Staff Electrical Engineer, AI

BQR · Posted 2026-10-20

Run reliability analyses on customer hardware: MTBF prediction, electrical stress and de-rating, FMECA, RBD and schematic review.
Review schematics and BOMs for design weaknesses that a standard DRC does not catch, and write up what you found so a customer's engineers can act on it.
Turn what you learn on real boards into rules and component data inside fiXtress®, CircuitHawk® and the Synthelyzer™ ECAD plugin, so the next analysis finds it automatically.
Work alongside our AI: help build and grade the prompts, datasets and checks that let a model read a schematic, a datasheet or a BOM — and be the engineer who says whether its answer is right.
Replace your own manual steps. An analysis that takes a week by hand is the raw material for the next feature; you are expected to automate yourself out of the repetitive parts and say what should be automated next.
Work directly with customers' engineering teams during a project, and with our software engineers on what the tools should do next.

B.Sc. in Electrical or Electronic Engineering.
Several years of hands-on engineering behind you. This is a staff-level role: you are expected to set the technical direction on the analyses you own, not to be handed one.
Hands-on electronic circuit design or design verification — you can read a schematic and say what will fail first.
Comfortable with component datasheets, stress ratings and de-rating standards.
Demonstrated process improvement: something you made faster, more repeatable or less error-prone, and what it looked like before and after.
Practical use of AI in your own engineering work — what you use it for, where you do not trust it, and how you check it. Scripting in Python, MATLAB or similar is a strong plus.
An interest in reliability engineering: MIL-HDBK-217, IEC 61508, DO-254 and their relatives. Experience with them is welcome, and willingness to learn them counts.
English good enough to write a report a customer will read.

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