BE Mechanical
Engineering

INTRODUCTION

Introduction

To produce the nation’s best professional mechanical engineers; passionately rooted to the foundations of Pakistan, open-minded to innovate and capitalize on the greatest of present-day technological advancements, uphold all sustainability development protocols and continuously strive to become the most valuable asset of our society. Mechanical Engineering is essential for all fields of technology. It is one of the principal disciplines of Engineering , which has always been in demand and will continue to be in the future.

Faculty

The DSU faculty of Mechanical Engineering is one of the best team of experts available in this part of the country. It is a decent blend of experience in teaching, research and industrial expertise, namely in areas of HVACR, Materials Engineering, Propulsion Systems, Renewable Energies, CAD, Computational Mechanics, CAE, Simulations, Rotor Dynamics, Structural Mechanics, and Mechanical Vibrations. Their knowledge and expertise will nurture the students to learn and adopt best engineering and technical practices. The future Mechanical Engineers of DSU will be the leaders of tomorrow’s Pakistan.

Mechanical Engineering Laboratories

Careers

Bachelor’s program in Mechanical Engineering from DSU offers students the opportunity to prepare for careers in traditional as well as emerging technologies related to Mechanical Engineering like Fuel Cell Technology, Robotics, Mechatronics, Nanotechnology and Renewable Energy Systems. In addition to these, conventional engineering technologies involving power generation, structures, machines, automotive design, manufacturing, materials’ development, plant engineering, maintenance, pressure vessels and piping engineering, heating, refrigeration and air conditioning systems are possible career options in the developing economy of Pakistan.

Industrial Liaison

DHA Suffa University has hosted industrial professionals and technical heads of various engineering organizations. In this endeavor Karachi Tools Dies and Molds Center, AmanTech and Zona Pakistan are already on board, while DSU’s collaboration with further organizations is just around the corner. BE Mechanical collaboration will result in faculty research support, student exposure, technology incubation, internships, case studies, and professional training workshops.

ELIGIBILITY CRITERIA

Eligibility Criteria for BE (Mechanical Engineering)

Intermediate/A-level or an equivalent examination with at least 60% marks;
Must have studied Mathematics, Physics and Chemistry at HSSC / A- level
Applicants with O-Level / A-Level must submit equivalence from IBCC
At least 50% marks in DSU Entrance Test

Note:

Failures and students appearing for improvement exams are not eligible to apply for admission

Required Documents

Applicants are required to bring the following original documents for application processing:

Matriculation / O-Level Certificates and Marks Sheet / Statements
Intermediate / HSSC / FSc / A-Level Marks Sheet / Statements and Certificates
Applicants with O-Level / A-Level must submit equivalence from IBCC
A copy of CNIC and B-Form
8 passport-sized photographs with white background
Admit Card / Statement of Entry is required, if awaiting result

OPTIONAL:

Valid Test Score of NEDUET, NTS NAT (IE/ICS) or SAT II, if appeared. Applicants submitting their NEDUET (current year), NTS NAT (IE/ICS) or SAT II test scores obtained within last one year shall be exempted from taking DSU’s entrance test. However, candidates who do not have good enough NEDUET/ SAT/ NTS scores will be advised to appear in the DSU Admissions Test for better chances of securing admission.

PLAN OF STUDY

Semester	Course Title	Course Code	Credit Hours
I	Calculus and Analytical Geometry	BS 1301	3+0
	Applied Physics	BS 1103	2+0
	Applied Physics Lab	BS 1103L	0+1
	English Composition	HU 1001	3+0
	Engineering Drawing and Graphic	ME 1101	1+0
	Engineering Drawing and Graphics Lab	ME 1101L	0+2
	Introduction to Computing and Programming	CS 1200	2+0
	Introduction to Computing and Programming Lab	CS 1200L	0+1
	Applied Chemistry	BS 1201	2+0
			total 17
Semester	Course Title	Course Code	Credit Hours
II	Engineering Statics	ME 1103	3+0
	Engineering Materials	ME 1201	3+0
	Engineering Materials Lab	ME1201L	0+1
	Linear Algebra and Ordinary Differential Equations	BS 2303	3+0
	Thermodynamics – I	ME 1301	3+0
	Workshop Practice	ME 1001L	0+2
	Electrical Engineering	EE 2005	2+0
	Electrical Engineering Lab	EE 2005L	0+1
			total 18
Semester	Course Title	Course Code	Credit Hours
III	Engineering Dynamics	ME 2101	3+0
	Engineering Mechanics Lab	ME 2106L	0+1
	Mechanics of Materials – I	ME 2102	3+0
	Thermodynamics – II	ME 2301	3+0
	Thermodynamics Lab	ME 2304L	0+1
	Electronics Engineering	EE 2006	2+0
	Electronics Engineering Lab	EE 2006L	0+1
	Fluid Mechanics – I	ME 2302	3+0
	Health, Safety and Environment	ME 2401	1+0
			total 18
Semester	Course Title	Course Code	Credit Hours
IV	Mechanics of Materials – II	ME 2103	3+0
	Mechanics of Materials Lab	ME 2107L	0+1
	Machine Design- I	ME 2105	2+0
	Manufacturing Processes	ME 2402	3+0
	Manufacturing Processes Lab	ME 2402L	0+1
	Fluid Mechanics – II	ME 2303	3+0
	Fluid Mechanics Lab	ME 2305L	0+1
	Probability and Statistics	BS 1402	3+0
	CAD Lab	ME 2108L	0+1
			total 18
Semester	Course Title	Course Code	Credit Hours
V	Technical Report Writing and Presentation Skills	HU 4009	3+0
	Machine Design – II	ME 3104	3+0
	Management Elective	MS XXXX	2+0
	Numerical Analysis	BS 3303	2+0
	Numerical Analysis Lab	BS 3303 L	0+1
	Heat and Mass Transfer	ME 3301	3+0
	Pakistan Studies	HU 2101	2+0
	Foreign Language	–	NC
			total 16
Semester	Course Title	Course Code	Credit Hours
VI	Complex Variables and Transforms	BS 3301	3+0
	Mechanics of Machines	ME 3102	3+0
	ME Technical Elective – I	ME 3YZZ	2+0
	Entrepreneurship	MS 3101	1+0
	Heating, Ventilation and Air Conditioning	ME 3303	3+0
	Heat Transfer and HVAC Lab	ME 3304L	0+1
	Introduction to Finite Element Method	ME 3106	2+0
	Introduction to Finite Element Method Lab	ME 3106L	0+1
	Islamic Studies	HU 2201	2+0
			total 18
Semester	Course Title	Course Code	Credit Hours
VII	Internal Combustion Engines	ME 4302	2+0
	Engineering Economics	MS 4407	2+0
	Mechanical Vibrations	ME 4101	3+0
	Machines and Vibrations Lab	ME 4103L	0+1
	ME Technical Elective – II	ME 4YZZ	2+0
	ME Design Project – I	ME 4903L	0+3
	Measurement and Instrumentation	ME 3103	2+0
	Measurement and Instrumentation Lab	ME 3103L	0+1
			total 16
Semester	Course Title	Course Code	Credit Hours
VIII	Control Engineering	ME 4102	2+0
	Control Engineering Lab	ME 4102 L	0+1
	ME Technical Elective – III	ME 4YZZ	2+0
	ME Design Project – II	ME 4904L	0+3
	Power Plants	ME 4623	3+0
	IC Engines & Power Plants Lab	ME 4303L	0+1
	Social Sciences Elective -I	HU XXXX	2+0
	Professional and Business Ethics	HU 4702	1+0
			total 15
			total credit hour 136

List Of Electives

Course Title
Technical Electives
Introduction to Finite Element Method	Advanced Finite Element Methods
Introduction to Robotics	Advanced Mechanics of Materials
Gas Dynamics	Process Control
Industrial Safety & Environment	Tool Design
Maintenance Engineering	Turbo-machinery
Industrial Quality Control & Assurance	Fluid Power: Hydraulics & Pneumatics
Introduction to Sustainable Energy	Introduction to Computational Fluid Dynamics
Energy Resources & Utilization	Aerodynamics
Renewable Energy Technologies	Aerospace Propulsion Systems
Fatigue & Fracture Mechanics
Technical Electives
Project Management	Financial Management
Principles of Management	Entrepreneurship
Social Media Marketing
Social Sciences Electives
Introduction to International Relations	Professional Ethics
Critical Thinking	Social Anthropology
Understanding Psychology and Human Behavior

OBE System

BE Mechanical Objectives and Outcomes

Mission Statement

To provide an education that builds within students a solid foundation in knowledge and practice of Mechanical Engineering, instills good ethics, develops effective communication skills and keeps pace with current relevant technologies to enable them to play a useful role in society.

Program Educational Objectives (PEOs)

Following are Program Educational Objectives (PEOs) graduates are expected to have after 3 to 5 years of graduation.

1. Be effective professional engineers grounded in sound engineering knowledge and practice.

2. Be responsible engineers, who exercise good ethics in their professional pursuits with due consideration to impact on society.

3. Be active engineers who advance their knowledge and adapt to technological changes in the field of mechanical engineering.

Program Learning Outcomes (PLOs)

Following are Program Learning Outcomes (PLOs) graduates are expected to have by the time of graduation.

1. Engineering Knowledge:

An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems.

2. Problem Analysis:

An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.

3. Design/Development of Solutions:

An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations.

4. Investigation:

An ability to investigate complex engineering problems in a methodical way including literature feedback, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions.

5. Modern Tool Usage:

An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations.

6. The Engineer and Society:

An ability to apply reasoning informed by contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to professional engineering practice and solution to complex engineering problems.

7. Environment and Sustainability:

An ability to understand the impact of professional engineering solutions in societal and environmental contexts and demonstrate knowledge of and need for sustainable development.

8. Ethics:

Apply ethical principles and commit to professional ethics and responsibilities and norms of engineering practice.

9. Individual and Team Work:

An ability to work effectively, as an individual or in a team, on multifaceted and /or multidisciplinary settings.

10. Communication:

An ability to communicate effectively, orally as well as in writing, on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

11. Project Management:

An ability to demonstrate management skills and apply engineering principles to one’s own work, as a member and/or leader in a team, to manage projects in a multidisciplinary environment.

12. Lifelong Learning:

An ability to recognize importance of, and pursue lifelong learning in the broader context of innovation and technological developments.

Linking PLOs to PEOs:

Mapping of individual PEO with PLOs is depicted in following table.

PLO No	PLOs	PEO 1	PEO 2	PEO 3
1	Engineering Knowledge	✓
2	Problem Analysis	✓
3	Design/Development of Solutions	✓
4	Investigation	✓
5	Modern Tool Usage			✓
6	Engineers and Society		✓
7	Environment and Sustainability		✓
8	Ethics		✓
9	Individual and Team Work	✓
10	Communication	✓
11	Project Management	✓
12	Lifelong Learning			✓

FEE STRUCTURE

Fee Structure

Program	One Time Charges		Per Semester
Program	Admission Fee	Caution Money(Refundable)	IT Charges	Misc. Charges	Lab Charges(Per Credit Hour)	Tution Fee (Per Credit Hour)
BE(Mechanical)	15,000	10,000	5,000	6,500	13,750	4,600
BE(Civil)	15,000	10,000	5,000	6,500	13,750	4,600
BE(Electrical)	15,000	10,000	5,000	6,500	9,000	4,600
BS(Computer Science)	15,000	10,000	5,000	6,500	10,000	4,600 (25% scholarship in Tuition Fee for all students of SECOND BATCH offered at DSU DCK Campus Only)
BS(Software Engineering)	15,000	10,000	5,000	6,500	10,000	4,600
BS(International Relations)	10,000	5,000	5,000	6,500	–	4,000 (25% scholarship available for second batch only @ Rs. 3000 per CH)
BS(English)	10,000	5,000	5,000	6,500	–	4,000 (25% scholarship available for second batch only @ Rs. 3000 per CH)
BBA	15,000	10,000	5,000	6,500	–	4,600
BS(Accounting and Finance)	15,000	10,000	5,000	6,500	–	4,600
MBA	15,000	10,000	5,000	6,500	–	4,600
MS/ME	15,000	10,000	5,000	6,500	–	4,600
PhD	15,000	10,000	5,000	6,500	–	4,600

Programs	1st Semester Fee Amount	Sem Fee (without Adm & C/ Money)	Credit Hours 1st Semester
BE(Mechanical)	151,300	126,300	13 + 4
BE(Civil)	142,100	117,100	11 + 4
BE(Electrical)	132,500	107,500	15 + 3
BS(Computer Science)	120,900	95,900	14 + 2
BS(Software Engineering)	130,100	105,100	16 + 2
BS(International Relations)	71,500 (with 25% scholarship available for second batch only)	56,500	15 + 0
BS(English)	71,500 (with 25% scholarship available for second batch only)	56,500	15 + 0
BBA	110,100	85,100	16 + 0
BS(Accounting and Finance)	110,100	85,100	16 + 0

Semester	BBA/BS(A&F)		BS (CS)		BS (SE)		BS (IR)		BS (ENG)		BE (EE)		BE (ME)		BE (CE)
Semester	Theory Cr. Hr.	Lab Cr. Hr.	Theory Cr. Hr	Lab Cr. Hr.	Theory Cr. Hr	Lab Cr. Hr.	Theory Cr. Hr	Lab Cr. Hr.	Theory Cr. Hr	Lab Cr. Hr.	Theory Cr. Hr.	Lab Cr. Hr.	Theory Cr. Hr.	Lab Cr. Hr.	Theory Cr. Hr.	Lab Cr. Hr.
I	16	–	14	2	16	2	15	0	15	0	15	3	13	4	11	4
II	18	–	14	3	17	1	15	0	15	0	14	3	14	4	12	5
III	18	–	16	2	15	1	15	0	15	0	15	3	15	3	11	5
IV	18	–	15	2	14	3	15	0	15	0	15	3	14	4	18	1
V	18	–	18	–	14	2	15	0	15	0	15	3	15	1	13	4
VI	18	–	18	–	18	0	15	0	15	0	15	3	16	2	14	3
VII	18	–	19	–	12	3	15	0	15	0	14	4	11	5	11	6
VIII	12	–	13	–	9	3	15	0	15	0	11	4	10	5	14	4

Notes :

25% scholarship in Tuition Fee for all students of SECOND BATCH of BS English, BS International Relations offered at DSU Main Campus and BS CS being offered at DSU DCK Campus Only
The University reserves the right to change fee/charges on yearly basis.
MS/PhD Research Fee will be charged as per credit hour Tuition Fee.
PhD Comprehensive Examination Fee is RS. 5000/-
There will be an additional fee for PhD Thesis evaluation by foreign evaluators.
Advance Tax (under section 236-I) shall be collected @ 5% on the entire amount of fee (if the student’s payable fee exceeds Rs. 200,000/- per annum, excluding the amount refundable).

http://download1.fbr.gov.pk/Docs/201372214742171992013CIRCULAR06.pdf

BE Mechanical
Engineering

Introduction

Faculty

Mechanical Engineering Laboratories

Careers

Industrial Liaison

Eligibility Criteria for BE (Mechanical Engineering)

Note:

Required Documents

OPTIONAL:

List Of Electives

BE Mechanical Objectives and Outcomes

Mission Statement

Program Educational Objectives (PEOs)

Program Learning Outcomes (PLOs)

1. Engineering Knowledge:

2. Problem Analysis:

3. Design/Development of Solutions:

4. Investigation:

5. Modern Tool Usage:

6. The Engineer and Society:

7. Environment and Sustainability:

8. Ethics:

9. Individual and Team Work:

10. Communication:

11. Project Management:

12. Lifelong Learning:

Linking PLOs to PEOs:

Fee Structure

Notes :

ABOUT US

ACADEMICS

Facilities & Services

LIFE AT DSU

CONNECT DSU

BE Mechanical Engineering

Introduction

Faculty

Mechanical Engineering Laboratories

Careers

Industrial Liaison

ABOUT US

ACADEMICS

Facilities & Services

LIFE AT DSU

CONNECT DSU

BE Mechanical
Engineering