University Portfolio
Fusion-designed ski concept focused on balance, control, and play.
A product design project exploring lightweight geometry, progressive flex, and a distinctive top sheet language inspired by alpine contours.
3D Ski Model
Interactive preview of the Fusion 360 design.
3D model loading. Replace assets/ski.glb with the exported file.
Featured Project
Fusion-designed ski for responsive carving
The brief was to create a ski that feels stable at speed while remaining playful on mixed terrain. I designed the geometry, construction layers, and aesthetic system in Fusion 360.
Design Goals
- Reduce swing weight without sacrificing edge hold.
- Provide a progressive flex profile for smoother landings.
- Integrate an identity inspired by alpine wind patterns.
Key Specs
- Length: 176 cm
- Radius: 18 m
- Camber: 5 mm
- Materials: Poplar core + carbon stringers
Outcomes
- Improved torsional stiffness by 12%.
- Updated top sheet with dual-tone gradient.
- Prototype-ready manufacturing package.
Process
From research to refinement
Research & Inspiration
Reviewed ski ergonomics, flex patterns, and snow behavior. Benchmarked leading all-mountain models.
Ideation in Fusion
Built parametric profiles to test width, camber, and sidecut variations quickly.
Iterative Refinement
Adjusted geometry based on flex simulations and feedback from mock testing.
Final Presentation
Produced renders, exploded views, and manufacturing callouts for the final submission.
Gallery
Detail views
Initial silhouette study combining side profile and top sheet layout.
Dimensioned ski geometry with rocker, running length, and width targets.
Tail detail refinement with edge profile and detailing.
Perspective sketch exploring material layers and top sheet texture.
Contact
Let’s talk about product design
I’d love to share more about the ski project or other design work. Reach out for my full portfolio.
Email: your.email@example.com
Location: United Kingdom