Northwestern’s Electrical Engineering BS spans electromagnetics, semiconductor devices, and signal processing, preparing students to innovate in renewable-energy inverters, biomedical imaging, and wireless-sensor networks. Labs feature chip-scale lidar fabrication, RF anechoic-chamber testing, and power-electronics drones. Cross-college initiatives let majors co-author papers on terahertz spectroscopy or collaborate with Kellogg MBAs on cleantech ventures.
Design a GaN-based DC-fast-charging converter with >97% efficiency
Develop a mixed-signal neural implant for closed-loop seizure detection
Fabricate silicon photonic modulators for on-chip optical interconnects
Implement OFDM waveforms for underwater acoustic communication
Create a solar-microinverter with adaptive MPPT and grid-support features
Analyze radar-backscatter signatures for drone detection via machine learning
Build a low-power ECG patch transmitting BLE data to healthcare dashboards
Prototype a smart transformer monitoring system using fiber Bragg gratings
Model terahertz antennas for non-invasive breast-cancer imaging
Develop an RF energy-harvesting circuit powering agricultural sensor nodes
Test machine-vision-guided line-following for autonomous warehouse bots
Design digital predistortion algorithms improving 5G PA linearity
Evaluate Ga₂O₃ power-device thermal limits with finite-element analysis
Create a home microgrid controller integrating EV-to-home energy flow
Assess EMI mitigation strategies in high-density PCB layouts
Electrify innovation—from nanophotonics to renewable power—with Northwestern EE.
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