For this concept project exploring modular footwear design,

I collaborated with a forward-thinking team pushing the boundaries of what the industry typically allows.

Our shared ambition was to break free from conventional manufacturing by merging computational design with 3D printing, a synergy that echoes how living systems evolve through trial and error. The challenge: create a functional, fully recyclable shoe that didn’t just reduce waste, but redefined how products are made, used, and adapted over time.

I led the strategic creative direction, translating biomimetic principles into a compelling visual language. The shoe was built around a mono-material, 3D-printed sole and assembled without glue or stitching, making it easy to repair and customise. This not only addressed sustainability goals but also introduced a new level of flexibility in manufacturing. Alongside technical partners, we optimised material usage, ensured coherence across components, and explored how the product could adapt over time.

The outcome? A concept that challenges linear product thinking and offers a glimpse into the future of sustainable

3D-printed shoes. Beyond performance, it opened up new conversations about circularity and the evolving relationship between humans and machines in the design process