M.Tech Mechanical Engineering Courses, Career, Fees & Admission 2024

M.Tech Mechanical Engineering

The job of a mechanical specialist is to convert an idea into a commercial success. The mechanical architect structures machines for their usefulness, feel, and strength; and decide the best assembling approach that will guarantee activity without disappointment. M.Tech Mechanical Engineering is a 2-year graduate program based on a semester system. A few schools likewise offer some part-time programs that can last for duration of 3 years. Students in the wake of finishing their B. Tech can opt for M.Tech. Program for further educational pursuits.

M.Tech. Mechanical Engineering understudy is instructed about the foundations of concepts such as manufacturing, the state of matter, the design of a machine, and the principles and applications related to machines. It is a stimulating course that helps the student conduct experiments and research in areas related to mechanics and infers conclusions from them. A course providing an insight into the world of machines, it is a blend of theoretical and hands-on practical knowledge to prepare the students for the challenging professional world of mechanics.

PROGRAM EDUCATIONAL OBJECTIVES (PEO’S)

PROGRAM OUTCOMES (PO’S)

SYLLABUS

Semester-1

Subject Code	Subject	Category	Credit			Credits	Hrs/Week
			L	P	T
MHE 73313	Advanced Engg. Thermodynamics	Program Core-1	3	2	0	5	6
MHE 73311	Advanced Fluid Mechanics	Program Core-1	3	2	0	5	6
	Communication and Soft Skill Development	HSS (Humanities Social Sciences and Management)	1	1	0	2	3
	Design Thinking and Problem Solving	MC (Mandatory Course)	2	0	0	2	2
	Program Elective	Program Elective-1	3	0	0	3	3
	Program Elective	Program Elective‐2	3	0	0	3	3
	Total		15	5	0	20	23
Program Elective- 1		Program Elective‐2
MHE 71413	Advanced Internal Combustion Engine Fire Dynamics and Engineering	MHE 71421	Conductive & Radiative Heat Transfer
MHE 71419	Theory of Combustion and Emission Analysis	MHE 71415	Design of Thermal Systems
MHE 71417		MHE 71423	Advanced Theory of Turbomachinery

Semester-2

Subject Code	Subject	Category	Credit			Credits	Hrs/Week
			L	P	T
MHE 73312	Advanced Refrigeration Engineering	Program Core‐3	3	2	0	5	6
MHE 73314	Convective Heat Transfer	Program Core-4	3	2	0	5	6
MHE 62308	Technical Presentation on Science and Technology Advancement Assessment & Review (STAAR)	Program Core	0	1	0	1	2
	ProgramElective	ProgramElective- 3	3	0	0	3	3
	Program Elective	Program Elective-4	3	0	0	3	3
	Open Elective	Open Elective	3	0	0	3	3
	Total		15	5	0	20	23
ProgramElective-3		Program Elective-4			Open Elective
MHE 71422	Computational Fluid Dynamics	MHE 71418	Gas Turbine & Jet Propulsion		MHE 71512	Total Quality Management
MHE 71424	Computational Heat Transfer
MHE 71426	Experimental Methods in Thermal Engineering	MHE 71414	Gas Dynamics
		MHE 71416	Heat Exchanger Analysis and Design

Semester-3

Subject Code	Subject	Category	Credit			Credits	Hrs/Week
			L	P	T
	IPR, Research and Project Writing	MC (Mandatory Course)	2	0	0	2	2
MHE 62311	Research Review Paper	Program Core	0	2	0	2	3
MHE 62613	Dissertation Stage – I	MP 1(Major Project)	0	10	0	10	20

	Total		2	12	0	14	25

Semester-4

Sl.No.	Subject Code	Subject	Category	Credit
				L	P	T	Credits	Hrs/Week
1	MHE 62312	Developing and Establishing Facility/Experiment for Research	Program Core	0	2	0	2	3
2	MHE 62614	Dissertation Stage – II	MP 2 (Major Project)	0	14	0	14	28
		Total		0	16	0	16	31

Laboratories

ELIGIBILITY CRITERIA

M.Tech

a. Passed bachelordegreeorequivalentintherelevantfield with atleas t60% marksinaggregate.

b. GATE qualified candidates need not sit in the entrance examination. They have to submit their documents through the admission portal for direct admission during counseling process.

c. Passed M.Sc. Degree in the relevant discipline with at least 60% marks in aggregate.