Counter-UAS Engineer
Design, test, and operate systems that detect, classify, and neutralize hostile drones across RF, radar, optical, and cyber modalities.
Counter-UAS is one of the fastest-growing line items in defense procurement — NATO standards, FAA airspace integration, and commercial event security all create recurring demand for engineers who can reason across RF, software, and kinetics.
Foundations
Solid grounding in RF fundamentals, digital signal processing, and defense systems vocabulary. Without this, nothing downstream makes sense.
Every C-UAS detect / disrupt decision is an RF decision.
Bridges textbook DSP to the intuition you need for protocol analysis.
Covers ISM-band behavior that drone controllers use (2.4 GHz / 5 GHz).
You will end up reading RFPs. Knowing the vocabulary saves months.
Build the stack
Software-defined radio, protocol reverse engineering, and sensor fusion. This is where most engineers get blocked.
Goes from antenna to protocol — the exact path a C-UAS detector takes.
Classifying drones from RF spectrograms is a supervised-learning problem at heart.
Many US DoD contracts require at least Security+ for production access.
Field experience
You cannot learn C-UAS from a book. Time on a range — even supervised time — is what separates engineers from operators.
If you’ve never flown the platform you’re trying to kill, you miss half the failure modes.
Fast path to Part 107. Worth the time even if you won’t pilot day-to-day.
How your system will be deployed — in particular engagement rules.
For cyber-C-UAS leaders. Overkill at stage 1, baseline at stage 3.