Elaborate pen designed for the 2024 RAPDASA 3D printing competition
3D-printed pen designed for RAPDASA competition
A lampshade constructed from variegated paper slats. The number, width, and waviness of the slats can all be adjusted
Inspired by the classic Taiyo toy, updated with various features including glowing indicator bulbs and organic pattern detailing
A redesigned tool for repairing stripped threads on motorbike engines. 3D models and CAD assistance for the client (motorrad3DP)
Replacement seat lock for old BMW motorcycles. 3D models and CAD assistance for the client (motorrad3DP)
Based on the work of Matthias Pliessnig
3D model of a simple 2-seater couch
Scrollwork and gemstones form a repeating unit. A parametric script then repeats this unit to create a closed bracelet
A set of rings with different combinations of stones and settings. Modelling these using a parametric script allows the designs to be updated or resized very easily
An algorithmic pattern mimicking ripples in a pool, applied to a ring
Set of rings based on the Sine wave
Custom mask created from a 3D scan of the clients face, featuring Differential Growth frills to hold bunches of flowers
Custom helmet for an infant with plagiocephaly or brachiocephaly. Generated procedurally from 3D scan of the patients head and design curves (in collaboration with Calvaria, Canada)
A protective non-slip case for a smartphone, with a procedurally generated noise pattern on the back
Custom mask for athletes, generated procedurally from 3D scan of the patients face and design curves (in collaboration with Calvaria, Canada)
Commissioned as an engagement ring, featuring central rose-cut gem and epaulets inspired by Art Deco elements
2D illustrations of beetles, created for a tote-bag design
Custom decorative mask, generated procedurally from design curves and a 3D scan of the clients head
