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Designing In Extreme Climactic Conditions

How can we design student housing that remains livable in the extreme climate conditions of 2080?

 

This two-part project explores future-focused environmental design and socially responsive architecture through the case of Marylebone Hall at the University of Westminster.

*Note: Drawing not to scale on screen.

To anticipate London’s 2080 climate, we conducted extensive research into future projections for temperature, solar radiation, precipitation, and wind. We studied countries with climates resembling London’s predicted future to inform material choices and environmental strategies.The first brief was an individual task: to design a responsive external ‘skin’ for the existing façade. My design was inspired by Ecooler by Yael Issacharov, combining environmental performance with ornamental form. This part of the project was speculative and focused on enhancing thermal comfort and airflow.The second brief, developed in a group, was a complete retrofit of the building to suit 2080 living. We addressed not only environmental data but also social concerns. Through surveys and post-COVID observations, we identified student isolation and noise as key issues. In response, we proposed a series of open, flexible ‘bubble clusters’—social zones designed to encourage interaction and spontaneous community building. We also clad the façade in a mashrabiya-inspired screen system, with openings adjusted in response to predicted solar radiation levels, providing shade, ventilation, and visual richness.Together, these proposals offer a holistic vision for student housing that adapts to both environmental change and evolving social needs.

More Information 

The Role of the Architect in the Provision of Housing:

An Analysis of the Grenfell Tower

© 2025 Yasmin Rana. All rights reserved.

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