Harvard’s Electrical Engineering BS immerses students in circuits, electromagnetics, photonics, signal processing, and embedded computing. State-of-the-art nanofabrication facilities, robotics labs, and field projects—from solar-microgrid deployment in the Navajo Nation to biomedical-sensor prototyping at Massachusetts General Hospital—prepare graduates to lead in renewable-energy tech, quantum hardware, autonomous vehicles, and wearable electronics.
Silicon photonic neural-network accelerator chip
Low-cost EEG headset with real-time brain-wave visualization
Ultra-wideband radar system for contact-free vital-sign monitoring
GaN power-converter module for fast EV charging
LoRa mesh network enabling precision agriculture in remote farms
Quantum-dot infrared camera sensor for night-vision drones
Printed flexible antenna array for wearable communication
Energy-harvesting shoe insole powering fitness trackers
FPGA-based reconfigurable crypto-mining proof-of-concept (efficiency study)
Smart-grid controller predicting load with ML on edge nodes
Digital hearing aid employing adaptive beamforming algorithms
Open-source oscilloscope with web-socket streaming
Optogenetic stimulation rig integrating micro-LED arrays
High-throughput neural-interface ASIC for brain-computer interfaces
Microwave passive imager for concealed-object detection
Wireless-charging pad optimized via resonant-coupling simulation
Capstone on ethics and e-waste recycling in hardware design
Interactive workshop kit teaching kids circuit fundamentals
Invent the next generation of electronic and photonic technologies at Harvard.
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