Harvard’s EE PhD propels researchers to design neuromorphic chips, quantum photonic circuits, and bio‑integrated sensors. Students pattern nanowires in cleanrooms, train edge‑AI ASICs, and prototype Li‑Fi networks linking underwater robots, partnering with Wyss Institute and industry labs. Graduates lead innovation in semiconductors, 6G communications, and neurotech start‑ups.
Phase‑change memory array enabling in‑memory neural computing
CMOS‑compatible quantum dot laser for on‑chip light sources
Graphene antenna array for terahertz wireless links
Implantable optoelectronic probe for closed‑loop brain interfaces
Energy‑harvesting rectenna powering IoT soil sensors
Li‑Fi optical transceiver for subsea data networks
Time‑of‑flight LiDAR ASIC reducing power in drones
Secure hardware enclave resisting side‑channel AI attacks
AI‑designed photonic inverse structures for AR displays
Policy memo on ethical e‑waste recycling in chip supply chains
Public workshop kit teaching kids printable paper circuits
Open‑source framework for analog deep‑learning accelerators
Thesis on RF spectrum sharing with reinforcement learning
Create electronics that connect, sense, and compute sustainably.
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