Sarina Sabouri

Sarina Sabouri is a graduate student in electrical engineering and computer science, advancing radar-based systems for contactless, continuous health monitoring. Her research addresses the need for scalable, unobtrusive technologies to measure heart rate and respiration, particularly for populations who may have difficulty using traditional wearable devices. Sarina is designing a 60GHz radar integrated circuit that combines millimeter-wave beamforming with adaptive signal processing to enhance vital sign detection in real-world, multi-angle environments. As a MathWorks Fellow, she will expand her MATLAB-based simulations to refine system-level design and validate performance under dynamic conditions. She utilizes the Phased Array, Signal Processing, RF, and Radar Toolboxes to model human subjects, implement beam-steering algorithms, and assess accuracy across various orientations. MATLAB also supports her development of techniques to mitigate transmitter-to-receiver interference and correct beam squint—two innovations that could significantly boost radar sensitivity while reducing system power and cost. Sarina’s work could pave the way for compact, battery-powered radar platforms that seamlessly integrate health monitoring into everyday life.