M. Tech. (Design of Mechanical Equipment)

Name of the M.Tech. Programme

Design of Mechanical Equipment

Distribution of Total Credits

Program Core (PC)	Program Elective (PE)	Open Elective (OE)	Total Credits
42	12	6	60

Scheduling of Courses

Semester I
S.No.	Course No.	Course Title	Type	L-T-P	Credits
1.	MEL731	Design of Mechanisms and Manipulators	PC	3-0-2	4
2.	MEL733	Vibration Engineering	PC	3-0-2	4
3.	MEL737	Advanced Mechanical Engineering Design	PC	3-0-2	4
4.	MEL735	Computer Methods in Mechanical Design	PC	3-0-2	4
		Total Credits			16
Semester II
1.	MEL740	Instrumentation and Automatic Control Systems	PC	3-0-2	4
2.	MEL742	Optimum Design of Mechanical Systems	PC	3-0-2	4
3.	ME...(List A1)	Design Technology Elective	PE	3-0-2	4
4.	ME...(List A2)	Equipment Design Elective	PE	3-0-2	4
5.		Open Elective*	OE	3/4-0-0	3 or 4
		Total Credits			19/20
Semester III
1.	MED831	Major Project Part 1	PC	0-0-12	6
2.	ME... (List A3)	Specialised Elective	PE	3-0-2	4
3.		Open Elective	OE		3
4.	(If not taken in 3rd sem.)	Open Elective	OE		3 or 0
		Total Credits			16 or 13
Semester IV
1.	MED832	Major Project Part 2	PC	0-0-24	12
		Total Credits			12

List A1 : Design Technology Elective

S.No.	Course No.	Course Title	L-T-P	Credits
1.	MEL832	Multibody Systems & Vibration Design	3-0-2	4
2.	MEL744	Design for Manufacture and Assembly	3-0-2	4
3.	MEL746	Design for Noise Vibration and Harshness	3-0-2	4
4.	MEL748	Tribological Systems Design	3-0-2	4
5.	MEL749	Mechatronic Products Design	3-0-2	4
6.	MEL844	Designing with new Materials	3-0-2	4

List A2 : Equipment Design Elective

S.No.	Course No.	Course Title	L-T-P	Credits
1.	MEL732	Machine tool Design	3-0-2	4
2.	MEL736	Automotive Design	3-0-2	4
3.	MEL743	Plant Equipment Design	3-0-2	4

List A3 : Specialized Electives

S.No.	Course No.	Course Title	L-T-P	Credits
1.	MEL734	Noise Engineering	3-0-2	4
2.	MEL738	Dynamics of Multibody Systems	3-0-2	4
3.	MEL739	Robotics.	3-0-2	4
4.	MEL741	Blade & Disc Dynamics	3-0-2	4
5.	MEL842	Advanced Concurrent Engineering	3-0-2	4
6.	MEL831	Advanced Theory of Vibrations	3-0-2	4
7.	MEL835	Special Topics	3-0-2	4
8.	MEL836	Advanced Lubrication	3-0-2	4
9.	MEL837	Advanced Mechanisms	3-0-2	4
10.	MEL838	Rotor Dynamics	3-0-2	4
11.	MEL839	Precision Engineering	3-0-2	4
12.	MEL840	Experimental Modal Analysis & Dynamic Design	3-0-2	4
13.	MEL841	Advanced Structural Dynamics	3-0-2	4
14.	MES830	Independent Study	0-4-0	4