MIT Design Lab · PUMA

Xetic Running · Calibrate Runner

Advanced 3D FEA and computational design workflows to refine auxetic midsoles for PUMA’s Xetic running platform.

Role
Computational designer · FEA
Focus
Auxetic midsole verification
Tools
Abaqus · Rhino · Prototyping
Partner
PUMA Innovation

Adaptive Dynamics experience

During my time at MIT Design Lab, I joined the Calibrate Runner project to refine the FEA simulation pipeline. My contribution focused on transforming the workflow from 2D assumptions to full 3D analysis.

This shift enabled more accurate stress and deformation predictions, speeding the design process for auxetic midsole configurations.

Xetic render

Iteration library

Qualitative and quantitative data (plantar pressure, ground reaction forces) informed hundreds of simulation cycles to validate biomechanical constraints.

Workflow upgrade

The core breakthrough was building a 3D mesh and material definition pipeline for hyperelastic and hyperfoam materials. This accelerated iteration across multiple pattern configurations.

3D simulation workflow

Prototyping

References

MIT Design Lab article