Curriculum for MSc. Mechatronics Engineering – Mechatronics & Control Engineering

Curriculum for MSc. Mechatronics Engineering From Session 2020 and Onwards

Two options, each with total credit hours of 30, will be offered:

Thesis Option (8 Courses + Research Thesis)
Non-Thesis option (10 Courses + Design Project)

Sr. No.	Code	Course Title	Credit Hours
Compulsory Subjects 12 (12, 0)
1.	MCT-551	Robotics and Automation	3
2.	MCT-561	Modeling of Physical Systems	3
3.	MCT-562	Mechatronic Systems	3
4.	MCT-566	Engineering Analysis	3
Elective Subjects (Four of the following for Thesis option) 12 (12, 0) (Six of the following for Non-Thesis option) 18 (18,0)
1.	MCT-602	Advanced Numerical Methods	3
2.	MCT-603	Product Design & Development	3
3.	MCT-604	Research Methodology	3
4.	MCT-611	Advanced Dynamics	3
5.	MCT-612	Precision Machine Design	3
6.	MCT-613	Condition Monitoring	3
7.	MCT-614	Structural Health Monitoring	3
8.	MCT-615	Nonlinear Dynamical Systems	3
9.	MCT-621	Signal Conditioning and Processing	3
10.	MCT-631	Modern Control Systems	3
11.	MCT-633	Digital Control Systems	3
12.	MCT-634	Adaptive Control Systems	3
13.	MCT-635	Estimation and Filtering	3
14.	MCT-636	Nonlinear Control Systems	3
15.	MCT-637	Dynamics and Control of Automotive Systems	3
16.	MCT-638	Robust Control Systems	3
17.	MCT-639	Optimal Control Systems	3
18.	MCT-641	Machine Intelligence	3
19.	MCT-643	Digital Image Processing	3
20.	MCT-652	Mobile Robotics	3
21.	MCT-653	Artificial Intelligence For Robotics	3
22.	MCT-654	Intelligent Systems	3
23.	MCT-656	Principles of Artificial Intelligence	3
24.	MCT-661	Intelligent Manufacturing Systems	3
25.	MCT-663	Advanced Embedded Systems	3
26.	MCT-664	Sensors and Actuators	3
27.	MCT-665	Biomedical Instrumentation and Systems	3
28.	MCT-666	Hydraulics and Pneumatics	3
29.	MCT-667	Micro-Electro-Mechanical Systems	3
30.	MCT-668	Mechatronics Project Management	3
31.	MCT-691	Advance Topics in Mechatronics	3
Research Thesis
32.	MCT-699	Research Thesis	6