Kathmandu University
Department of Mechanical Engineering
Welcome to Department of Mechanical Engineering Welcome to Department of Mechanical Engineering

+977-1661399

mech@ku.edu.np

| Designed by Anup KC and Maintained by Bijendra Shrestha | Copyright © Department of Mechanical Engineering, Kathmandu University, Dhulikhel, Nepal | 2015 | All rights reserved |

Master of Engineering in Mechanical Engineering

Admission Open for Master Program

Kathmandu University (KU) invites application for admission in Master of Engineering (ME) in Mechanical Engineering.



Eligibility for ME in Mechanical Engineering:

Bachelor’s Degree in Mechanical Engineering or equivalent bachelor’s of engineering degree with minimum 50 % in aggregate or minimum CGPA of 2.0 (on a 4 point grading system). The details about the admission call and other information can be found HERE.


The application form can be downloaded from HERE.

Graduate Courses

Year

Semester

Courses

Credits

First

I

Core Course 1

Core Course 2

Elective I

Elective 2

Elective 3

15

II

Core Course 3

Core Course 4

Elective 4

Elective 5

Elective 6

15

Second

III

Core Course 5

Core Course 6

Elective 7

Elective 8

15

IV

Dissertation

15

Core Course

S.No.

Course Code

Course Description

Credits

1

MATH 501

Advanced Probability & Statistics

3

2

MEPG 501

Renewable Energy

3

3

MEPG 502

Engineering Design

3

4

MEPG 503

Hydropower Engineering

3

5

RSPB 601

Seminars & Communication Skills

2

6

RSPG 602

Research Design

4









Total Credits

20

Common Elective Courses


S.No.

Course Code

Course Description

1

MAPG 502

Numerical Methods

2

COPG 511

Analyses & Design of Software System

3

COPG 512

Computer Graphics

4

MEPG 510

Economics for Engineers

5

MEPG 511

System Safety and Reliability

6

MEPG 512

Env. & Social Impacts of Eng. System

7

MEPG 513

Design for Development (Energy & Transport)

8

MEPG 514

Project Management

9

MEPG 515

Automation & Maintenance

10

MEPG 516

Design of Pumps and Turbines

11

MEPG 517

Automatic Control of Hydro/turbo Machines

12

MEPG 518

Environment Pollution and Control

13

MEPG 519

Finite Element Analysis

14

MEPG 520

Power Generations & Utilization

15

MEPG 521

Fluid Power Systems

16

MEPG 522

Seminar/ Project I

17

MEPG 523

Practical Training/ Project II

18

MEPG 530

Advanced Material Science

19

MEPG 531

Advanced Mechanism Design

20

MEPG 532

Computer Application in Design

21

MEPG 533

Optimizations Techniques

22

MEPG 534

Design for Manufacture

23

MEPG 535

Fracture Mechanics

24

MEPG 536

Design of Hydraulic & Pneumatic System

25

MEPG 537

Design of Pressure vessels and Piping

26

MEPG 538

Concept of Quality in Design

27

MEPG 539

Advanced Tool Design

28

MEPG 540

Value Engineering

29

MEPG 541

Concurrent Engineering

30

MEPG 550

Thermal Energy Conversation

31

MEPG 551

Numerical Methods in Thermal Engineering

32

MEPG 552

IC Engine Combustion

33

MEPG 553

Incompressible and Compressible Flows

34

MEPG 554

Advanced Heat & Mass Transfer

35

MEPG 555

Standards in Hydro/ Turbo Machines

36

MEPG 556

Cavitation

37

MEPG 557

Heat Exchanger Design

38

MEPG 558

Experimental Methods in Hydro Turbines

39

MEPG 559

Design & Optimization of Energy Systems

40

MEPG 560

Performance Analysis of Hydro/ Turbo Machines

41

MEPG 561

Advanced Refrigeration and Air Conditioning

42

MEPG 570

Tribology & Lubrication

43

MEPG 571

CAD & Manufacturing

44

MEPG 572

Productivity Management & Re- Engineering

45

MEPG 573

Food Processing, Preservation & Transportation

46

MEPG 574

Maintenance Management

47

MEPG 575

Computer Aided Maintenance

48

MEPG 576

Noise Monitoring & Control

49

MEPG 577

Maintenance Planning

50

MEPG 578

Computer Aided Process Planning

51

MEPG 579

Design for Manufacturing

52

MEPG 580

Operations Research

53

MEPG 581

Industrial Safety


M.E. in Mechanical Engineering- Course Plan

Last Updated on 20 October, 2015

Dissertation


S.No.

Course Code

Course Description

1

MEPG 610

Dissertation




Total Credits

15


M.E. in Mechanical Engineering- Course Details