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October 2025 • Creative
Star Nosed Trillium Mole
Designed a bio-inspired mechanical puzzle based on the motion and structure of the Star-Nosed Mole, integrating functional mechanisms with user-centred form. Created part and assembly models, refining motion, tolerances, clearances, and fit to ensure reliable mechanical performance. Iterated 3D-printed prototypes, testing and optimized string-driven petal mechanisms to reduce binding, improve synchronization, and enhance usability. Applied scaling, tolerance adjustments, and print orientation for manufacturability while collaborating cross-functionally to translate concepts into functional components.
Industry
Creative
Client
Design Project
Service
Puzzle
Date
October 2025
Process
- •Designed bio-inspired mechanisms, resolving alignment and motion feasibility issues.
- •Iterated 3D-printed prototypes, fixing string tension, petal binding, and inconsistent motion through tolerance refinement.
- •Optimized print orientation, scaling, and clearances to ensure smooth, reliable motion and manufacturability.
Next Steps
Refine reliability, explore materials, and paint the puzzle to reveal a Trillium flower when it opens.