focus on maximizing efficiency in the design.

Role: Junior Architect

Lead Architect: Ar. Vineeth T K

Office: Bead Architects and Engineers / VIVID Architects

Contributions: 3D Modeling, Diagraming, Massing study, Precinct Study, Presentation, Solar Study, Plaza Design.

MASSING STUDY

Parametrically generated massing options using rhino/grasshopper script to generate forms based on requirements & circulation attractors.

DESIGN DIAGRAMS

FRAGMENTATION

VILAGE SQUARE

COURTYARD

URBAN PLAZA

In the design of the “Village Mall,” the incorporation of mashrabiya holds great significance and benefits. This traditional architectural element serves as a decorative feature and functional tool, adding a touch of cultural identity to the mall’s aesthetic. The intricate lattice design of the mashrabiya not only provides privacy but also allows for the gentle filtering of natural light, creating a pleasant and inviting ambiance within the mall’s spaces. Additionally, the mashrabiya acts as a shading device, reducing the impact of solar heat gain and enhancing the overall thermal comfort for shoppers. By integrating mashrabiya in the “Village Mall,” we enhance both its architectural appeal and the shopping experience, connecting visitors to the rich heritage and climate-responsive design principles of the region.

The entry gateway of the Village Mall, known as the grand plaza, serves as a captivating focal point that enhances the shopping experience. With its inviting design, comfortable seating, and aesthetically pleasing landscaping, the grand plaza creates a welcoming atmosphere for visitors With ample room for leisure activities and cultural events, the plaza creates a vibrant and engaging atmosphere.

KEY FEATURES

DESIGN EVOLUTION

Courtyard shading

mashrabiya overall axo

courtyard shading

grand plaza

mashrabiya grand plaza

The heat gain analysis conducted for “The Village Mall” has been instrumental in guiding design decisions focused on maximizing natural lighting, minimizing energy consumption, and creating comfortable indoor and outdoor spaces. The analysis highlighted the importance of incorporating mashrabiya screens and increasing the height of courtyards. By strategically implementing these elements, the mall effectively mitigates the negative impact of direct sunlight and substantially reduces

heat gain. This comprehensive approach ensures the seamless integration of architectural features, resulting in a visually appealing and pleasant environment for visitors while significantly minimizing heat accumulation.

SOLAR RADIATION DIAGRAM

THE PATIO

Professional Work | Mixed-use Apartment

Located in Abu Dhabi, UAE.

The Patio is a residential apartment project that embraces the patio concept, offering residents a harmonious blend of indoor and outdoor living. Design aims for a contemporary haven that provides a serene escape from the bustling city while fostering a strong sense of community. Inspired by the patio’s timeless charm and versa-

tility, the architectural approach focuses on seamlessly integrating nature into the living spaces. Development invovles a residential apartment project on plot RBW

CONCEPT DESIGN REPORT

2-19, in Al Zeina Precinct, Al Raha, Abu Dhabi It is 2B+ G + 8 Floor structure with maximum GFA of 11,000 sqm and total of 69 units with a focus on maximizing efficiency in the design.

Role: Junior Architect

Lead Architect: Ar. Vineeth T K

Office: Bead Architects and Engineers / VIVID Architects

Contributions: Precinct Study, Diagraming, Landscape Design, 2D Renderings, Presentations, Revisions & Corrections.

MAXIMum footprint

MAXIMum footprint

The building’s mass is optimized to make full use of the available footprint, highlighting the volume and overall size of the structure.

GRID BASED the core substraction

The project is built upon the foundation of an efficient grid layout, offering a modular design that maximizes efficiency and functionality. The grid layout serves as the backbone of the architectural layout, allowing for a seamless integration of various elements within the project. This approach enables optimal space utilization, ensuring that each apartment unit and basement car layout is designed to be efficient and practical.

Core of the building is positioned to gain more efficciency in apaartment and basement layout

GRID BASED the core substraction

The project is built upon the foundation of an efficient grid layout, offering a modular design that maximizes efficiency and functionality. The grid layout serves as the backbone of the architectural layout, allowing for a seamless integration of various elements within the project. This approach enables optimal space utilization, ensuring that each apartment unit and basement car layout is designed to be efficient and practical.

Core of the building is positioned to gain more efficciency in apaartment and basement layout

The design features a multi-level patio and grand entrance, which have been strategically integrated to create a sense of openness and spaciousness, while reducing the overall bulkiness of the building.

The design features a multi-level patio and grand entrance, which have been strategically integrated to create a sense of openness and spaciousness, while reducing the overall bulkiness of the building.

DESIGN EVOLUTION

The building’s mass is optimized to make full use of the available footprint, highlighting the volume and overall size of the structure.

The incorporation of multi-level green terrace creates an engaging and dynamic architectural form, enhancing the overall aesthetic appeal of the design.

The inclusion of a green buffer provides increased privacy for the community zone within the plot,

Metaplay 1.0 / Global Metaverse Design Workshop

Möbius Arc is the output of Metaplay

- Global Metaverse Design Workshop organized by Dezact, Design Future

Foundations and Avani

Insitute of Design. It is a 3 Week long online design workshop which investigates

the potentials of using new & emerging technologies such as parametric design and modelling tools, and augmented reality / virtual reality tools to explore and rethink built environment design that is digitally conceived and experienced.

Collaborators:

Hiba K

Amritha AV

Vrushab KC

Tools Used:

Autodesk Maya

Unreal Engine

Studio Directors:

Akshay Goyal

Ping Hsiang Chen

Vineeth T K

Tutors:

Cherylene Shiangpliang

Zehao Qin

PHOTOGRAMMETRY

3D scan of objects and humans using hundreds of overlaping images.

Tools Used: Agisoft Metashape, Blender

3D MODELING

The quintessential blender donut tutorial, culminated with some Indian touch.

Tools Used: Blender

CS_AVANI

Campus of Avani | Custom map for Counter Strike: Global Offensive.

Cs_avani is a custom map / gamemode for the infamous first person shooter video game ‘Counterstrike: Global Offensive’ by Valve. It started as a side project during the covid-19 pandemic, where full lockdown made some students miss going to campus, resulting in the

brainstorming of an idea where the campus is brought into the virtual space, a videogame which everyone used to play extensively during the lockdown. This project also became an inspiration for the forcoming studio ‘Kutumbakam 2.0’ at Avani, which involved Game and Architecture.

Tools Used:

Hammer editor, CS:GO

SDK Tools, Sketchup