First Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Technical English	100	-
2.	Mathematics 1	100	-
3.	Mathematics 2	100	-
4.	Physics	100	50
5.	Chemistry	100	50
6.	Engineering Mechanics	100	50
7.	Engineering Drawing	100	100
8.	Basic Electrical Engineering	100	50
9.	Workshop	-	100
-	Total	800	400

	Second Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Mathematics 3	100	-
2.	Computational Techniques	100	50
3.	Mechanics of Solids 1	100	50
4.	Basic Electronics	100	50
5.	Material Science and Engineering Materials	100	-
6.	Fluid Mechanics	100	50
7.	Thermodynamics 1	100	50
8.	Kinematics of Machinery	100	50
9.	Machine Drawing	-	50
10.	Workshop	-	50
-	Total	800	400

	Third Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Manufacturing Process 1	100	50
2.	Machine Design and Drawing	100	100
3.	Mechanics of Solids 2	100	50
4.	Applied Thermodynamics 2	100	50
5.	Engineering Echonomics and Management	100	-
6.	Dynamics of Machinary	100	50
7.	Heat and Mass Transfer	100	50
8.	Fluid Machinary	100	50
9.	Total	800	400

	Final Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Internal Combustion Engine	100	50
2.	Manufacturing Process 2	100	-
3.	Industrial Engineering & Management	100	50
4.	Mechanical System and Design	100	100
5.	Controll System and Measurement	100	50
6.	Elective 1	100	-
7.	Elective 2	100	-
8.	Elective 3	100	-
9.	Project	-	100
-	Total	800	400

		First Year
ELECTIVES	SL N.	SUBJECTS
Thermal Engineering	1.	Refrigeration and Air Conditioning
-	2.	Power Plants Engineering
-	3.	Gad Dynamics
-	4.	Direct Energy Conversion
-	5.	Non-Conventional Source of Energy
-	6.	Automobile Engineering
-	7.	Thermal Turbo Machine
Design Group	1.	System Engineering
-	2.	Bio-Mechanics
-	3.	Computer Added Design
-	4.	Robotics
-	5.	Mechanical Vibration
-	6.	Stress Analysis
-	7.	Finite Elements Method in Engineering
Industrial Engineering	1.	Operation Research
-	2.	Numerical Controll Machine
-	3.	Metrology
-	4.	Group Production
-	5.	Planning and Control
-	6.	Energy Management
-	7.	Work Study and Management