Objectives
The department aims to produce creative workforce that can plan, design and interpret, develop, and evaluate mechanical systems. Students will go on to lead the area of researching, developing, and designing highly intelligent, precise, speedy, and complicated mechanical systems.
Major Programs
Planning / designing / developing mechanical systems for production;
21st-Century Technologies (BT, NT);
Developing abilities to understand, apply, and improve today’s industrial technologies
21st-Century Technologies (BT, NT);
Developing abilities to understand, apply, and improve today’s industrial technologies
Semester | Type | Classification | Class | Credit /hour |
Code |
---|---|---|---|---|---|
1st Semester |
Master /Doctor |
Selective | Advanced Engineering Mathematics | 3/3 | KE7602 |
Advanced Vibration Control Engineering | 3/3 | SE7153 | |||
Engineering English I | 3/3 | SE7201 | |||
Design of Machine System | 3/3 | SE7205 | |||
Nano Engineering | 3/3 | SE7220 | |||
Modeling of Six Sigma | 3/3 | SE7206 | |||
2nd Semester |
Master /Doctor |
Selective | Classical Theory of Inventive Problems Solving | 3/3 | SE7208 |
System Control | 3/3 | SE7211 | |||
Engineering English II | 3/3 | SE7213 | |||
Product Design and Development | 3/3 | SE7215 | |||
FEM | 3/3 | SE7219 | |||
Advanced Elasticity | 3/3 | SE7221 | |||
Advanced Intelligent Robot | 3/3 | SE7309 | |||
Total | 13classes | 39 |