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About

Meysam Moallem is a radar systems engineer and researcher whose work spans millimeter-wave (mm-Wave) sensing, automotive radar, and compact RF front-end technologies. His research focuses on advancing radar sensor design for applications ranging from advanced driver-assistance systems (ADAS) to autonomous robotics, with particular expertise in CMOS-based radar architectures and micromachined RF components. Moallem's most influential contribution, cited 72 times, addresses high-performance mm-Wave CMOS radar solutions operating in the 76–81 GHz and 57–64 GHz bands — a critical technology enabling multi-mode automotive radar capable of long-, medium-, and short-range sensing. This work has helped accelerate the integration of cost-effective CMOS solutions into the rapidly growing ADAS market. His earlier research on compact 240 GHz beam-scanning radar for small autonomous robotic platforms (23 citations) demonstrated his ability to engineer sensing solutions under severe size, weight, and power constraints. Complementing this, his work on micromachined low-mass RF front-ends explored precision fabrication techniques suited to miniaturized radar systems where conventional machining falls short. Together, Moallem's contributions reflect a consistent focus on pushing radar technology toward greater integration, efficiency, and real-world deployment across automotive and robotic sensing domains.