Electrical Engineer
Power and signal integrity is the silent gate for autonomy — bad EE work shows up as flaky sensors, noisy radios, and unexplained resets. Strong EE is the difference between a demo and a fielded system.
Courses for this role
Foundations
Circuit theory, power electronics, and signal integrity — the layers under every harness, every motor drive, every payload bay.
The base layer for every PCB on the platform.
Every analog design gets simulated before it gets fabbed. SPICE fluency is the entry bar.
Drones, UGVs, and payloads all stand or fall on power.
Bad SI is invisible until your sensors lie to you.
Build the stack
PCB tooling, EMI/EMC, and motor-control work — the bench skills that ship working hardware.
Every defense EE delivers schematics and gerbers.
Defense platforms must pass MIL-STD-461. EMI work is non-optional.
Quadcopter ESCs, gimbal motors, UGV drivetrains — all BLDC.
Open-source toolchain widely used in startups.
Acceptance standard for any electronics on a military platform.
Field experience
Harness design, conformal coating, and the integration realities of fielded systems.
The unglamorous skill that determines whether a platform survives integration.
Defense interconnects are not consumer-grade — circular MS / 38999 and microminiature M83513 dominate every harness. Knowing the right pinout, plating, and shell size is a daily decision.
No simulation catches what an oscilloscope on the real board does.