Conservatory: Barbican Station, London | Architecture Thesis

Site Context

Located in the vibrant Smithfield Market and Barbican area of London, this project transforms the urban environment by incorporating sustainable design concepts into its multipurpose structure. The project aims to improve transportation links and revitalise the surrounding urban fabric while acknowledging the historical significance of the site. The development incorporates a dynamic blend of market infrastructure, residential units, and communal spaces into its programme to promote a sense of community and vibrancy. 

The site offers a unique opportunity to utilise current resources, such as waste heat from subterranean transit systems, for sustainable energy solutions due to its strategic location close to Barbican and Farringdon Crossrail East stations. The project envisions a harmonious balance between human habitation and natural systems through the thoughtful integration of ecology and architecture, setting a precedent for future urban developments in London and beyond.

Design Process

The design process started with an in-depth study of London’s metabolic flows, looking at the movement of waste, water, and energy through the city. Working with experts in energy recovery systems for climate-controlled places and the network of underground tubes provided insightful knowledge about innovative technologies and sustainable practices, as well as how they could begin to influence the built environment. The aim was to contribute to a new paradigm of urbanism based on ecological principles by drawing inspiration from interdisciplinary fields outside of architecture, such as environmental science and alternative farming techniques.

Next, through manual iteration and redrawing, the design concepts were carefully developed. This hands-on approach ensured that every aspect of the project was carefully considered by allowing the exploration of various design elements, from materiality to building form. The design process resulted in a holistic and innovative solution that combines sustainability, functionality, and aesthetics by combining research, teamwork, and creative iteration.

Final Outcome

The final outcome of the academic project challenges conventional ideas of city inhabitation and redefines the relationship between humans and their surroundings, marking a paradigm shift in urban design. Through the integration of sustainability and urban metabolism principles, the project presents a visionary approach to city planning that puts community well-being and ecological harmony first.

While the final design may have room for enhancement, the project’s success lies in its bold exploration of alternative urban futures and its potential to inspire further inquiry and innovation in the field. This project is a start towards adopting regenerative architecture, in which structures actively promote and maintain the resilience and health of their surroundings. This holistic approach to architecture is more important than ever in order to tackle the problems posed by climate change, setting the foundation for a more sustainable and regenerative built environment.

Conclusion: Using ‘urban metabolism’, this mixed-use project reimagines energy, water, and waste systems as interconnected flows. The project aims to improve social and environmental sustainability, aid London’s shift to decentralised energy systems, and promotes sustainable urban development.

[This Academic Project has been published with text submitted by the student]