Thanabodi MPORTFOLIO
Feed


After four years of dedicated study, Thanabodi successfully earned his Part 1 BSc (Hons) Architecture degree from the University of the West of England, Bristol. Throughout his journey, Thanabodi immersed himself in the world of architecture, developing a deep passion for design innovation, sustainability, and creative problem-solving. He honed his skills in conceptual thinking, technical drawing, and visual storytelling, while mastering industry-standard softwares.

Heart Of Temple Meads
[Bristol]

Discipline: Architecture - Year 3
Project: Multi-Functional Retail Space
Client: Local Community, travellers
Year: 2022 - 2023
This project, titled Heart of Temple Meads, is an innovative architectural response to sustainability, social integration, and economic development. Inspired by biologic architecture, the project explores how buildings can behave similarly to biological systems to create sustainable and dynamic urban environments. Located at the heart of Bristol Temple Meads, the site was chosen for its bustling social activity, diverse user groups, and strategic location within the Temple Quarter district. The project's primary objective is to establish a multi-purpose food court that addresses Sustainable Development Goals (SDGs) such as Good Health and Well-Being, Reduced Inequalities, Decent Work and Economic Growth, and Responsible Consumption and Production. By incorporating elements of urban agriculture, the project aims to create a self-sufficient food ecosystem that enhances community engagement and minimises environmental impact.



The design process began with an extensive site analysis to understand user movement, environmental factors such as sunlight and wind patterns, and social activity. Observations revealed that the site's network of pathways and transport links resembled the shape of a heart, which inspired the metaphorical concept of the building acting as the 'heart' that nourishes the surrounding area. This metaphor shaped the building’s circulation, with key routes functioning like veins and arteries, while spaces within the building symbolised different biological components. The concept of urban agriculture became central to the project’s sustainability strategy, where food production is integrated directly into the building’s design. Various farming methods such as vertical farming, rooftop gardens, and indoor agriculture were incorporated to ensure the food court could generate produce on-site, reducing the need for external deliveries and lowering its carbon footprint. The design underwent several iterations to refine spatial organisation, material selection, and facade concepts, ensuring alignment with both environmental performance and user experience.



The final design is a three-story food court that seamlessly integrates sustainable agriculture, social spaces, and efficient service corridors. The ground floor serves as the main social hub, accommodating retail spaces, dining areas, and social seating spaces. The first floor incorporates kitchen spaces, workshops, and indoor agriculture designed to educate visitors about sustainable food production. The second floor, featuring rooftop greenhouses, maximises food productivity while providing additional cafe spaces for relaxation. The building's facade draws inspiration from the iconic arches of Bristol Temple Meads station, using Glulam timber structures for both aesthetic appeal and structural support. The environmental strategy includes rainwater harvesting, a water purification system, and passive heating and cooling strategies to reduce energy demand. Additionally, a comprehensive fire safety strategy, accessibility measures, and sustainable material selections ensure the building is safe, functional, and environmentally conscious. By combining sustainable food production with community-focused design, the Heart of Temple Meads offers a forward-thinking architectural response to the growing need for eco-conscious urban spaces.




Water Culture Leisure Centre 

Discipline: Architecture - Year 2
Project: Water Culture Building
Client: Local Community
Year: 2022
The Water Culture Centre project is designed to create a sustainable, environmentally conscious space that promotes social well-being while enhancing Bristol’s water ecology. The project’s concept was driven by the idea of hybrid ecology, aiming to restore environmental balance by integrating nature with urban development. Situated on Bristol's Temple Meads – Silverthorne Lane, the site was selected to introduce a cultural landmark in a predominantly industrial setting. The project’s focus is to foster community engagement through facilities such as indoor and outdoor bathing areas, fitness suites, and dedicated spaces for workshops and exhibitions. The aim was to establish a distinct architectural statement that combines water access, natural elements, and social sustainability.





The design process prioritised sustainability, integrating environmental strategies such as natural ventilation, passive heating, and a green roof system. A waterfall pool, which filters and recycles river water, became a key feature, connecting the building to its surroundings. The use of timber frames, limestone blocks, and large glass panels ensures durability, energy efficiency, and a strong visual identity.



The final design presents a multi-level structure that balances social activity with environmental awareness. The ground floor features a welcoming reception area, a café, a shop, and changing facilities to support outdoor activities. The first floor hosts flexible event spaces, workshop rooms, and mental well-being pods, fostering social connections and relaxation. The second floor integrates office spaces and meeting rooms designed with large windows to maximise daylight and reduce artificial lighting demand. The architectural highlight is the waterfall pool that draws purified river water, offering a visually stunning and environmentally responsible feature. The building's structural frame utilises timber for sustainability, while limestone cladding and marble flooring reinforce durability and energy efficiency. The Water Culture Centre stands as a dynamic, inclusive space that not only encourages well-being but also aligns with sustainable design principles.



Residential Community Housing 

Discipline: Architecture - Year 2
Project: Residential Housing
Client: Local Community
Year: 2021 - 2022
The Residential Community Housing Project is a design initiative aimed at creating a sustainable and socially inclusive living environment for active elderly individuals aged 55-75. Inspired by the principles of community, accessibility, and well-being, the project focuses on providing a comfortable yet dynamic space where residents can connect with nature and enjoy a balanced lifestyle. The chosen site, located in Saltford Marina, Bristol, was selected for its peaceful surroundings, natural landscape, and proximity to essential amenities. The design aims to create a nurturing environment that encourages social interaction, physical well-being, and sustainable living. The project integrates various housing types, a community hub, and supportive facilities to ensure residents can engage in an active lifestyle while maintaining independence.



The design process for the Residential Community Housing Project involved a detailed site analysis to address environmental factors such as sunlight exposure, wind patterns, and the site's steep terrain. A stepped pathway system was introduced to improve accessibility, ensuring easy movement between housing units and communal spaces. Sustainable materials such as timber cladding, dark clay roof tiles, and natural stone tiles were selected to enhance durability and integrate with the local aesthetic. Large windows and ceiling openings were strategically placed to maximise natural light and improve ventilation, contributing to the project’s energy efficiency and overall environmental strategy.




The final proposal includes a range of housing types to accommodate different family sizes and living preferences. The housing units are arranged with careful consideration of social spaces, with the pathway system acting as a communal link between residences. The community hub serves as a central gathering space, featuring dining areas, activity rooms, and social spaces to foster interaction among residents. A dedicated kitchen and laundry facility provides essential services to the community, while the outdoor landscape incorporates green spaces for relaxation and recreational activities. Sustainable design principles are embedded throughout the project, including timber-framed structures, energy-efficient glazing, and low-carbon materials. The project creates an accessible, comfortable, and environmentally conscious living environment that encourages both social connections and individual well-being, making it an ideal space for retired residents seeking an active and fulfilling lifestyle.




Lockeport Beach House by Nova Tayona Architects - Revit


Discipline: Architecture - Year 2
Project: Lockeport Beach House Study
Module: Design Representation
Awards: Nomination for the Virtual Reality Display Degree Show
Year: 2022
The Design Representation module involved an in-depth study of the Lockeport Beach House by Nova Tayona Architects, focusing on accurately replicating its architectural design using Revit. This exercise introduced key principles of Building Information Modelling (BIM), parametric design, and digital visualisation. The project required meticulous analysis of the building’s form, proportions, and materiality to ensure the digital model reflected the original architectural intent. By mastering Revit's tools, the project explored detailed construction elements, spatial organisation, and realistic visualisation techniques. The resulting model demonstrated a strong understanding of precision modelling and digital workflows, earning a nomination for the Virtual Reality display at the degree show, showcasing its effectiveness as an immersive architectural representation.





Twinmotion was integral in producing high-quality, realistic renders that effectively communicated my design intent. By importing Revit and SketchUp models, I utilised Twinmotion’s advanced lighting, material, and environmental controls to enhance spatial qualities and contextual elements. This approach improved visual impact, supporting client presentations, design reviews, and portfolio development.