1. Program Description:  The Master of Science in Engineering prepares individuals to apply mathematical and scientific principles to solve a wide variety of practical problems in industry.  Includes an engineering core along with specialization track options in different fields of engineering.

Graduates of the MS in Engineering will have the ability to:

• Utilize advanced engineering principles, mathematical models, and computational tools to solve complex technical problems.
• Design, execute, and analyze experiments or simulations to advance engineering knowledge.
• Identify, formulate, and address real-world engineering problems with creative and effective solutions.
• Present engineering concepts, research findings, and project outcomes clearly in written, oral, and visual formats.
• Adhere to ethical standards, regulatory requirements, and best practices in engineering.
• Adapt to evolving technologies and methodologies through continuous learning and professional development.

Semester Credit Hours required for completion is 36 SCH. This is for both the thesis and non-thesis option. There will be and engineering core (18 SCH) and three specialization tracks (EE- Electrical Engineering, IE-Industrial Engineering and ConE- Construction Engineering)

Master of Science in Engineering (Non-thesis option) 36 semester hours

Core (15 semester hours)
ENGR 510	Advanced Probability and Statistics for Engineers	3
ENGR 520	Design of Experiments	3
ENGR 530	Project Management	3
ENGR 540	Engineering Management	3
MATH 546	Numerical Analysis and Elements of Machine Learning	3
Research (3 semester hours)
ENGR 595	Research Methods for Engineers	3
Select one of the following tracks:
Industrial Engineering Track (18 semester hours)
3 semester hours from:
IE 516	Advanced Production Systems	3
plus 15 semester hours from the following:
IE 503	Human Factors Engineering	3
IE 510	Advanced Simulation and Automation	3
IE 512	Advanced Operations Research	3
IE 514	Quality Control Systems	3
CSCI 513	Python Programming for AI	3
Or
Construction Engineering Track (18 semester hours)
3 semester hours from:
CONE 501	Productivity in Construction	3
plus 15 semester hours from the following:
CONE 510	Bridge Engineering	3
CONE 512	Dynamic Loads and Structural Behavior	3
CONE 514	Behavior and Design of Composite Structures	3
CONE 515	Behavior and Design of Prestressed Concrete Structures	3
CONE 516	Machine Intelligence and Applications in Civil Engineering	3
CONE 520	Finite Element Theory and Applications in Structural Engineering	3
CONE 522	Advanced Construction Technology	3
CONE 524	Sustainability in Construction	3
CONE 526	Building Information Modelling	3
CSCI 513	Python Programming for AI	3
Or
Electrical Engineering Track (18 semester hours)
18 semester hours from the following:
EE 501	Digital Communications Systems	3
EE 502	Cellular Communications Network	3
EE 510	Advanced Wireless Communication	3
EE 512	Adaptive Signal Processing	3
EE 514	Digital Image Processing	3
EE 516	Antenna Theory and Design	3
EE 520	RF & Microwave Circuits	3
EE 522	Information Theory and Coding	3
EE 524	Advanced Control Systems	3
EE 526	Digital Control Systems	3
CSCI 513	Python Programming for AI	3
Total Hours		36

Master of Science in Engineering (Thesis Option) 36 semester hours

Core (15 semester hours)
ENGR 510	Advanced Probability and Statistics for Engineers	3
ENGR 520	Design of Experiments	3
ENGR 530	Project Management	3
ENGR 540	Engineering Management	3
MATH 546	Numerical Analysis and Elements of Machine Learning	3
Research (6 semester hours)
IE 518	Thesis	6
or EE 518	Thesis
or CONE 518	Thesis
Select one Track from the Following:
Industrial Engineering Track (15 semester hours)
3 semester hours from:
IE 516	Advanced Production Systems	3
Plus 12 semester hours from the following:
IE 503	Human Factors Engineering	3
IE 510	Advanced Simulation and Automation	3
IE 512	Advanced Operations Research	3
IE 514	Quality Control Systems	3
CSCI 513	Python Programming for AI	3
Or
Construction Engineering Track (15 semester hours)
3 semester hours from:
CONE 501	Productivity in Construction	3
Plus 12 semester hours from the following:
CONE 510	Bridge Engineering	3
CONE 512	Dynamic Loads and Structural Behavior	3
CONE 514	Behavior and Design of Composite Structures	3
CONE 515	Behavior and Design of Prestressed Concrete Structures	3
CONE 516	Machine Intelligence and Applications in Civil Engineering	3
CONE 520	Finite Element Theory and Applications in Structural Engineering	3
CONE 522	Advanced Construction Technology	3
CONE 524	Sustainability in Construction	3
CONE 526	Building Information Modelling	3
CSCI 513	Python Programming for AI	3
Or
Electrical Engineering Track (15 semester hours)
15 semester hours from the following:
EE 501	Digital Communications Systems	3
EE 502	Cellular Communications Network	3
EE 510	Advanced Wireless Communication	3
EE 512	Adaptive Signal Processing	3
EE 514	Digital Image Processing	3
EE 516	Antenna Theory and Design	3
EE 520	RF & Microwave Circuits	3
EE 522	Information Theory and Coding	3
EE 524	Advanced Control Systems	3
EE 526	Digital Control Systems	3
CSCI 513	Python Programming for AI	3
Total Hours		36

Note:  Successful completion of the Comprehensive Exam is required of all students.

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