USC Viterbi’s EE PhD pushes electrons into uncharted regimes. Candidates tape‑out 128‑core spiking‑neuron chips, calibrate 140 GHz phased arrays for 6 G testbeds, and architect lattice‑based PUFs resilient to quantum cryptanalysis. Clean‑room rotations cover ALD and EUV lithography, while RF labs leverage OTA chambers with AI‑driven beam‑forming sweeps. Dissertations bridge device physics and cyber‑policy, crafting circuits that compute, communicate and defend.
Memristor crossbar accelerator benchmarking 1 TOPS/W
Beam‑forming ML agent optimizing dynamic spectrum
Post‑quantum lattice PUF entropy extraction model
Cryogenic SiGe amplifier for lunar SAR lander
Edge RF energy‑harvesting rectenna swarm for IoT
Time‑interleaved ADC with on‑chip calibration DSP
Spin‑orbit torque oscillator neuromorphic synapse
AI PCB autorouter using reinforcement learning
Side‑channel attack detection via RF emanations
Radiation‑tolerant SRAM ECC under Jupiter analog
Quantum‑dot single‑photon detector driver ASIC
Terahertz imaging array for non‑destructive composites
Green‑fab LCA of GaN HEMT power stages
Policy study on open‑RAN security certification
Shape charge, waves and security across tomorrow’s spectrum.
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