About the Project
Project Overview
Our humanoid robot project represents a comprehensive effort to develop a fully autonomous, human-like robot capable of performing complex tasks in real-world environments. The project combines cutting-edge mechanical engineering, advanced electronics, and state-of-the-art artificial intelligence to create a robot that can walk, interact, and learn.
The goal is to push the boundaries of what's possible in humanoid robotics, creating a platform that can serve as a foundation for future research and applications in the world.
Technical Specifications
Physical Dimensions
- •Height: TBD
- •Weight: TBD
- •Material: TBD
- •Degrees of Freedom: TBD
Electronics
- •Main Processor: TBD
- •Sensors: TBD
- •Battery: TBD
- •Communication: TBD
Software
- •Operating System: TBD
- •AI Framework: TBD
- •Computer Vision: TBD
- •Motion Planning: TBD
Capabilities
- •Autonomous navigation: TBD
- •Object recognition and manipulation: TBD
- •Human interaction and speech recognition: TBD
- •Dynamic balance and walking: TBD
Our Team
Archer Lin
Robotics Engineer
Expertise: Robotics Engineering
Currently a Master student in Robotics Engineering at Purdue University.
Katherine Ma
Computer Engineer
Expertise: Computer Engineering
Currently a Bachelor student in Computer Engineering at Purdue University.
Our Mission
To advance the field of humanoid robotics through innovative engineering, cutting-edge AI research, and open collaboration. We believe that humanoid robots have the potential to transform how we live and work, and we're committed to making this vision a reality.