Objectives
Students are to acquire knowledge and skills in designing and applying various robotic systems, including industrial robots, home robots, field robots, etc. by learning all the elementary techniques for robotic development based on their understanding of basic engineering theories and mechatronics systems.
Semester | Type | Classification | Class | Credit /hour |
Code |
---|---|---|---|---|---|
1st Semester |
Master /Doctor |
Selective | Advanced Engineering Mathematics | 3/3 | EC7204 |
Advanced System Control Engineering | 3/3 | EN7117 | |||
Embedded Control Engineering | 3/3 | EN7119 | |||
Industrial Control System Engineering | 3/3 | EN7120 | |||
Design of Robot Controller I | 3/3 | SE7501 | |||
Robot Design I | 3/3 | SE7504 | |||
Design of Robot Control Software I | 3/3 | SE7503 | |||
Data Communication | 3/3 | SE7310 | |||
2nd Semester |
Master /Doctor |
Selective | Computer Network | 3/3 | EC7230 |
Modern Control and Optimization | 3/3 | EN7121 | |||
Intelligent Control and Optimization | 3/3 | EN7122 | |||
Intelligent Robotics Engineering | 3/3 | SE7309 | |||
Design of Robot Controller II | 3/3 | SE7521 | |||
Robot Design II | 3/3 | SE75234 | |||
Design of Robot Control Software II | 3/3 | SE7523 | |||
Classical Theory of Inventive Problems Solving | 3/3 | SE7206 | |||
Sensor Engineering | 3/3 | SE7357 | |||
Total | 24classes | 72 |