01Final year

The Living Bridge.

Culinary school and food hub · 2026

The Living Bridge: Cut-away aerial axonometric of the Money Centre and the bridge
Cut-away aerial axonometric of the Money Centre and the bridge
Modules./
ARCH6001, ARCH6002, ARCH6003
Dates./
09/2025 – 05/2026
Site./
The Money Centre, Plymouth
Type./
Adaptive reuse, civic food hub
Tools./
Rhino, Grasshopper, D5 Render, Photoshop, InDesign
Brief./

Plymouth's Money Centre is a sealed commercial block that turns its back on the city, cut off from the university by a main road and a retaining wall. I retrofitted it into a public building shared equally by both.

  • Threshold
  • Adaptive reuse
  • Mutualism
ARCH6002 Strategic Design

Design.

Four private floors become three open public ones: a culturally diverse food court at ground level, a teaching kitchen on the first floor and a productive food garden on the second. Crops grown on the sunlit top floor supply the cooking school and food court below. In return, public classes, markets and shared dining draw the city up into the building. Food is the medium of exchange.

A bridge links the building to the second floors of the RLB and Scott buildings, bypassing the road so that neither the city nor the campus arrives lower or travels further than the other. The inherited concrete frame is exposed rather than hidden, so the building's history stays visible while its purpose is redrawn.

ARCH6001 Masterplan and Briefing

Masterplan.

Before the building came a masterplan for the edge where the university meets the city centre. I mapped movement, thresholds, cultural diversity and climate across the area, and chose three sites to work on.

The strategy is a connected sequence of public-facing interventions: elevated bridges, activated thresholds and re-programmed urban edges that form a mutualistic network for cultural exchange, public access and student life.

ARCH6003 Sustainable Building Technologies

Technology.

The technical report keeps the existing concrete frame and adds a secondary hybrid structure of glulam beams and new concrete columns. I used parametric optimisation in Grasshopper to refine the structural members, cutting material while keeping structural performance.

It covers the polycarbonate façade, roof, ramp and bridge details, a demolition and deconstruction sequence, and a carbon calculation for the retrofit.