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Students pursuing the Master of Science in Electronics Engineering must successfully complete a graduate core curriculum which include the following:
| Core Graduate Courses |
| OEN 525 Mathmatics for Optical Engineering |
3 |
cr hrs |
| OEN 520 Optical Design and Instrumentation |
3 |
cr hrs |
| OEN 540 Lasers and Photonics |
3 |
cr hrs |
| OEN 590 Research Methods |
1 |
cr hrs |
| OEN 530 Optical Materials |
3 |
cr hrs |
| OEN 561 Optical Communications I |
3 |
cr hrs |
| OEN 580 Quantum Mechanics |
3 |
cr hrs |
| TOTAL |
19 |
cr hrs |
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| Students may choose a Master’s degree program with or without the thesis option. If a student chooses to complete the M.S. degree without a thesis, a minimum of 30 semester hours of course work must be completed. If a student chooses to complete the M.S. degree with a thesis, then the student must complete 24 credit hours of course work and 6 credit hours devoted to thesis research. Once the core graduate courses are successfully completed, a student may select from the optical materials track and/or the Opto-electronics track to complete the Master’s degree in Optical Engineering. |
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| Optical Materials Track: |
| MATS 535 Electronic and Photonic Materials |
3 |
cr hrs |
| MATS 575 Instrumentation for Material Science |
3 |
cr hrs |
| MATS
610 Special Topics I |
3 |
cr hrs |
| MATS 533 Polymers and Polymer-based Composite Materials |
3 |
cr hrs |
| OEN 698 Master's Thesis |
3 |
cr hrs |
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| Opto-electronics Track: |
| EEN 661 Optics and Lasers |
3 |
cr hrs |
| EEN 621 Electromagnetic Field Theory |
3 |
cr hrs |
| OEN 630 Opto-electronic Devices |
3 |
cr hrs |
| OEN 650 Microelectromechanical Systems |
3 |
cr hrs |
| OEN 690 Applied Optics Research Seminar |
3 |
cr hrs |
| PHY 653 Solid State Physics |
3 |
cr hrs |
| OEN 698 Master's Thesis |
3 |
cr hrs |
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