Roozbeh Tabrizian

Postdoctoral Researcher Opening at the University of Michigan in microwave/RF experimental devices , with a focus on high-frequency acoustic, electromechanical, and wave-based devices . The group is seeking 1–2 postdoctoral researchers for an immediate start. This is a strongly experimental role. The post emphasizes hands-on work in microwave/RF/mm-wave/sub-THz measurements , S-parameter characterization , calibration and de-embedding , RF test structures and interconnects, and mitigation of parasitic/feedthrough effects. Research interests also include acoustic devices , electromechanical devices , MEMS/NEMS , and piezoelectric devices . Applicants should hold a Ph.D. in Electrical Engineering or Applied Physics . A strong publication record is important, and the ideal candidate can independently design experiments, debug complex measurement setups, analyze high-frequency data, and produce high-impact publications. Helpful additional experience includes measurement automation, Python/MATLAB , HFSS/ADS/COMSOL , cleanroom fabrication, acoustic wave devices, and high-frequency transducers. To apply, email a CV, a brief research statement, and 2–3 representative publications to [email protected] . No deadline is stated in the post.

Postdoctoral Opportunities at the University of Michigan Roozbeh Tabrizian, Associate Professor in Electrical and Computer Engineering at the University of Michigan, Ann Arbor, is recruiting two postdoctoral researchers to join his laboratory. The research focuses on next-generation MEMS technologies, with emphasis on MEMS resonators , acoustic devices , device physics , micro/nanofabrication , functional materials , RF/microwave characterization , precision measurement , oscillators , frequency stability , and feedback control . The lab’s work spans advanced timing and positioning, computing, and physical metrology, combining experimental device development with modeling and automated measurement. Candidates with strong hands-on experience in electromechanical transduction, vibration mechanics, nonlinear dynamics, coupled modes, silicon or SiC devices, piezoelectric or ferroelectric thin films, low-noise readout, lock-in detection, and multiphysics simulation are especially encouraged to apply. Applicants must hold a PhD in Electrical Engineering , Mechanical Engineering , or Physics by the appointment start date. The post seeks researchers who can work independently, troubleshoot technical challenges, and take ownership of ambitious experimental projects. One opening is limited to U.S. citizens or U.S. lawful permanent residents; the other is open to candidates currently based in the United States with valid work authorization for employment at U-M. To apply, email [email protected] with a CV, a brief statement of research fit, two representative publications, current location, and earliest available start date. Use the subject line Postdoctoral Application – MEMS/Acoustic Devices . No deadline or funding amount is specified in the post.