From SiC trench-MOSFET layouts to spiking-neuron chips, USC’s MSEE moves electrons with purpose. Students design sub-8 nm SRAM cells in Cadence Virtuoso, tape-out 140 GHz phased-array beamformers for 6 G testbeds, and characterize memristor crossbars for ultra-low-power pattern matching. A Power-Electronics track collaborates with NASA JPL on radiation-hard converters, while RF labs deploy mmWave over-the-air (OTA) chambers. Cyber-physical security modules fuzz FPGAs for bitstream trojans, creating engineers ready to wire tomorrow’s world—on earth and in orbit.
GaN half-bridge inverter optimized via genetic algorithms
64-element beamforming IC with digital predistortion DSP
FPGA side-channel leakage scanner using ML classifiers
On-chip reservoir computing accelerator for edge vision
Carbon-nanotube FET characterization under −180 °C lunar temps
Time-interleaved ADC hitting 30 GS/s with calibration DSP
LoRaWAN spectrum-sensing drone swarm for wildfire zones
Quantum-dot single-photon detector biasing control ASIC
Policy memo on open-RAN security certification
RF energy-harvesting rectenna powering agri-sensors
PCIe Gen6 equalizer PHY co-simulation in Verilog-AMS
MEMS acoustic sensor array localizing gunshots with TDOA
AI PCB autorouter leveraging reinforcement learning
Radiation-tolerant SRAM SEU mitigation via ECC
Digital twin of EV traction inverter thermal dynamics
SiC gate-driver PCB layout meeting CISPR 25 class 5
Design electrons’ pathways—from nanometer gates to gigahertz airwaves.
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