Spatial Design Research

3D scanning combined with parametric modelling and VR prototyping to transform challenging architectural spaces — from van conversions to accessible exhibition design.

The Challenge

How do we transform cramped, inefficient spaces into functional, beautiful environments? Our spatial design research combines precise 3D scanning with human-centred design principles to create bespoke solutions for challenging architectural problems. Traditional approaches often produce boxy, inefficient layouts that feel institutional. We wanted to explore how computational design and precise fabrication could do better.

Our Process

• Digital capture — comprehensive 3D scanning of the entire interior, capturing hidden structural elements, wheel wells, and mechanical systems that will impact the design
• Parametric modelling — scan data becomes the foundation for a parametric model where every surface and storage element can be adjusted while maintaining clearances and structural integrity
• VR prototyping — before building anything physical, we create VR experiences that let users walk through and interact with the space, revealing ergonomic issues invisible in 2D drawings
• Modular fabrication — complex curves that would be difficult to build on-site are pre-fabricated as modular elements that fit together precisely

Materials

• Honeycomb aluminium panels for structural elements that need to be strong and light
• Cork composites for insulation that also provides acoustic dampening
• Bamboo ply for surfaces that need to be both beautiful and durable
• Recycled foam cores for cushioning with environmental consciousness

Broader Applications

Tiny homes, adaptive reuse of unusual buildings, accessible design in existing structures, exhibition design for specific artworks — anywhere the built environment needs to work harder for the people inside it.