Teaching of Artificial Intelligence. | |
Teaching of Design and Control of Mobile Robots. |
Development of a Biped Humanoid Robot. | |
Development of a Macro-Micro-Manipulator for research study in fine motion ability. | |
Development of a 3 d.o.f parallel mechanism wrist for educational purposes. | |
Teaching of Digital Control and Intelligent Systems. | |
Teaching of Mechatronic Systems Modeling and Control. | |
Teaching of Mobile Robotics. | |
Teaching of C/C++ Programming for Engineering Applications. | |
Teaching of WebPage design. | |
Teaching of Industrial SEIKO and ASEA Robot Programmming Languages. | |
Training of ME students in Pro/Engineer Mechanism design (motion simulation and animation). | |
Training of ME students in computer simulation and control of Mechatronic systems. | |
Training and supervision of final year project students in Parallel Mechanism design and control. | |
Training and supervision of final year project students in Macro-Micro-Manipulator design and control. | |
Training and supervision of final year project students in Applications of Macro-Micro-Manipulator. | |
Training and supervision of final year project students in Biped Humanoid Robot design. | |
Seminar : Teleoperation: Evolution and Applications. Ngee Ann Polytechnic, Mechanical Engineering Division, Singapore, August 07, 1999. | |
Lecture : Bond-Graph: A Multi-disciplinary Modeling Language of Physical Systems. Ngee Ann Polytechnic, Mechanical Engineering Division, Singapore, November 27, 1999. | |
Seminar : Robotics: Evolution Technology and Applications. Ngee Ann Polytechnic, Mechanical Engineering Division, Singapore, July 18, 2000. | |
Seminar : Parallel Mechanisms: Basic Concepts and Applications. National University of Singapore, Mechanical Engineering Department, Singapore, May 09, 2001. |
Development of a graphical method for maximum velocity analysis of parallel manipulators. | |
Investigation on kinematic performance characteristics (workspace, singularity and maximum velocity) of parallel manipulators. | |
Bilateral control of parallel robots. | |
Optimal motion control of a high speed parallel manipulator designed at MEL. | |
Seminar : Kinematic and Dynamic Dualities between Serial and Parallel Manipulators. MEL, Japan, Aug. 10, 1996. |
1992-1994 : ESA post-doctoral fellow at Department of Computer Science in association with Mechanical Engineering Department, Stanford University, CA, USA.
Development of a mechanical telemanipulation system simulator (MA11). | |
Evaluation of energy expenditure of human operator during performing a telemanipulation task. | |
Contribution to CAD design of optimized master arm for a telemanipulation system. | |
Lecture : Dynamic Systems Modeling by the Bond-Graph Language (in French). Laboratoire de Robotique d'Evry (LRE), University Paris 12, July 18, 1991. |
Participation to implementation of control software in HERA experimental site for teleoperation (Hermes Robot Arm) at MATRA ESPACE, including manual position, semi-automatic and automatic modes. | |
Experiments on identification of man-machine interface requirements for the HERA control station. | |
Study on modeling of mechanical man-machine interaction for a telemanipulation system. | |
Implementation of bi-arm experimental facility named "TELEXP" (Teleoperation Experiments) at CEA in the frame of the European Bi-Arm Servicer Project. | |
Responsible of experiments on performance evaluation of the TELEXP control station. | |
Training and supervision of Post-graduate students in Robotics and Teleoperation at CEA. | |
Seminar : State of the Art in Robotics and Telemanipulation in Space (in French). CEA and LRE, 1988. |
Study on odometry for a mobile robot. | |
Definition and development of a graphical man-machine interface to pilote in real time a mobile robot for pipe inspection and maintenance. |
Performance analysis of an optical fibre network (SACHEM-EDF) for measurements and tests. | |
Software development for interactive communication between SACHEM-EDF network and the HP1000 computer. |
"Design and Control of a 3-DOF Parallel Mechanism Mounted on a Serial Robot" funded by the Singapore Totalisator Board and Ngee Ann Polytechnic, Singapore, Project Number T9906, S$143,000, 1999-2002.
Building Lego robots for kids, traveling, tennis, swimming.