Georgia Tech’s ECE MS lets engineers dive into 12 technical areas—from Advanced Signal Processing and ML Hardware to Renewable-Energy Grids and Quantum Photonics. Students tape-out 14-nm ASICs in the cleanroom, design mmWave antennas in anechoic chambers, and model grid-forming inverters in the High-Power Lab. Corporate research centers from Apple to Keysight sit across the street.
CMOS neural-spike processor for sub-mW brain implants
GaN inverter topology for grid-tied solar storage
Photonic crystal modulator for on-chip LiDAR
Reconfigurable intelligent surface for 6G beamforming
Edge-AI accelerator ASIC using in-memory computing
Power-line communication scheme for microgrid coordination
Quantum-key-distribution transmitter on silicon photonics
Ultra-wideband radar for through-wall human presence detection
Low-power LoRa sensor node with energy-harvesting PMIC
Terahertz graphene antenna array for spectroscopic imaging
Digital twin of EV fast charger harmonics on distribution feeders
Near-field wireless power link for implantable glucose sensors
Secure hardware root-of-trust leveraging PUF arrays
FPGA-based SDR jammer detector for UAV swarms
Magnetic resonance coupling system for kilowatt EV dynamic charging
Engineer the circuits, signals, and systems that power a connected world.
Whether it's Machine Learning, Data Science, or Web Development, Collexa is here to support your academic journey.
"Collexa transformed my academic experience with their expert support and guidance."
Computer Science Student
Reach out to us for personalized academic assistance and take the next step towards success.
