PhD in Electrical and Computer Engineering - Applied Electromagnetics and RF Circuits (Remote Sensing) in Ann Arbor United States | University of Michigan Ann Arbor

Electromagnetics (EM) applications are crucial across diverse fields including wireless technology, environmental science, biomedical engineering, transportation systems, and beyond. Researchers and students explore various facets of applied EM, encompassing Microwave and Millimeter-Wave Circuitry, MEMS-based Circuits, Antenna Design, Wireless Wave Propagation Analysis, Scattering Phenomena, Computational Electromagnetic Methods, Microwave Remote Sensing (both active and passive), Plasma Electrodynamics, and Electromagnetic Metamaterials. This research domain forms the core of the Radiation Laboratory (Radlab). With roots tracing to the post-World War II era, the Radlab maintains its distinguished legacy as a premier RF and electromagnetics research center, combining theoretical expertise with experimental capabilities, comprehensive lab infrastructure, and robust academic programs. The facility boasts cutting-edge instrumentation for microwave and millimeter-wave testing, specialized anechoic chambers, advanced antenna measurement systems (both near-field and far-field), EMC/EMI testing suites, fabrication capabilities for microwave and millimeter-wave components, polarimetric radar systems operating from 0.1-210 GHz, and extensive computational resources.