Faculty of Engineering

Department of Mechanical Engineering

Mechanical engineering is a rich and interesting field of engineering because it deals with almost everything that moves in the universe. Mechanical engineers solve many of the world's most pressing issues and problems, such as energy, health and environmental engineering, robotics, advanced manufacturing technologies, land, air and sea transportation, both above and below the surface of the water, as well as outer spaceships, etc. These are just a few applications from a long list of challenges facing our society. It can be said that the vehicles we ride, the planes we fly, the ships and submarines we travel in, and the spaceships that take us to outer space and other planets are mostly designed by mechanical engineers.


Mechanical Engineering Department Chair: Dr. Abdul Rahman bin Dhaifullah Al-Jabri


Head of the Department is responsible for managing the academic, administrative and financial affairs of the department, and is responsible for implementing the regulations and systems of the Higher Education Council. He submits a report on the department’s work to the dean at the end of each academic year. The head of the department is appointed from among the distinguished Saudi faculty members with academic and administrative competencies by a decision of the university president based on the nomination of the dean of the faculty or institute. The appointment is for a period of two years, that is extendable.


Duties of the Department Chair:


Administrative and Financial Affairs

 1- Chairing the department council, supervising the organization of its affairs, inviting attendees to its sessions, implementing its decisions, and sending minutes of its sessions to the dean of the faculty.

2- Achieving the university’s higher goals and policies.

3- Implementing the Faculty Council’s decisions regarding the department.

4- Supervising the preparation of the department’s strategic plan and following up on its implementation.

5- Supervising the management of the department’s educational, research, administrative, financial and cultural affairs.

6- Supervising the development of the department administratively, academically and research-wise. 

7- Coordinating and developing the department’s relations inside and outside the university.

8- Supervising the provision of all educational, research, administrative and financial requirements of the department.

9- Supervising the improvement of quality and development of its outputs. 

10- Implementation and follow up on the decisions of the department council. 

11- Carrying out the powers delegated to him by the Dean of the Faculty. 

12- Reporting to the Dean of the Faculty any violations committed by a faculty member or someone in a similar position, such as failure to fulfill the required duties or any other violations. 

13- Submitting a report on the progress of postgraduate studies in the department to the Dean of the Faculty and the Dean of Postgraduate Studies at the end of each academic year. 


Academic Affairs

 1- Submitting a comprehensive report on the scholarship recipient’s academic trip if it is within the Kingdom and under the supervision of the department and submitting it to the Faculty Council.

2- Supervising the educational process, implementing its plans, and developing its academic programs in the department.

3- Implementing quality, evaluation and academic accreditation systems and regulations.

4- Supervising various student activities in the department.

5- Monitoring exam performance and maintaining order within the department.

6- Supervising the academic development process of the department’s programs. 

7- Preparing a comprehensive annual report on the progress of study and academic, administrative and research performance in the department and submitting it to the Dean of the faculty.

8- Supervising the recruitment of faculty members in the department.

9- Submitting the report of the Scientific Theses Discussion Committee to the Dean of Graduate Studies within a period not exceeding three weeks from the date of the discussion

10- Member suggestion for different departmental committees/tasks


Council Tasks:

 1- Recommending the appointment, endorsement, delegation, and promotions of faculty members, teaching assistants, and lecturers.

2- Recommending the approval or amendment of study plans.

3- Recommending the approval of the department’s curricula, prescribed books and references.

4- Encouraging department members to prepare scientific research, coordinate it, and work on publishing it.

5- Proposing the names of part-time personnel with prominent academic standing to teach or supervise scientific research and theses. 

6- Proposing and recommending visiting specialists, whether Saudi or otherwise, for a specific period to teach in the department.

7- Submitting a report to the Faculty Council on the status of the scholarship students in their studies after half of the period has passed.

8- Submitting a detailed annual report on the status of scholarships in the department to the FacultyCouncil after its approval.

9- Proposing mechanisms/protocols for admission and transfer to and from the department.

10- Proposing the necessary plans for postgraduate studies and admission regulations to the department.

11- Reviewing the report submitted on the achievements of the faculty member during the academic sabbatical.  

12- Reviewing anything referred/assigned by the Faculty Council, its President, or its representatives for study and expressing an opinion. 

13- Forming permanent or temporary committees from among faculty members


Council Members

ME Program Educational Objectives (PEOs)

The Mechanical Engineering (ME) undergraduate program is designed to fulfill the Program's Educational Objectives (PEOs) that lead to a Bachelor of Science degree in Mechanical Engineering, producing graduates who:

• PEO 1: Successfully integrate the fundamentals of mechanical engineering, skills, tools and design practices to develop innovative solutions to complex technological problems within a context of economical, societal, ethical and environmental constraints.

• PEO 2: Advance their careers as measured by leadership, communication skills, ability to work with multi-disciplinary and multi-cultural teams, promotions, salaries, career satisfaction, awards, recognitions, entrepreneurial activities, development of products or processes, patents, and/or publications.

• PEO 3: Participate in life-long learning to acquire new expertise, as measured by post-graduate education, continuing education and/or licensure, registration with professional societies.

• PEO 4: Contribute to local, national and international societies by providing professional, community and research services with integrity and sensitivity to global societal issues within the context of Islamic values.


Student Outcomes

The following Student Outcomes (SOs) have been adopted by the Faculty of Engineering:

Student Outcome 1 (SO_1): Problem Solving

SO_1: an ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics

Student Outcome 2 (SO_2): Engineering Design

SO_2: an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors

Student Outcome 3 (SO_3): Communication

SO_3: an ability to communicate effectively with a range of audiences

Student Outcome 4 (SO_4): Ethical Responsibility 

SO_4: an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts

Student Outcome 5 (SO_5): Teamwork

SO_5: an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives

Student Outcome 6 (SO_6): Analysis and Experimentation

SO_6: an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions

Student Outcome 7 (SO_7): New Knowledge

SO_7: an ability to acquire and apply new knowledge as needed, using appropriate learning strategies


Selected photos from the Civil Engineering Department Labs


 

Manufacturing Lab

 


----------------------

Fluid Mechanics Lab



----------------------

Thermodynamics Lab

----------------------

 Heat-Transfer Lab


 

----------------------

3D Printing Lab

 


----------------------

Theory of Machines


MECHANICAL ENGINEERING DEPARTMENT

5 Years Bachelor's Degree 45X Plan: FIRST YEAR

 

1st Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.



1

University Skills

USK 3111

2

-

1

-

2

Computing and Information Technology

CIT 3110

1

2

2

-

3

Algebra & Geometry

MATH 3140

3

-

3

-

4

English Language 1

ELAN 3111

-

15

3

-

5

Calculus 1

MATH 3111

3

-

3

-

6

General Chemistry 1

CHEM 3111

3

2

4

-

Total

12

19

16


 

 

 

2nd Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.



1

English Language 2

ELAN 3112

-

15

3

ELAN 3111

2

General Physics 1

PHYS 3111

3

2

4

-

3

General Statistics

STAT 3111

3

-

3

-

4

Entrepreneurship

MNGT 3111

2

-

1

-

5

Calculus 2

MATH 3112

3

-

3

MATH 3111

6

Noble Quran 1

QRA 3009

1

-

1

-

Total

12

17

15


   

 

5 Years Bachelor's Degree 45X Plan: SECOND YEAR

 

3rd Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Advanced English Language

ELAN 3224

3

-

3

ELAN 3112

2

Linear Algebra

MATH 3241

3

-

3

MATH 3112

3

Calculus 3

MATH 3213

3

-

3

MATH 3112

4

Introduction to Programming

CCS 3074

2

2

3

CIT 3110,
MATH 3140

5

Engineering Graphics

ENGR 3111

2

2

3

-

6

Noble Quran 2

QRA 3010

1

-

1

QRA 3009

7

Sunnah and Sirah

SNH 3020

2

-

2

-

Total

18

4

18


  

 

 

4th Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Technical English and Report Writing

ELAN 3225

3

-

3

ELAN 3224

2

Differential Equations

MATH 3201

3

-

3

MATH 3213

3

Numerical Analysis 1

MATH 3321

3

-

3

MATH 3213

4

General Physics 2

PHYS 3212

3

2

4

PHYS 3111

5

Creativity in Engineering Design

ENGR 3020

2

2

3

ELAN 3224,
CCS 3074

6

Islamic Values

ICUL 3001

2

-

2

-

Total

16

4

18


 

 

 

5 Years Bachelor's Degree 45X Plan: THIRD YEAR

 

 

5th  Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Mechanical Measurements and Instrumentation

ME 3381

2

-

2

-

2

Materials Science

ME 3311

2

2

3

CHEM 3111

3

Mechanical Engineering Drawing

ME 3302

2

2

3

ENGR 3111

4

Statics

CE 3301

3

-

3

PHYS 3212

5

Fundamentals of Electrical Engineering

ENGR 3400

3

-

3

PHYS 3212

6

History of the Kingdom

TRKH 3008

2

-

2

-

7

Fiqh

JUR 3010

2

-

2

-

Total

16

4

18


  

 

 

6th Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Applied Mathematics Methods

MATH 3031

3

-

3

MATH 3201

2

Dynamics

ME 3421

3

-

3

CE 3301

3

Thermodynamics I

ME 3461

3

-

3

MATH 3111,
PHYS 3212

4

Mechanics of Materials

ME 3412

2

2

3

CE 3301,
MATH 3111

5

Engineering Economics and Project Management

ENGR 3030

3

-

3

-

6

Scientific Computing Languages

ENGR 3033

2

2

3

CCS 3074,
MATH 3112

Total

16

4

18


 

 

5 Years Bachelor's Degree 45X Plan: FOURTH YEAR

 

 

7th Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Machine Design I

ME 3613

3

-

3

ME 3412

2

Manufacturing Technology

ME 3631

2

2

3

ME 3311

3

Theory of Machines

ME 3522

2

2

3

ME 3421

4

Thermodynamics II

ME 3562

3

-

3

ME 3461

5

Fluid Mechanics

ME 3563

2

2

3

MATH 3213,
PHYS 3212

6

Aqidh

CRED 3006

3

-

3

-

Total

15

6

18


 

 

8th Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Heat Transfer

ME 3664

2

2

3

ME 3563

2

Machine Design II

ME 3714

3

-

3

ME 3613

3

Mechanical Vibration

ME 3623

3

-

3

ME 3522

4

Innovation and Entrepreneurship

ENGR 3021

2

-

2

ENGR 3030

5

Engineering Ethics

ENGR 3050

2

-

2

ICUL 3001

6

Probability and Statistics for Engineers

ENGR 3031

3

-

3

MATH 3112

7

Noble Quran 3

QRA 3011

1

-

1

QRA3009,
QRA 3010

Total

16

2

17


 

 

4thYear Summer Session - Practical Training

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Co-op Training

ME 3691

-

320

3

ELAN 3225, ENGR 3020, ME 3311, ME 3461

Total


320

3









 

5 Years Bachelor's Degree 45X Plan: FIFTH YEAR

 

 

9th Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Automatic Control

ME 3824

2

2

3

MATH 3031, ME 3421

2

ME Elective 1

ME 3xxx

3

-

3

As per Table of ME Electives

3

ME Elective 2

ME 3xxx

3

-

3

As per Table of ME Electives

4

Senior Design Project I

ME 3792

-

4

2

ME 3631, ME 3562, ME 3613

5

Power Plants & Desalination

ME 3872

3

-

3

ME 3562,
ME 3664

6

Noble Quran 4

QRA 3012

1

-

1

QRA 3009, QRA 3010, QRA 3011

Total

12

6

15


  

 

 

10th Semester Courses

 

COURSE TITLE

CODE/NO.

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Refrigeration & Air Conditioning

ME 3771

2

2

3

ME 3562,
ME 3664

2

ME Elective 3

ME 3xxx

3

-

3

As per Table of ME Electives

3

ME Elective 4

ME 3xxx

3

-

3

As per Table of ME Electives

4

Senior Design Project II

ME 3893

-

4

2

ME 3792

5

Language Skills

LIT 3004

2

-

2

-

Total

10

6

13


 

 

Total Credit Hours for Graduation: 31+ 138 = 169

 

 

 


 

List of ME Elective Courses

 

COURSE TITLE

CODE/NO

UNITS

C.H.

PRE-REQUISITES

Th.

Pr.

1

Energy Efficiency

ME 3752

3

-

3

ME 3461

2

Nano-Technology

ME 3701

3

-

3

ME 3311, ME 3412

3

Computer Graphics

ME 3702

3

-

3

ME 3302, MATH 3031, ENGR 3033

4

Robotics

ME 3703

3

-

3

ENGR 3033, MATH 3031

5

High-Tech Entrepreneurship

ME 3704

3

-

3

ENGR 3021

6

Modeling and Simulation

ME 3705

3

-

3

ENGR 3033, ME 3302, ME 3563

7

Experimental Stress Analysis

ME 3711

3

-

3

ME 3412, ME 3613

8

Mechatronics

ME 3712

3

-

3

ENGR 3033 ME 3613

9

Finite Element Method

ME 3713

3

-

3

ME 3412, ME 3563

10

Design for Manufacturing

ME 3718

3

-

3

ME 3631

11

Theory of Elasticity

ME 3715

3

-

3

ME 3412

12

Composite Materials

ME 3716

3

-

3

ME 3311

13

Fracture Mechanics

ME 3717

3

-

3

ME 3412

14

Industrial Management

ME 3731

3

-

3

ENGR 3030

15

Plasticity and Metal Forming

ME 3732

3

-

3

ME 3412, ME 3631

16

Manufacturing Processes

ME 3733

3

-

3

ME 3631

17

Total Quality Management

ME 3734

3

-

3

ENGR 3030, ENGR 3031

18

Operational Research

ME 3735

3

-

3

ENGR 3031, ENGR 3030

19

Material Removal Processes

ME 3736

3

-

3

ME 3631

20

Organizational Behavior

ME 3737

3

-

3

ENGR 3030, ENGR 3050

21

Industrial Automation

ME 3738

3

-

3

ME 3631

22

Computer Integrated Manufacturing

ME 3739

3

-

3

ME 3631

23

Heating, Ventilation and Air Conditioning (HVAC)

ME 3741

3

-

3

-

24

Alternate Fuels

ME 3761

3

-

3

ME 3664

25

Compressible Fluid Flow

ME 3762

3

-

3

ME 3563

26

Renewable Energy

ME 3777

3

-

3

ME 3562

27

Internal Combustion Engines

ME 3772

2

2

3

ME 3664

28

Solar Energy

ME 3773

3

-

3

ME 3562

29

Energy Management

ME 3774

3

-

3

ME 3664

30

Environmental Engineering and Emission Control

ME 3775

3

-

3

ME 3872

31

Turbomachinary

ME 3776

3

-

3

ME 3714, ME 3563

32

Co-op Program

ME 3793

-

800

-

ELAN 3225, ENGR 3020, ME 3311, ME 3461

33

Introduction to Computational Fluid Dynamics

ME 3763

3

-

3

ME 3563, ME3664

34

Topics in mechanical Engineering

ME 3781

3

-

3

ME 3562, ME 3631, ME 3613

35

Special topics in mechanical Engineering

ME 3782

2

2

3

ME 3562, ME 3631, ME 3613

36

Advanced Mechanics of Materials

ME 3783

2

2

3

ME 3412

37

Advanced Fluid Mechanics

ME 3784

3

0

3

ME 3563

38

Introduction to Artificial Intelligence

ME 3785

3

-

3

MATH 3241, ENGR 3033

 

Name of the Program: Bachelor of Science in Mechanical Engineering



Give official fall term enrollment figures (head count) for the current and preceding four academic years and undergraduate and graduate degrees conferred during each of those years.  The "current" year means the academic year preceding the on-site visit.  


FT--full time PYP--Preparatory year (Not included in 4 years plan)

PT--part time ENGR--Common for all engineering Programs