Department of Mechanical Engineering - TECHNOLOGICAL UNIVERSITY MANDALAY

Department of Mechanical Engineering

Department History

Department of Mechanical Engineering is one of the departments of Technological University (Mandalay). In this university, Mechanical Department established in January 20, 2007. It is opened at the east of university. As all teachers and lab technicians, there are 26 staffs and about 350 students in almost every academic year. Under the department of Mechanical, constitute with five engineering field areas.

Logo

Motto

‘Leading to Mechanized Age; Using the Modern Technologies’

Vision

To nature competent Mechanical engineers in the regional.

Mission
To implement the effective teaching-learning system with modernized curriculum, syllabus and practical work
To help the developments of research activities
To support the developments of industrial production
To development human resources based on physical and spiritual morality
To create better job opportunities for the students

Objectives of Department
To have at least 80% pass rate of mechanical engineering students.
To reduce the customer complaints lower than 10%.
Degree Awards
Bachelor of engineering B.E(Mechanical)
Master of engineering M.E(Mechanical)

8. Research Area of Department

Solid Mechanics
Thermal Engineering
Renewable Energy
Manufacturing
Fluid Mechanics

About latest Research, Project, Field and other Activities

Canal Water Pumping System for Irrigation
Screw Press Oil Expeller
Solar Seed Sawing Machine
Gear Box Design of AR-120 Reaper
Pedestal Bogie Suspension system
Home Made Used HAWT
Centrifugal Pump Impeller Design
River Pumping Project
Design and Construction of Solar Water Pumping System
Design and Development of Power Weeder
Design and Construction of Solar Power Supplied System

9. Laboratories and Workshops

Computer Lab
Solid Mechanics Lab
Renewable Energy Lab
Thermal Lab
Machine Workshop
Fitting Workshop
Welding Workshop
Engine Workshop

10. Location of Department (Building No./Name)

Mechanical Engineering Department is situated at Room (8-E) in TUM since 2015.

11. Department Email

mechtum2022@gmail.com

12. Curriculum for Bachelor of Mechanical Engineering

TABLE 1: Curriculum for Bachelor of engineering B.E Programme Structure According to Year / Semester and Total Credit Hours

Sr.	Course No.	Course Title	Course Type	IHL Credits		EEAC Equivalent Credits
Sr.	Course No.	Course Title	Course Type	Engineering Course	Non Engineering Courses	Engineering Course	Non Engineering Courses
Y1S1	M-11011	Myanmar	Compulsory		2		2
	E-11011	English	Compulsory		2		2
	EM-11001	Engineering Mathematics	Compulsory		4		4
	E.Ph-11011	Engineering Physics	Compulsory		3		3
	E.Ch-11011	Engineering Chemistry	Compulsory		4		4
	ME-11011	Basic Engineering Drawing	Core	2		2
	ME-11012	Workshop Practice	Core	1		1
INTER SECTION
Y1S2	M-12011	Myanmar	Compulsory		2		2
	E-12011	English	Compulsory		2		2
	EM-12002	Engineering Mathematics	Compulsory		4		4
	E.Ph-12011	Engineering Physics	Compulsory		3		3
	E.Ch-12011	Engineering Chemistry	Compulsory		4		4
	ME-12011	Basic Engineering Drawing	Core	2		2
	ME-12012	Workshop Practice	Core	1		1
INTER SECTION
Y2S1	E-21011	English	Compulsory		2		2
	EM-21003	Engineering Mathematics	Compulsory		4		4
	ME-21011	Machine Drawing	Core	2		2
Y2S1	ME-21012	Workshop Technology	Core	2		2
	ME-21015	Engineering Mechanics	Core	2		2
	Met-21071	Engineering Materials	Compulsory		2		2
	EP-21013	Applied Electrical Engineering	Compulsory		2		2
INTER SECTION
Y2S2	E-22011	English	Compulsory		2		2
	EM-22004	Engineering Mathematics	Compulsory		4		4
	ME-22011	Machine Drawing	Core	2		2
	ME-22012	Workshop Technology	Core	2		2
	ME-22015	Engineering Mechanics	Core	2		2
	Met-22071	Engineering Materials	Core		2		2
	EP-22013	Applied Electrical Engineering	Compulsory		2		2
INTER SECTION
Y3S1	E 31011	English	Compulsory		2		2
	EM 31005	Engineering Mathematics	Compulsory		4		4
	ME 31013	Engineering Thermodynamic	Core	3		3
	ME 31014	Strength of Material	Core	3		3
	ME 31015	Theory of Machines I	Core	3		3
	ME 31022	Production Technology	Compulsory		3		3
	EcE 31025	Analogue and Digital Electronics	Compulsory		2		2
INTER SECTION
Y3S2	E 32011	English	Compulsory		2		2
	EM 32006	Engineering Mathematics	Compulsory		4		4
	ME 32013	Engineering Thermodynamic	Core	3		3
	ME 32014	Strength of Material	Core	3		3
	ME 32015	Theory of Machines I	Core	3		3
	ME 32022	Production Technology	Core		3		3
	EcE 32025	Analogue and Digital Electronics	Compulsory		2		2
INTER SECTION
Y4S1	E 41011	English	Compulsory		2		2
	EM 41007	Engineering Mathematics	Compulsory		4		4
	ME 41032	Manufacturing Systems and Automations	Core	2		2
	ME 41031	Design of Machine Element	Core	2		2
	ME 41033	Heat Transfer	Core	3		3
	ME 41016	Fluid Mechanics I	Core	3		3
	ME 41015	Theory of Mechanics II	Core	3		3
	ME 41019	Computer Application in Mechanical Engineering	Core	3		3
INTER SECTION
Y4S2	E 42011	English	Compulsory		2		2
	EM 42008	Engineering Mathematics	Compulsory		4		4
	ME 42032	Manufacturing Systems and Automations	Core	2		2
	ME 42031	Design of Machine Element	Core	2		2
	ME 42033	Heat Transfer	Core	3		3
	ME 42016	Fluid Mechanics I	Core	3		3
	ME 42015	Theory of Mechanics II	Core	3		3
	ME 41019	Computer Application in Mechanical Engineering	Core	3		3
INTER SECTION
Y5S1	ME 51043	Gas Turbine Theory	Core	3		3
	ME 51015	Vibration and Control	Core	3		3
	ME 51017	Refrigeration and Air-conditioning	Core	3		3
	ME 51028	Industrial Engineering and Management	Core	2		2
	ME 51023	Internal Combustion Engines	Core	3		3
	ME 51016	Fluid Mechanics II	Core	3		3
	ME 51031	Integrated Design Project	Core	1		1
INTER SECTION
Y5S2	ME52043	Gas Turbine Theory	Core	3		3
	ME 52015	Vibration and Control	Core	3		3
	ME 52017	Refrigeration and Air-conditioning	Core	3		3
	ME52028	Industrial Engineering and Management	Core	2		2
	ME52023	Internal Combustion Engines	Core	3		3
	ME 52016	Fluid Mechanics II	Core	3		3
	ME 52031	Integrated Design Project	Core	1		1
INTER SECTION
Y6S1	ME 61020 ME 61022 ME 61025	Renewable Energy Flexible Manufacturing System/ Automobile Engineering	Elective	2		2

	ME 61028	Engineering Management	Core	2		2
	ME 61012	Huminities and Social Science	Compulsory		4		4
INTER SECTION
Y6S2		Internship		4		4
Y6S2		Mini Thesis		8		9
TOTAL CREDIT HOURS				117	88	117	88	104.5	99
TOTAL CREDIT HOURS				205		205

TABLE 2 : List of Elective Courses According to Areas of Field Specialization (if applicable)

AREAS	CODE	ELECTIVE COURSES
Thermal Engineering	ME 61023	Automobile Engineering
Production Technology	ME 61022	Flexible Manufacturing System
Renewable Energy	ME 61020	Renewable Energy

13. Curriculum for Master of Mechanical Engineering

TABLE 3: Curriculum for Master of engineering M.E (Mechanical)

M.E (Mechanical Engineering) (Semester I) (15 weeks)

Sr.No	Code	Courses	Period/week				Credit Points
			L	T	P	Total
1	E-71011	English	2	1	0	3
2	EM-7001	Advanced Calcus	4	2	0	6
3	ME-71016	Viscous Fluid Flow	4	1	0	5
4	ME-71023	Advance Internal Combustion Engine	4	1	0	5
5	ME-71028	Product Quality Management	4	1	0	5
Total			18	6	0	24

M.E (Mechanical Engineering) (Semester II) (15 weeks)

Sr.No	Code	Courses	Period/week				Credit Points
1	E-71011	English	L	T	P	Total
2	EM-7001	Advanced Calcus	2	1	0	3
3	ME-72014	Advance Strength of Materials	4	2	0	6
4	ME-72025	Farm Machinery	4	1	0	5
5	ME-72033	Heat and Mass Transfer	4	1	0	5
Total			18	6	0	24