Master of Engineering Degree Options
To receive a Master of Engineering degree with an option in one of the areas
below (endorsed on the transcript upon completion of the degree) a student must
complete a minimum of five (5) courses in the area of emphasis, and complete an
Engineering Project on a topic related to the area.
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Emphasis in Electrical Engineering:
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ENGR 5300 Introduction to Systems Engineering
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ENGR 5301 Wireless Communications and Networks
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ENGR 5302 Instrumentation & Measurement Systems
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ENGR 5303 Computational Methods in Electromagnetics
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ENGR 5304 Power Systems Analysis
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ENGR 5305 Data Acquisition & Instrumentation
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ENGR 5306 Modern Control Systems Design
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ENGR 5307 Introduction to Random Processes
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ENGR 5308 Digital Signal Processing
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ENGR 5309 Statistical Signal Processing
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ENGR 5323 Design of Experiments
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ENGR 5324 Engineering Project Management
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ENGR 5327 Quality Control & Statistics
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ENGR 5328 Finite Element Analysis
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ENGR 5330 Communication Systems Engineering
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ENGR 5333 Power Systems Planning and Operation
Emphasis in Mechanical Engineering:
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ENGR 5300 Introduction to Systems Engineering
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ENGR 5310 Advanced Machine Design
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ENGR 5311 Advanced Fluid Dynamics
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ENGR 5312 Microcontroller Applications
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ENGR 5315 Advanced Thermal/Fluid Systems
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ENGR 5317 Mechanical Systems Analysis
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ENGR 5320 Reliability Analysis
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ENGR 5323 Design of Experiments
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ENGR 5324 Engineering Project Management
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ENGR 5325 Design & Analysis of Turbomachinery
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ENGR 5326 Vibration Analysis of Rotating Machinery
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ENGR 5327 Quality Control & Statistics
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ENGR 5328 Finite Element Analysis
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ENGR 5329 Advanced Production Engineering
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ENGR 5335 Indoor Air Quality
Emphasis in Engineering Management:
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ENGR 5300 Introduction to Systems Engineering
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ENGR 5318 Manufacturing Systems
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ENGR 5320 Reliability Analysis
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ENGR 5322 Human Factors
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ENGR 5323 Design of Experiments
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ENGR 5324 Engineering Project Management
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ENGR 5327 Quality Control & Statistics
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ENGR 5329 Advanced Production Engineering
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ENGR 5331 Constraints Management
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ENGR 5332 New Product Development
Master of Engineering Project:
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Courses Outside the College of Engineering
A maximum of nine (9) credits of graduate courses from the College of Business
and Technology can be applied to the Master of Engineering
Degree.
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Examples of Graduate Business Courses:
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ACCT 5300 Accounting Concepts
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FINA 5320 Advanced Financial Management
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GENB 5315 Quantitative Analysis
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GENB 5380 Business Consulting
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MANA 5310 Organizational Management
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MANA 5320 Human and Organizational Behavior
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MANA 5335 Industry and Labor Relations (Prerequisite: MANA 5320)
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MANA 5390 Organizational Theory & Decision-Making
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MARK 5320 Current Trends in Marketing
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A maximum of six (6) credits of graduate courses in Computer Science,
Economics and Mathematics can be applied to the Master of Engineering
Degree.
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Examples of Graduate Computer Science Courses:
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COSC 5306 Personal Computing
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COSC 5310 Web Design & Management
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COSC 5315 Microcomputer System Applications
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COSC 5318 Computing Software
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COSC 5325 Workshop in Computer Science
Examples of Graduate Economics Courses:
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ECON 5300 Economic Concepts & Processes
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ECON 5360 Fundamentals of the Free Enterprise System
Examples of Graduate Mathematics Courses:
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MATH 5311 Advanced Engineering Mathematics
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MATH 5341 Real Analysis I (Prerequisite: MATH 4341 Real Variables)
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MATH 5381 Applied Mathematics I (Prerequisite: MATH 4341 Real Variables)
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NOTE: Other graduate courses from the above departments may be taken for credit
if the student has the prerequisite courses completed. Consult the instructor of
the course in question, and your Departmental Master of Engineering Coordinator.
Revised 05-16-2006
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