Job Description & Details
This is a heavy-duty hardware role focused on building high-precision sensing electronics for aerospace applications. If you enjoy sweating the details of mixed-signal design, worst-case circuit analysis, and sitting at a lab bench with an oscilloscope, this gig will keep you thoroughly engaged.
What You'll Actually Be Doing
You'll own the circuit design lifecycle from scratch to hardware verification, working on mission-critical aerospace hardware. Expect to spend your days spinning up schematics, running SPICE simulations, building prototypes, and validating your designs against brutal environmental and performance requirements using high-end lab gear. You'll also interface with cross-functional teams to defend your designs during rigorous technical reviews and troubleshoot whatever behaves unexpectedly in the lab.
The Core Tech Stack
Your bread and butter here will be deep analog and digital circuit design paired with heavy simulation and calculation tools like Matlab, Mathcad, Simulink, and Spice. You must be comfortable rolling up your sleeves with Arduino for rapid prototyping and data collection, alongside expert-level usage of lab test equipment including spectrum analyzers and network analyzers. If you haven't mastered worst-case circuit analysis or precision low-level analog design, you're going to struggle to hit the ground running.
Interview Expectations
Expect the hiring team to grill you on worst-case circuit analysis methodologies—they'll likely ask you to walk through how you account for component tolerance drift, temperature variations, and aging in a high-precision precision sensor frontend. They'll also probe your hands-on debugging chops, potentially asking how you isolate a gnarly EMI or grounding issue using a spectrum analyzer. The interviewer is secretly trying to figure out if you're a slide-deck engineer or someone who actually knows how to solder, probe, and fix hardware in a real lab.
Application Advice
Make sure your resume doesn't just list tools, but highlights your direct ownership of hardware products from schematic capture to final bench testing. Put keywords like "worst-case analysis," "analog circuit design," "Matlab/Simulink," and specific lab equipment right at the top so the ATS picks them up immediately. Frame your past aerospace, instrumentation, or precision electronics projects around measurable performance metrics to prove you can handle high-reliability environments.