Program Goals (effective Spring 2018-2019):

The BSc Program in Industrial Engineering and Engineering Management (IEEM) has the following educational objectives: 

1. Graduates are expected to use modern tools and analytical skills to provide creative, innovative and effective solutions to problems related to industrial engineering and engineering management in a variety of industries.
2. Graduates are expected to pursue further learning through participation in continuing education and/or graduate studies, and contribute to professional practice.
3. Graduates are expected to assume leadership roles and  responsibility in diverse positions and act ethically according to socio-cultural norms.
4. Graduates are expected to possess good interpersonal communication skills and work effectively in a team or individually.  
   

Student Learning Outcomes:
Upon successful completion of the BSc program in IEEM, graduates will have:

1- An ability to apply knowledge of mathematics, science, management and  engineering in identifying, formulating, and solving Industrial Engineering and Engineering Management problems. 
2- An ability to apply engineering design of integrated systems of people, materials, information, facilities and technology, to solve Industrial Engineering and Engineering Management problems with consideration of health, environment, safety, globalization as well as cultural, social and economic factors. 
3- An ability to communicate effectively with diverse audience. 
4- An ability to recognize professional and ethical responsibilities in solving Industrial Engineering and Engineering Management problems using contemporary knowledge with consideration of the impact of engineering solutions in global, economic, environmental, and social context .
5- An ability to work in a multi-disciplinary team that establishes goals, plans tasks, meets objectives and provides leadership in a collaborative and inclusive environment.
6- An ability to design and conduct experiments, analyze and interpret data to draw conclusions using modern Industrial Engineering and Engineering Management tools.
7- An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

 

Study Plan Effective 2016-17 (134 Credits)

Year I, Semester 1 (17 Credits)	​	​	​
Course #	Title	CrHrs	Prerequisites
0201102	Arabic Language	3
0202112	English for Academic Purposes	3	500 TOEFL or 5 IELTS
1420101	General Chemistry	3
1420102	General Chemistry 1 Lab	1	Pre/Co: 1420101
1430115	Physics 1	3	Pl. Test or 1430106; Pre/Co 14430133
1430116	Physics 1 Lab	1	Pre/Co: 1430115
1440133	Calculus 1 for Engineers	3	Placement Test or 1440098

 

Year 1, Semester 2 (17 Credits)	​	​	​
Course #	Title	CrHrs	Prerequisites
0104101	Islamic Culture	3
0302160	Principles of Management	3
0301150	Introduction to Economics (E)	3
0405103	Intro. to Ind. Eng. & Eng. Man.	1
1430117	Physics 2	3	1430115; 1430116
1430118	Physics 2 Lab	1	Pre/Co 1430117
1440161	Calculus 2 for Engineers	3	1440133

 

 

Year 2, Semester 3 (16 Credits)	​	​	​
Course #	Tile	CrHrs	Prerequisites
0202110	Speech Communication	3	0202112
1440211	Linear Algebra	3	144013
0301215	Accounting for Engineers	3
0405221	Eng. Probability and Statistics	3	1440133
0405102	Engineering Graphics	1
1411113	Programming for Engineers	3

 

Year 2, Semester 4 (18 Credits)

Course #	Title	CrHrs	Prerequisites
0202207	Technical Writing	3	0202112
1440261	Differential Equations for Engineers	3	1440161
0405202	Manufacturing Processes	3	0405102, 0405103, 1420101 for IEEM; 0406302 for ME st.
0405262	Database Management and Industrial Information Systems	3	1411113
0402207	Applied Electronic Circuits	3	1430117
0302200	Fundamentals of Innovation	3

 

 

Year 3, Semester 5 (16 Credits)	​	​	​
Course #	Title	CrHrs	Prerequisites
0401301	Engineering Economics	3	3rd Year Standing
0405312	Operations Research I	3	1440211; 1440261
0405322	Engineering Statistics	3	0405221
0405341	Ergonomics and Work and Process Improvement	4	0405221; Pre/Co 0405202
	University Elective 1	3

 

Year 3, Semester 6 (16 Credits)	​	​	​
Course #	Title	CrHrs	Prerequisites
0405361	Management for Engineers	3	0301150, 0301215, 0302160
0405323	Quality Control and Improvement	3	0405322
0405325	Stochastic Simulation	4	0405322, 0405312
0405431	Production and Inventory Systems	3	0405221, 0405312
	Department Elective 1	3

 

Year 3, Summer Training (0 Credits)	​	​	​
Course #	Title	CrHrs	Prerequisites
0405490	Practical Training for 6-8 weeks	0	Completion of at least 90 credit hours

 

Year 4, Semester 7, Co-op Option I (15 Credits)	​	​	​	​
Course #	Tile	CrHrs	Prerequisites	​
0405440	Industrial Automation	3	0402207; 0405202
0405442	Safety for Engineers	3	0405341
0405464	Project Management	3	0401301, 0405361
	Department Elective 2	3
	University Elective 2	3

 

Year 4, Semester 8, Co-op Option I (16 Credits)	​	​	​
Course #	Title	CrHrs	Prerequisites
0405432	Facilities Planning	3	0405341
0405433	Supply Chain Management	3	0405431
0405497	Co-op in Industry I	1	Pre/Co 0202207; senior standing
	Department Elective 3	3
	Department Elective 4	3
	University Elective 3	3

 

Year 5, Semester 9, Co-op Option I (3 Credits)	​	​	​
Course	Title	CrHrs	Pre/Co-requisites
0405498	Co-op in Industry	3	0405997 and Department Approval

 

Year 4, Semester 7, Senior Project Option II (16 Credits)	​	​	​
Course #	Tile	CrHrs	Prerequisites
0405440	IndustrialAutomation	3	0402207; 0405202
0405442	Safety for Engineers	3	0405341
0405464	Project Management	3	0401301, 0405361
0405491	Senior Design Project I	1	Pre/Co 0202207; Senior Standing
	Department Elective 2	3
	University Elective 3	3

 

Year 4, Semester 8, Senior Project Option II (18 Credits)	​	​	​
Course	Title	CrHrs	Prerequisites
0405432	Facilities Planning	3	0405341
0405433	Supply Chain Management	3	0405431
0405492	Senior Design Project II	3	0405491 or 0405497
	Department Elective 3	3
	Department Elective 4	3