
Photonics, Electronics and Quantum Systems
Research in photonics, electronics and quantum systems focuses on the applications of material science to electronic system design. These systems consider the effects at the nanoscale of physics, electromagnetism, and light. Innovative designs improve sensing, circuit design and efficiency, signal transmission and amplification, and quantum computation. Students in this area are well-prepared for jobs in semiconductors, solid-state electronics, nanotechnology, medical imaging, and material engineering.
Associated Faculty
Liang Dong | Rod Harrell | Goutam Koley | Judson Ryckman | Rajendra Singh | Pingshan Wang | Hai Xiao | Lianfeng Zhao | Lin Zhu
Research Topics
- 1. Advanced optical fibers
- 2. Bio-electronics, bio-photonics, and bio-sensors
- 3. Diffractive and meta-optics
- 4. High power lasers
- 5. Integrated photonics circuits
- 6. Material, device, and semiconductor fabrication
- 7. Manufacturing of advanced circuits
- 8. Microwave systems
- 9. Optical signal processing
- 10. Optoelectronics
- 11. Organic electronic materials and devices
- 12. Quantum materials and devices
- 13. Sensors and instrumentation
- 14. Sensors for off-road vehicle autonomy
Graduate Courses
Research within the Holcombe Department of Electrical and Computer Engineering falls within six areas of interest. For each field, there are recommended classes that prepare you for successful completion of the program.
Please select your area of interest:
- Organic electronic materials and devices
- Electromagnetism
- Solid state nanoelectronics
- Bioelectronics
- Photonics
- Material, device and integrated circuit fabrication
- Clear
Fall | Spring |
---|---|
ECE 6040 Semiconductor Devices | ECE 6080 Silicon Photonic Integrated Circuits |
ECE 6060 Introduction to Microelectronics Processing | ECE 6320 Instrumentation |
ECE 6340 Optoelectronics and Photonics | ECE 6330 Optical Fiber Communication Systems |
ECE 6360 Microwave Circuits | ECE 6370 Microelectromechanical Systems |
ECE 6590 Integrated Circuit Design | ECE 6460 Antennas and Propagation |
ECE 6610 Fundamentals of Solar Energy | ECE 6580 Algorithms for VLSI Design Automation |
ECE 8090 CMOS Radio-Frequency Integrated Circuit Design | ECE 8230 Integrated Circuit Technology |
ECE 8120 Advanced Electronic Materials and Devices | ECE 8260 Solar Cells |
ECE 8290 Special Functions in Engineering | ECE 8300 Electromagnetics |
ECE 8330 Fourier Optics and Optical Signal Processing | ECE 8370 Advanced Fiber Optics |
ECE 8270 * Finite Difference Time Domain Methods | ECE 8400 Physics of Semiconductor Devices |
(*) class not offered every year |
Full syllabi can be found on our Graduate Course Syllabi page