Electronics Tracks

1. Materials.
2. Fabrication.
3. Devices.
4. Circuits.

• Analog Circuits.
• RF/MMW/THz Circuits.
• Mixed-Signal Circuits.
• Digital Circuits.
• VLSI Circuits.
• Design and implementation of communication systems.
• Electronics for instrumentation.

5. Systems.
6. EDA.
7. Applications.

Communications Tracks

1. Communication Systems.
2. Telecommunication Networks.
3. Signal Processing.
4. SDR and Wireless Prototyping.

Microwaves Tracks

1. Developing Microwave-based sensors for biomedical applications.
2. Finding technologies to generate Terahertz waves using microwave photonics.
3. Designing and modeling passive devices including filters, power dividers, baluns, etc.
4. Modeling the propagation channel behavior and addressing the issues for a terahertz wireless communication system.
5. Research in Terahertz antenna designs and technologies.
6. Energy harvesting using the available power systems (RF and solar energy).
7. Modeling complicated channels whether in mobile communications or satellite communications (cross links communication).
8. Millimeter wave propagation and channel modeling.
9. High efficiency power amplifiers.
10. Phased arrays for 5G systems and automotive radars.

Optics Tracks 

1. Photonics Integrated Circuits.
2. Optical Fiber Sensor.
3. Optical MEMS.
4. Micro-Fluidics and Opto-Fluidics.
5. Integrated Optical Sources.
6. Optical Systems.
7. Optical Spectrometers.
8. Biomedical Optics.
9. Free-Space Optical Systems.
10. Optical Rotation Sensors.
11. Fiber-Based Laser Systems.
12. Optical Communication Systems.
13. Simulation and modeling of photonic components and systems.
14. Silicon Photonic Circuits.