Graduate School of Engineering

Master of Science Degree Requirements


Mechanical & Industrial Engineering 

To be eligible for admission to any of the Master’s Degree programs a prospective student must hold a Bachelor of Science degree in engineering, science, mathematics, or an equivalent field. Students may pursue any program either on a full- or part-time basis, however restrictions may apply as described below.

Degree Programs:

Computer Systems Engineering - Engineering Software Design
Engineering Management
Mechanical Engineering
Industrial Engineering
Operations Research

Students who receive financial support from the University in the form of a research, teaching, or tuition assistantship must complete an eight semester hour Thesis. Other students may choose to complete a Thesis or pursue their degree on a coursework-only basis. Students who complete the Thesis Option must make a presentation at a Thesis Defense before approval by the department.

All graduate students in mechanical engineering must complete the Technical Writing Seminar, MEIE 6800, and perform effectively in the Department Seminar Series during their first year of full-time study. Graduate students in industrial engineering are strongly encouraged to participate in these activities.  If appropriate, part-time students may petition the graduate committee to waive these requirements.

Computer Systems Engineering

All Computer Systems Engineering students are expected to have a Bachelor’s degree in some field of engineering or computer science. Knowledge of the C programming language is assumed. The four required courses for each concentration are given below. Students may choose four elective courses from the list below. In addition to the elective courses listed below, students may take courses in the Department of Electrical and Computer Engineering and the College of Computer and Information Science upon approval of their Program Adviser. Students may also choose to complete an eight semester hour Thesis in lieu of two elective courses.

Students interested in pursuing research related to Computer Systems Engineering beyond the Master of Science degree may apply to the Interdisciplinary Doctor of Philosophy in Engineering.


Degree Requirements Engineering Software Design
Required Core Courses 16 SH
Elective Courses 16 SH
Minimum Semester Hours Required 32 SH

 

Core Courses – Engineering Software Design Concentration Credits
CSYE 6200 or Concepts of Object-Oriented Design 4
CYSE 6205 Concepts of Object-Oriented Design with C++ 4
CSYE 6220 Enterprise Software Development 4
CSYE 7230 Software Engineering 4
CSYE 7945 Software Engineering Project 4

Electives

Students may choose any of the following electives. Students may take elective coursework outside this list with the approval of their Program adviser.

Electives
Credits
CSYE 5240 Computer-Aided Design and Manufacturing 4
CSYE 5250 Robot Mechanics and Control 4
CSYE 6210 Component Software Development 4
CSYE 6220 Enterprise Software Development 4
CSYE 7215 Foundations of Parallel, Concurrent and Multithread Programming 4
CSYE 7225 Mobile Wireless Computing 4
CSYE 7230 Software Engineering 4
CSYE 7260 Manufacturing Methods and Techniques 4
CSYE 7270 Building Virtual Environments 4
CSYE 7280 Human-Computer Interaction 4
CSYE 7374 Special Topics in Computer Systems Engineering 4
CSYE 7978 Independent Study 4
EMGT 5220 Engineering Project Management 4
INFO 6210 Data Management and Database Design 4
INFO 6220 Operating Systems and Computer Architecture 4
INFO 6225 Networks, Telecommunications and Distributed Computing 4
INFO 6240 C++ Object Oriented Design 4
INFO 6250 Web Development Tools and Methods 4
IE 6200 Engineering Probability and Statistics 4
IE 7215 Simulation Analysis 4
IE 7315 Human Factors 4
IE 7615 Expert Systems and Neural Networks 4
OR 6205 Deterministic Operations Research 4

Thesis Credits
CSYE 7990 Thesis 4-8
CSYE 7996 Thesis Continuation 0


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Engineering Management


Degree Requirements with Project with Thesis Coursework Only
Required Core Courses 16SH 16SH 16SH
Elective Courses 12SH 8SH 16SH
Project/Thesis 4SH 8SH -
Minimum Semester Hours Required 32SH 32SH 32SH

Core Courses Credits
EMGT 5220 Engineering Project Management 4
EMGT 6225 Economic Decision Making 4
IE 6200 Engineering Probability and Statistics 4
OR 6205 Deterministic Operations Research 4

Electives

Students may choose any of the following electives and are not bound by any one category. The courses appear under various subject headings for information purposes only. Students may take coursework outside this list with the approval of their adviser.  For courses outside the list given below, a petition form must be submitted to the student’s adviser, and approved by the Graduate School of Engineering.

Operations Research Credits
OR 7230 Probabilistic Operation Research 4
OR 7235 Inventory Theory 4
OR 7240 Integer and Nonlinear Optimization 4
OR 7245 Network Analysis and Advanced Linear Programming 4
OR 7250 Multi-Criteria Decision Making 4

Human Factors Credits
CSYE 7270 Building Virtual Environments 4
CSYE 7280 Human-Computer Interaction 4
IE 7280 Statistical Methods in Engineering 4
IE 7315 Human Factors Engineering 4
IE 7615 Neural Networks in Engineering 4

Manufacturing Credits
CSYE 7260 Manufacturing Methods and Techniques 4
IE 7255 Manufacturing Processes 4
IE 5620 Mass Customization 4
IE 7270 Intelligent Manufacturing 4
IE 7315 Human Factors Engineering 4

Quality and Reliability Credits
IE 7280 Statistical Methods in Engineering 4
IE 7285 Statistical Quality Control 4
IE 7290 Reliability Analysis and Risk Assessment 4

Computer Systems Engineering Credits
CSYE 6200 Concepts of Object-Oriented Design 4
CSYE 6210 Component Software Development 4
CSYE 6220 Enterprise Software Development 4
CSYE 7230 Software Engineering 4
CSYE 7270 Building Virtual Environments 4
CSYE 7280 Human-Computer Interaction 4
IE 7315 Human Factors Engineering 4
IE 7615 Neural Networks in Engineering 4

Engineering Management Credits
EMGT 5220 Engineering Project Management 4
EMGT 6225 Economic Decision Making 4
EMGT 5300 Engineering/Organizational Psychology 4
EMGT 6305 Financial Management for Engineers 4
OR 7310 Logistics, Warehousing, and Scheduling 4

Project/Thesis Credits
OR 7945 Master’s Project 4
OR 7990 Thesis 1-8
OR 7996 Thesis Continuation 0


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Industrial Engineering

Degree Requirements With Project With Thesis Coursework Only
Required Core Courses 16SH 16SH 16SH
Elective Courses 12SH 8SH 16SH
Project/Thesis 4SH 8SH 0SH
Minimum Semester Hours Required 32SH 32SH 32SH

Core Courses Credits
IE 6200 Engineering Probability and Statistics 4
OR 6205 Deterministic Operations Research 4
And two of the following three courses:
IE 7210 Production Systems 4
IE 7215 Simulation Analysis 4
IE 7315 Human Factors Engineering 4

Electives

Students may choose any of the following electives and are not bound by any one category. The courses appear under various subject headings for information purposes only. Students may take elective coursework outside this list with the approval of their adviser.

Operations Research Credits
OR 7230 Probabilistic Operation Research 4
OR 7235 Inventory Theory 4
OR 7240 Integer and Nonlinear Optimization 4
OR 7245 Network Analysis and Advanced Linear Programming 4
OR 7250 Multi-Criteria Decision Making 4

Human Factors Credits
CSYE 7270 Building Virtual Environments 4
CSYE 7280 Human-Computer Interaction 4
IE 7280 Statistical Methods in Engineering 4
IE 7315 Human Factors Engineering 4
IE 7615 Neural Networks in Engineering 4

Manufacturing Credits
CSYE 7260 Manufacturing Methods and Techniques 4
IE 7255 Manufacturing Processes 4
IE 5620 Mass Customization 4
IE 7270 Intelligent Manufacturing 4
IE 7315 Human Factors Engineering 4

Quality and Reliability Credits
IE 7280 Statistical Methods in Engineering 4
IE 7285 Statistical Quality Control 4
IE 7290 Reliability Analysis and Risk Assessment 4

Computer Systems Engineering Credits
CSYE 6200 Concepts of Object-Oriented Design 4
CSYE 6210 Component Software Development 4
CSYE 6220 Enterprise Software Development 4
CSYE 7230 Software Engineering 4
CSYE 7270 Building Virtual Environments 4

Engineering Management Credits
EMGT 5220 Engineering Project Management 4
EMGT 6225 Economic Decision Making 4
EMGT 5300 Engineering/Organizational Psychology 4
EMGT 6305 Financial Management for Engineers 4
OR 7310 Logistics, Warehousing, and Scheduling 4

Project/Thesis Courses Credits
IE 7945 Master’s Project 4
IE 7990 Thesis 2-8
IE 7996 Thesis Continuation 0


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Mechanical Engineering

Students must select all required coursework from the list below.  A typical program consists of six or more Mechanical Engineering or Materials Engineering courses (courses with the ME or MATL prefix).  Each student's academic adviser must approve all courses prior to registration. Students may not use any courses taken without the approval of the academic adviser towards the 32 SH minimum. However, students may petition the Mechanical & Industrial Engineering Graduate Committee to substitute no more than one (4 SH) graduate-level course from outside the approved list.

Degree Requirements With Thesis Coursework only
Courses (with approval of adviser) 24SH 32SH
Thesis 8SH 0SH
Minimum Semester Hours Required 32SH 32SH

List of Graduate Courses Credits
ME xxxx or
MATL xxxx
Any ME or MATL course except for Independent Study and Directed Study 4
CSYE 5250 Robot Mechanics and Control 4
CSYE 7260 Manufacturing Methods and Techniques 4
EMGT 5220 Engineering Project Management 4
EMGT 5300 Engineering/Organizational Psychology 4
EMGT 6225 Economic Decision Making 4
EMGT 6305 Financial Management for Engineers 4
IE 7315 Human Factors Engineering 4
OR6205 Deterministic Operations Research 4
OR7230 Probabilistic Operations Research 4



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Operations Research

The Mechanical & Industrial Engineering Department, and the Mathematics Department in the College of Science, offer the Master of Science in Operations Research program jointly. Therefore, an applicant may apply for admission to either one of the two departments, and will earn the MSOR degree from the college in which they enroll.

Degree Requirements with Project with Thesis Coursework Only
Required Core Courses 16SH 16SH 16SH
Elective Courses 12SH 8SH 16SH
Project/Thesis 4SH 8SH -
Minimum Semester Hours Required 32SH 32SH 32SH

Core Courses Credits
IE 6200 or Engineering Probability and Statistics 4
MATH 7241 Probability 1 4
OR 7230 or Probabilistic Operations Research 4
MATH 7341 Probability 2 4
OR 6205 Deterministic Operations Research 4
MATH 7234 Optimization and Complexity 4

Electives

Students may choose any of the following electives and are not bound by any one category. The courses appear under various subject headings for information purposes only. Students may take coursework outside this list with the approval of their adviser.

Mathematical Modeling and Optimization Credits
EECE 7360 Combinatorial Optimization 4
OR 7235 Inventory Theory 4
OR 7240 Integer and Nonlinear Optimization 4
OR 7245 Network Analysis and Advanced Linear Programming 4
OR 7250 Multi-Criteria Decision Making 4
OR 7260 Constraint Programming 4
OR 7310 Logistics, Warehousing, and Scheduling 4

Applied Statistics Credits
IE 7280 Statistical Methods in Engineering 4
IE 7285 Statistical Quality Control 4
IE 7290 Reliability Analysis and Risk Assessment 4
MATH 7342 Mathematical Statistics 4
MATH 7346 Time Series 4
MATH 7347 Statistical Decision Theory 4

Computer Systems Engineering Credits
CS 5800 Algorithms 4
CS 7805 Theory of Computation 4
CSYE 6200 Concepts of Object-Oriented Design 4
CSYE 6210 Component Software Development 4
IE 7275 Data Mining in Engineering 4
IE 7315 Human Factors Engineering 4
IE 7615 Neural Networks in Engineering 4
INFO 6205 Advanced Application Engineering and Development 4

Industrial Engineering Credits
EMGT 5220 Engineering Project Management 4
EMGT 6225 Economic Decision Making 4
IE 7210 Production System 4
IE 7215 Simulation Analysis 4
IE 7315 Human Factors Engineering 4

Mathematics Credits
MATH 7231 Discrete and Computational Geometry 4
MATH 7232 Combinatorial Analysis 4
MATH 7233 Graph Theory 4

Project/Thesis Credits
OR 7945 Master’s Project 4
OR 7990 Thesis 1-8
OR 7996 Thesis Continuation 0

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