Motto
- ‘‘PROMOTING MECHANICAL ENGINEERING’S ROLL, RAISING NATIONAL STATUS & DIGNITY ’’
Vision
- Ability to innovate and create; To produce quality mechanical engineers who can solve technical challenges.
Mission
- To develop human resources according to local needs, to train and produce qualified mechanical engineers who adhere to human ethics.
- To allow students to study mechanical engineering subjects based on effective curricula and teaching aids.
- To become mechanical engineering students who are creative and able to solve technical challenges.
- To solve problems encountered in various fields of work by combining theory and practice.
Subject Specific Description
Mechanical Engineering is a branch of engineering that focuses on the design, analysis, manufacturing, and maintenance of mechanical systems. It applies principles of physics, mathematics, and material science to create and improve machines, tools, devices, and processes.
Key Aspects of Mechanical Engineering:
Design and Innovation -
Involves creating blueprints and prototypes for machinery and mechanical systems. Tools like CAD (Computer-Aided Design) software are often used.
Thermodynamics and Heat Transfer -
Deals with energy conversion, heating, cooling, and refrigeration systems. Applications include engines, power plants, and HVAC systems.
Dynamics and Control -
Studies how objects move and how systems behave under various forces. Involves robotics, automation, and vehicle systems.
Materials Science -
Focuses on selecting and analyzing materials for mechanical components. Ensures durability, efficiency, and cost-effectiveness.
Manufacturing and Production -
Involves processes like machining, casting, and welding to create components. Emphasizes optimizing efficiency and reducing waste.
Fluid Mechanics -
Studies the behavior of fluids (liquids and gases) and their applications. Used in designing pumps, turbines, and pipelines.
Structural Analysis -
Examines the strength, stability, and fatigue of mechanical components. Critical in designing safe and reliable systems.
Applications of Mechanical Engineering:
Automotive Industry: Design and manufacture of cars, engines, and safety systems.
Aerospace: Development of aircraft, spacecraft, and propulsion systems.
Energy Sector: Design of renewable energy systems, turbines, and power plants.
Robotics: Development of automated machines and robotics for various industries.
Healthcare: Design of prosthetics, medical devices, and imaging systems.
General Presentation
(Learning Activities)
Photos are added according to the department -
Thermal Lab Room
Thermal Lab Room
Internal Combustion Engine Lab Room
Solid Mechanics Lab Room
Fluid Mechanics Lab Room
Department strength
|
No. |
Name |
Position |
Degree |
Responsibility |
Remark |
|
|
1 |
Daw Myat Thu Htet |
Associate Professor |
M.E (Mechanical) |
Head of the Department |
|
|
|
2 |
Daw Khaing Zin Oo |
Associate Professor |
M.E (Mechanical) |
|
|
|
|
3 |
Daw May Pearl Thwe |
Associate Professor |
M.E (Mechanical) |
|
|
|
|
4 |
Daw Mary Than |
Lecturer |
M.E (Mechanical) |
|
|
|
|
5 |
Dr.Han Lwin Soe |
Lecturer |
Ph.D (Mechanical) |
|
|
|
|
6 |
U Pyae Phyo Kyaw |
Assistant Lecturer |
M.E (Mechanical) |
|
|
|
|
7 |
U Kyaw Zin Lin |
Tutor |
B.E (Mechanical) |
|
|
|
Department Members
List of subjects taught / by year
|
No. |
Class |
Code |
Course Description |
Type |
Remark |
|
1 |
First Year (Semester I) Mech EC EP |
ME 11011 |
Basic Engineering Drawing |
Core Supporting Supporting |
5 Year Plan |
|
2 |
First Year (Semester II) Mech EC EP |
ME 12011 |
Computer Aided Machines Drawing |
Core Supporting Supporting |
5 Year Plan |
|
3 |
First Year (Semester II) Mech Civil EC EP |
ME 12012 |
Occupation Safety and Workshop Practices |
Core Supporting Supporting Supporting |
5 Year Plan |
|
4 |
Second Year (Semester I & II) |
ME 21011 & ME 22011 |
Machine Drawing |
Core |
6 Year Plan |
|
5 |
Second Year (Semester I & II) |
ME 21012 & ME 22012 |
Workshop Technology |
Core
|
6 Year Plan |
|
6 |
Second Year (Semester I & II) Mech Civil EP |
ME 21015 & ME 22015 |
Engineering Mechanics |
Core Supporting Supporting |
6 Year Plan |
|
7 |
Second Year (Semester I& II) |
Met 21071& Met 22071 |
Engineering Materials |
Supporting |
6 Year Plan |
|
8 |
Third Year (Semester I & II) |
ME 31013 & ME 32013 |
Engineering Thermodynamics |
Core |
6 Year Plan |
|
9 |
Third Year (Semester I & II) |
ME 31014 & ME 32014 |
Strength of Materials |
Core |
6 Year Plan |
|
10 |
Third Year (Semester I & II) |
ME 31015 & ME 32015 |
Theory of Machines I |
Core |
6 Year Plan |
|
11 |
Third Year (Semester I & II) |
ME 31022 & ME 32022 |
Production Technology |
Core |
6 Year Plan |
|
12 |
Third Year EP (Semester I & II) |
ME 31034 & ME 32034 |
Mechanical Engineering Fundamentals |
Supporting
|
6 Year Plan |
|
13 |
Fourth Year (Semester I & II) |
ME 41032 & ME 42032 |
Manufacturing System and Automations |
Core |
6 Year Plan |
|
14 |
Fourth Year (Semester I & II) |
ME 41031 & ME 42031 |
Design of Machine Elements |
Core |
6 Year Plan |
|
15 |
Fourth Year (Semester I & II) |
ME 41033 & ME 42033 |
Heat Transfer |
Core |
6 Year Plan |
|
16 |
Fourth Year (Semester I & II) |
ME 41016 & ME 42016 |
Fluid Mechanics I |
Core |
6 Year Plan |
|
17 |
Fourth Year (Semester I & II) |
ME 41015 & ME 42015 |
Theory of Machines II |
Core |
6 Year Plan |
|
18 |
Fourth Year (Semester I & II) |
ME 41019 & ME 42019 |
Computer Application in Mechanical Engineering |
Core (Practical+ Practical Test+ Class Work) |
6 Year Plan |
|
19 |
Fifth Year (Semester I & II) |
ME 51015 & ME 52015 |
Vibration and Control |
Core |
6 Year Plan |
|
20 |
Fifth Year (Semester I & II) |
ME 51016 & ME 52016 |
Fluid Mechanics II |
Core |
6 Year Plan |
|
21 |
Fifth Year (Semester I & II) |
ME 51031 & ME 52031 |
Integrated Design Project |
Core (Performance+ Presentation +Report+Viva)
|
6 Year Plan |
|
22 |
Fifth Year (Semester I & II) |
ME 51043 & ME 52043 |
Gas Turbine Theory |
Core |
6 Year Plan |
|
23 |
Fifth Year (Semester I & II) |
ME 51023 & ME 52023 |
Internal Combustion Engines |
Core |
6 Year Plan |
|
24 |
Fifth Year (Semester I & II) |
ME 51028 & ME 52028 |
Industrial Engineering and Management |
Core |
6 Year Plan |
|
25 |
Fifth Year (Semester I & II) |
ME 51017 & ME 52017 |
Refrigeration and Air-conditioning |
Core
|
6 Year Plan |
|
26 |
Sixth Year (Semester I) |
ME 61020 |
Renewable Energy |
Elective (Must be taken any one subjects of these three subjects) |
6 Year Plan |
|
27 |
Sixth Year (Semester I) |
ME 61022 |
Flexible Manufacturing System |
Elective (Must be taken any one subjects of these three subjects) |
6 Year Plan |
|
28 |
Sixth Year (Semester I) |
ME 61025 |
Automobile Engineering |
Elective (Must be taken any one subjects of these three subjects) |
6 Year Plan |
|
29 |
Sixth Year (Semester I) |
HSS 61012 |
Humanities and Social Science |
Core |
6 Year Plan |
|
30 |
Sixth Year (Semester I) Only for 2019 – 2020 Intake Students |
ME 61019 |
Computer Application in Mechanical Engineering |
Core (Practical+ Practical Test+ Class Work) |
6 Year Plan |
|
31 |
Sixth Year (Semester II) |
ME 62031 |
Internship |
Core |
6 Year Plan |
|
32 |
Sixth Year (Semester II) |
ME 62032 |
Graduation Thesis |
Core |
6 Year Plan |
Degrees awarded
Bachelor of Engineering (Mechanical)
B.E (Mech)