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A Metamorphosing Parliament

Project details

Programme
Unit PG20
Year 5
Award
  • Year 5 Sustainable Design Prize

A Metamorphosing Parliament proposes the temporary relocation of the Houses of Parliament to a brownfield site near the Royal Victoria Docks during its ten-year renovation. It challenges permanence in architecture by designing with, rather than against, decay. Using bacterial cellulose composites, the building is programmed to gradually degrade, enriching the soil and leaving behind a public park. As a manifesto, the government, just like the architecture, is reimagined as temporary, transformative, and regenerative.

The inflatable temporary organism emerges over a derelict building, retrofitted as a civic hub. This symbiosis symbolises the potential of adaptive reuse and reflects the shifting role of public space. The inflatable’s transparency exposes political processes, merging public and private in a gesture of democratic openness.

Spatial organisation flows from civic to political zones, forming a gradient of inclusion. Inflating these spaces becomes metaphor, deflating hierarchy and reshaping governance into something softer and more human. In embracing impermanence, the project offers not monumentality, but resonance. A building that in dissolving gives something back.

Inflating Impermanence

Inflating Impermanence

The video explores how bacterial cellulose and inflatables can be used to design decay. Through sun mapping, form-finding, and testing, it proposes a system where erosion and regeneration are embedded into architectural logic.

Computational Aggregations

Computational Aggregations

The temporary Parliament relocates to a brownfield site, merging with a derelict structure as a civic hub. Westminster volumes are computationally aggregated to optimise façade exposure for bacterial cellulose degradation.

BC Composites Degradation Morphologies

BC Composites Degradation Morphologies

126 bacterial cellulose composites were tested with varied additives and environments, demonstrating how façade decay can be predictably programmed—transforming biodegradation into an intentional design strategy.

Building Strategies

Building Strategies

Point cloud data from Westminster-shaped inflatable Gothic interiors. BC membranes inflate from mycelium floors, supported by a modular frame. Multi-material casting programmes decay, enriching soil after use.

Cinematics From the Final Movie

Cinematics From the Final Movie

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The Bartlett
Summer Show 2025
26 June – 13 July
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