EE is among the best-paying, most-stable STEM degrees. Demand is broad — power utilities, semiconductors, defense, aerospace, telecom, automotive (EVs), consumer electronics, and AI hardware all hire EEs. Computer hardware engineers ($155k, +7%) are in the middle of the AI boom — chips, accelerators, data-center infrastructure. Licensure (PE) matters for some lanes (power, consulting).

The degree is hard. EE coursework includes calculus, differential equations, linear algebra, physics, circuits, electromagnetics, signals, systems, and senior-year design — many students who start EE switch majors. Some industries (defense, utilities) are slower-moving and less glamorous. Pure hardware work can require relocating to chip or defense hubs (Bay Area, Austin, Phoenix, DC metro).

Computer hardware at top tech companies — NVIDIA, Apple, Qualcomm, Broadcom, AMD — $180–400k total comp. Chip design (analog or digital VLSI) is the highest-paid EE specialty. Defense and aerospace engineers ($135–180k) have top-secret clearance premiums. Power engineering at utilities ($100–140k) is recession-proof with PE. Engineering management ($168k+) is the classic climb. Grad school (MS or PhD) opens research and senior technical tracks.

AI hardware is driving massive EE demand — GPU and accelerator design, high-speed interconnects, power delivery, thermal management, signal integrity. EEs at NVIDIA, TSMC, Intel, and startups are at the center of the AI boom. What AI reshapes — routine PCB layout, basic circuit analysis, test automation. What grows — chip architecture, advanced packaging, analog/ mixed-signal design. EE is among the safest STEM degrees.