Ahmed M. Amin
I am an Electronics and RF engineer with research interests in RF/microwave systems, antenna design, and wireless sensor fusion. My work focuses on the physical layer of wireless communications and remote sensing — specifically 5G self-interference cancellation, EM propagation modeling, and measurement-based characterization of microwave devices.
As a Research Assistant at the SUU AI/ML Laboratory, I develop multi-sensor fusion frameworks for planetary rover localization in GPS-denied environments, integrating Ground Penetrating Radar (GPR) with visual and inertial odometry under an Extended Kalman filtering architecture.
I am actively seeking a master’s or doctoral position in RF/microwave engineering, phased array systems, or advanced signal processing, and welcome collaboration on problems at the intersection of electromagnetics, hardware design, and embedded implementation.
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.