Bachelor of Engineering (Mechanical)

The Bachelor of Engineering (Mechanical) is a four years degree program based on taught courses and laboratory work. A student opting for Bachelor’s degrees has to complete the requisite number of credit hours for course work as laid down in Higher Education Commission regulations for the mentioned degree. A thesis based on original research work will have to be submitted and defended as per procedure of HEC. The duration of these degrees depends on the performance of the student and on the nature of research problem. The minimum time limit for completion of B.E is four years.

Program Objectives

Graduates would be able to perceive successful professional careers having essential knowledge and engineering skills.

PEO-1: Graduates would be able to perceive successful professional careers having essential knowledge and engineering skills.
PEO-2: Graduates would be able to shape themselves to serve industry and society using interpersonal and managerial skills.
PEO-3: Graduates would have problem solving approach using analytical abilities, interdisciplinary technologies, effective communication skills and team work.
PEO-4: Graduates would be able to pursue research and lifelong learning. Including broad social, ethical and environmental issues within which the engineering is practiced.

Eligibility Criteria

Minimum 60% aggregate marks in HSSC OR equivalent exams
Mathematics is prerequisite

Program and Course Credit Hours Distribution

Program Years

Semesters

Credit Hours

Courses

First Semester
Second Semester
Third Semester
Fourth Semester
Fifth Semester
Sixth Semester
Seventh Semester
Eighth Semester

First Semester

S No	Code	Subject	Credit Hours
1	HS-118	Pakistan Studies	2 – 0
2	NS-116	Calculus & Analytical Geometry	3 – 0
3	HS-116	Functional English	3 – 0
4	ME-101	Computer System & Programming	2 – 1
5	ME-112	Engineering Drawing & Graphics	2 – 1
6	ME-113	Workshop Practice	0 – 2
		TOTAL CREDIT HOURS	16

Second Semester

S No	Code	Subject	Credit Hours
1	HS-117	Islamic Studies	2 – 0
2	EE-101	Electrical Engineering	2 – 1
3	NS-119	Ordinary Differential Equation	3 – 0
4	HS-119	Communication Skills	2 – 0
5	ME-121	Engineering statics	3 – 0
6	ME-122	Engineering Materials	3 – 1
		TOTAL CREDIT HOURS	17

Third Semester

S No	Code	Subject	Credit Hours
1	ME-211	Engineering Dynamics	3 – 1
2	ME-212	Mechanics of Materials-I	2 – 1
3	ME-213	Thermodynamics-I	2 – 1
4	ME-214	Fluid Mechanics-I	2 – 1
5	EE-201	Electronics	2 – 1
		TOTAL CREDIT HOURS	16

Fourth Semester

S No	Code	Subject	Credit Hours
1	GS-204	Complex Variables & Transforms	3 – 0
2	ME-221	Machine Design-I & CAD-I	2 – 1
3	ME-222	Mechanics of Materials-II	3 – 1
4	ME-223	Fluid Mechanics-II	3 – 1
5	ME-224	Thermodynamics-II	2 – 1
		TOTAL CREDIT HOURS	17

Fifth Semester

S No	Code	Subject	Credit Hours
1	HS-301	Report Writing Skills	3 – 0
2	GS-303	Numerical Analysis	3 – 0
3	ME-311	Machine Design-II & CAD-II	3 – 1
4	ME-312	Measurement & Instrumentation	2 – 1
5	ME-313	Heat & Mass Transfer	3 – 1
		TOTAL CREDIT HOURS	17

Sixth Semester

S No	Code	Subject	Credit Hours
1	GS-302	Applied Statistics	3 – 0
2	ME-321	Manufacturing Processes	3 – 1
3	ME-322	Control Engineering	2 – 1
4	ME-323	Mechanics of Machines	3 – 0
5	ME-324	Refrigeration & Air Conditioning	3 – 1
6	ME-325	Introduction to Mechatronics	2 – 0
		TOTAL CREDIT HOURS	19

Seventh Semester

S No	Code	Subject	Credit Hours
1	MS-401	Engineering Economics	2 – 0
2	ME-411	Mechanical Vibrations	3 – 1
3	ME-412	Internal Combustion Engines	3 – 1
4	ME-413	Power Plant	3 – 0
5	ME-499i	Final Project	0 – 3
		TOTAL CREDIT HOURS	16

Eighth Semester

S No	Code	Subject	Credit Hours
1	ME-421	Renewable Energy Technology	3 – 0
2	ME-422	Finite Element Method (FEM)	3 – 0
3	ME-401	Industrial Management	3 – 0
4	MS-403	Business and Entrepreneurship	3 – 0
5	ME-499ii	Final Project	0 – 3
		TOTAL CREDIT HOURS	15