Collaboration

 

 
 

 

 

Design and prototyping of low cost walking machines

 

This project is in collaboration with Professor Teresa Zielinska, Warsaw University of Technology, Warsaw, Poland.

Two small walking machines were build using aluminum material.Both machines uses cheap servo motors, and low level control was implemented in on-board controller designed and manufactured by research group. The high level control was located in the stationary PC connected by the cable with the machine. Both machines move using the gait patterns observed in animals world.

One machine, BAJTEK has 4 legs and 8 DOF. The second prototype, MENTOR has 6 legs and 12 DOF.

The current work focuses on the development on the on-board high level control using PC-104 and real-time operating system, the aim is to increase the autonomy of motion by inclusion of simple sensors (contact and proximity sensors). Both machines bring the platform for the students research on walking machines and properties of mechatronics systems. By the modifications and improvements of control system, the users will learn the practical problems of real-time control of complex robotics systems.

 

Hexapod MENTOR

Scheme of low-level controller

MENTOR

MENTOR in motion

 

Quadruped BAJTEK

Picture showing the internal structure of the trunk

BAJTEK in motion

 

Human Gait Analysis

This project aims to study the human walking gait, by recording its motion. It is a first step towards of our goal of building humanoid robot that walks like human.

Some basic human walking gaits have been obtained:

Slow walking

Jogging

 

 

For further information about the project, please contact

 

Professor Teresa Zielinska

Institute of Aircraft Engineering and Applied Mechanics, Warsaw University of Technology, Warsaw, POLAND

E-mail: teresaz@meil.pw.edu.pl

 

Assistant Professor Chew Chee-Meng

Department of Mechanical Engineering, National University of Singapore, Singapore

E-mail: mpeccm@nus.edu.sg