Lay out the mobile base, torso, dual arms and serviceable internal structure.
Wheeled
Humanoid
Overview
A wheeled humanoid platform developed from exposed mechanical prototype into an integrated, testable product form.
My contribution focused on translating mechanical, electrical and control requirements into a buildable platform, then supporting assembly, integration and evaluation as the robot matured.
One platform / Three layers
FROM EXPOSED FRAME
TO AN INTEGRATED ROBOT.
Bring actuation, vision hardware and control components into one testable platform.
Refine the enclosure and assembly so the machine reads as a coherent product.
MAKE THE ROBOT READ AS ONE SYSTEM.
The platform combines a wheeled mobile base, dual-arm manipulation, vision hardware and a modular robotic architecture. My contribution focused on translating those technical requirements into a buildable, testable product form.

- 01Robot styling and structural layout
- 02Prototype assembly and evaluation
- 03Design validation support
- 04Algorithm and programming support
STRUCTURE FIRST.
INTEGRATION NEXT.
FORM LAST.



Outcome
The robot progressed from an exposed mechanical assembly to an integrated form that supported control setup, assembly evaluation and design validation.
This project framed product design as part of robotics integration: resolving component layout, assembly access and enclosure decisions alongside the platform’s technical development.


Autonomous Inventory Robot
Warehouse Robotics / Multimodal Sensing / Point-cloud Processing