ZOOX BLOOM

zoox x autodesk bay area design challenge 2026

SJSU: Best Design Winner

roles:


Micka Dela Cruz: sensor CAD, graphic design, interior + exterior illustrations
Agnes Sangil: "the hive" illustration, CMF & persona research

Rebecca Ko: exterior CAD + interior CAD, headlight, bumper, sunroof, interior lighting + chair design, renders, sketches
Ben Muetzenberg: animations, renders, exterior + interior wall CAD, wheels + fenders, 3D printed physical prototyping



roles:


Micka Dela Cruz: sensor CAD, graphic design, interior + exterior illustrations
Agnes Sangil: "the hive" illustration, CMF & persona research

Rebecca Ko: exterior CAD + interior CAD, headlight, bumper, sunroof, interior lighting + chair design, renders, sketches
Ben Muetzenberg: animations, renders, exterior + interior wall CAD, wheels + fenders, 3D printed physical prototyping



diagonal, radially symmetric seating arrangement:

keeps the original theme of the social zoox interior while having a

strong balance between personal comfort and compactness.

mocked up our basic form in Fusion and 3D printed a 1:10 scale model

to better understand its unique proportions as it will operate in a bike lane at 48 inches wide



zoox bloom is appropriately scaled for a compact, yet comfortable experience.

Following the compact experience, we compressed the original zoox side door into a soft honeycomb shape.



overview of the personal features for the rider 

electrochromic glass: allows various levels of tint

the rider can control it electronically throughout the ride to their comfort

charging hub uses a resonant inductive coupling (SAE J2954 Wireless Charging Standard) to wirelessly charge efficiently


using the autonomous technology Zoox Bloom precisely aligns itself on the coupling in hive mode

© 2026 Ben Muetzenberg

© 2026 Ben Muetzenberg

© 2026 Ben Muetzenberg

© 2026 Ben Muetzenberg