SkateController
SkateController close-up
Sculpting a 3D model for Summer Market, 2026
AxDFlicks
Elisha for Bold Magazine, shot under AXD, 2026
Tracking canopy openness from SAM 3 segmentation masks, Computational Agricultural Lab, 2026 (ongoing)
AxDFlicks
Little Five Fest, edited magazine-style for AXDFLICKS, 2026
SkateController
Deck cam of SkateController
AxDFlicks
‘Boring (ASL)’ for AXDFLICKS, 2026
SkateController
SkateController close-up
Sculpting a 3D model for Summer Market, 2026
AxDFlicks
Elisha for Bold Magazine, shot under AXD, 2026
Tracking canopy openness from SAM 3 segmentation masks, Computational Agricultural Lab, 2026 (ongoing)
AxDFlicks
Little Five Fest, edited magazine-style for AXDFLICKS, 2026
SkateController
Deck cam of SkateController
AxDFlicks
‘Boring (ASL)’ for AXDFLICKS, 2026
SkateController
Testing accelerometer values on SkateController during development
Data collection pipeline for phenotyping research, Computational Agricultural Lab, 2026 (ongoing)
UWA
Cover art for UWA’s unreleased track ‘Pronto’
3D logo animation for xrmanii, 2026
Geometry Research - MIT
Snake robot simulation, visualized in 3D
SkateController
SkateController UI for key mapping and live 3D mirroring
CresCuts
Testing our sign-up logic on the crescuts.com homepage
Smart 3D Printing + Nutrient Optimization Algorithms , UGA Food Engineering Lab, 2026 (ongoing)
SkateController
Testing accelerometer values on SkateController during development
Data collection pipeline for phenotyping research, Computational Agricultural Lab, 2026 (ongoing)
UWA
Cover art for UWA’s unreleased track ‘Pronto’
3D logo animation for xrmanii, 2026
Geometry Research - MIT
Snake robot simulation, visualized in 3D
SkateController
SkateController UI for key mapping and live 3D mirroring
CresCuts
Testing our sign-up logic on the crescuts.com homepage
Smart 3D Printing + Nutrient Optimization Algorithms , UGA Food Engineering Lab, 2026 (ongoing)
ROV
Constructing the SpaceGlove model from 2D patterns in CLO3D
Geometry Research - MIT
Application of the inverse geometric locomotion framework, courtesy of the MiniRo Lab at the University of Notre Dame
ROV
Engraved ring 3D animation for ROV Studios’ website, 2025
Retopology of a 3D model for Summer Market, 2026
ROV
Color grading the 3D render for ROV
UWA
Cover art for UWA’s single ‘Gbon Gbon’, 2025
ROV
AstroGlove 3D model in Blender, for ROV
3D model of David Uzor's Likeness, 2024
ROV
Constructing the SpaceGlove model from 2D patterns in CLO3D
Geometry Research - MIT
Application of the inverse geometric locomotion framework, courtesy of the MiniRo Lab at the University of Notre Dame
ROV
Engraved ring 3D animation for ROV Studios’ website, 2025
Retopology of a 3D model for Summer Market, 2026
ROV
Color grading the 3D render for ROV
UWA
Cover art for UWA’s single ‘Gbon Gbon’, 2025
ROV
AstroGlove 3D model in Blender, for ROV
3D model of David Uzor's Likeness, 2024