Ahmed M. Amin
Electronics & RF Engineer specializing in RF/Microwave systems, antenna design, and sensor fusion.
My research interests lie in the physical layer of wireless communications and remote sensing. I investigate 5G self-interference cancellation techniques, EM propagation, and measurement-based modeling of microwave devices. I am passionate about bridging theoretical electromagnetics with practical RF circuit design.
Currently, I am a Research Assistant at the SUU AI/ML Lab, where I develop multi-sensor fusion frameworks utilizing Ground Penetrating Radar (GPR) for planetary rover localization in GPS-denied environments. I am highly motivated to pursue a master's thesis focused on advanced RF front-end systems, phased arrays, and microwave engineering.
- 3+ Research Projects
- 1 Manuscripts
- 3+ Presentations
- $1K+ Grant Funding
Selected Publications
Recent Talks
Ongoing Research
Planetary Rover Localization via GPR Sensor Fusion
Developing a decentralized multi-sensor fusion framework for planetary rovers under GPS-denied conditions, integrating Ground Penetrating Radar (Mars LGPR dataset), IMU, and visual/wheel odometry using Extended Kalman filtering.
5G Self-Interference Cancellation Antenna
Designing a dual-fed microstrip antenna at 2.45 GHz integrated with a quadrature coupler to achieve -43 dB isolation, solving self-interference challenges in full-duplex beyond 5G systems.