Electrical Engineering

AI-proof? Hardware design, power systems, and hands-on testing are hard for AI to replace; the field is more about physical systems than easily-automated text work.

• ▸Design and simulate circuits at your desk in SPICE or MATLAB before anything gets built.
• ▸Bench-test prototype boards with oscilloscopes, logic analyzers, and signal generators to chase down why the hardware misbehaves.
• ▸Review PCB layouts and schematics with the team before boards go out for fabrication.
• ▸Write Python or MATLAB scripts to automate measurements and crunch the resulting test data.
• ▸Sit design reviews with mechanical, firmware, and manufacturing to keep the whole product on spec.

Roles you can work

Core skills

Heavy on abstract math (complex numbers, differential equations, Fourier/Laplace) and concepts you can't see — current, fields, and signals.

~50 hrs/week typical workload

• 🇺🇸

  United States

  Highest salaries, huge semiconductor + defense + tech market.

• 🇩🇪

  Germany

  Industrial + automotive electronics powerhouse, strong embedded demand.

• 🇨🇦

  Canada

  Solid but smaller market; telecom, power utilities, Toronto–Waterloo corridor.

• 🇰🇷

  South Korea

  Global semiconductor hub (Samsung, SK Hynix).

Grad school needed?

helpful

Licensing

PE license helpful for power/utilities roles; not required for most tech/hardware jobs.

Co-op availability

High

Recession resilience

High

Startup potential

Medium

Demographics

Historically male-dominated (~85/15); programs are actively working to balance this.