University of Georgia University of Georgia 39 courses 34 total credits
The M.S. in Engineering degree provides students with a rigorous, adaptive curriculum and research environment that prepares them to integrate discoveries from multiple fields and address multi-scale problems beyond the bounds of traditional engineering disciplines. It provides the opportunity for both disciplinary depth through specific areas of emphasis as well as broad training in science and engineering that leverages that depth, oriented to solving complex problems that transcend specialized engineering disciplines or fields. Double Dawgs This major is part of a Double Dawgs pathway: Computer Systems Engineering BSCSE/Engineering MS (Electrical and Computer Engineering)(non-thesis) Electrical and Electronics Engineering BSEE/Engineering MS (Electrical and Computer Engineering)(non-thesis) Computer Systems Engineering BSCSE/Engineering MS(Electrical and Computer Engineering) Electrical and Electronics Engineering BSEE/Engineering MS(Electrical and Computer Engineering) For more information, go to doubledawgs.uga.edu.
| Total Credits | 34 credits |
Thesis Option
Choose a minimum of 6 credit hour(s) from the following:; Choose 12 credit hour(s) from the following:; Choose 8 credit hour(s) from the following:
| Code | Course Title | Credits |
|---|---|---|
| ENGR 7300 | Master's Thesis | 1-9 |
| ENGR 8910 | Foundations for Engineering Research | 3 |
| ENGR 8950 | Graduate Seminar | 1 |
| ENGR 7000 | Master's Research | 1-9 |
| ENGR 7010 | Project-Focused Masters Research | 1-6 |
Non-Thesis Option
Choose a minimum of 12 credit hour(s) from the following:; Choose a minimum of 8 credit hour(s) from the following:; Choose a minimum of 9 credit hour(s) from the following:
| Code | Course Title | Credits |
|---|---|---|
| ENGR 7010 | Project-Focused Masters Research | 1-6 |
| ENGR 8950 | Graduate Seminar | 1 |
Area of Emphasis Track 1: Robotics and Automation
Area of Emphasis Track 2 Electronics & Photonics
Students develop an understanding of the design and analysis of systems involving electromagnetic waves from RF electronics to photonic systems for signal processing and communication and optical systems for image capture and processing. High-speed communication and signal processing at gigabit speeds requires sophisticated electro-optic systems that must be understood at both the device and the systems level. Modern optical imaging systems use a wide variety of electrical and photonic technologies to achieve everything from imaging biological systems at the nanometer scale to imaging distant galaxies.
Area of Emphasis Track 3: Intelligent and Cyber-physical Systems
Elective Courses
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