You’re a builder who thrives at the intersection of electronics, software, and the physical world. You design simple, reliable, testable, and fault-tolerant electrical systems that operate correctly under real-world conditions - not just in simulation or the lab. You have strong fundamentals in PCB design, power systems, wire harnessing, sensors, and electrical-mechanical integration, and you bring high judgment to ambiguous decisions.
You’re equally comfortable architecting electrical subsystems, bringing up new boards, debugging failures with scopes and analyzers, validating hardware in the field, or collaborating with autonomy, software, mechanical, and field engineering counterparts. You take ownership of outcomes - not just schematics - connecting your designs directly to safety, reliability, and customer impact.
You want to work on problems where precision, robustness, and safety matter - and where your systems directly enable autonomous heavy machinery operating across the world.
We’re going to change how the world builds. Along the way, we’ll take on electrical engineering challenges such as:
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Sensor, compute, and MCU integration that survives vibration, shock, and temperature extremes
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Power distribution and protection in unpredictable load and environmental conditions
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Functional safety and fault-tolerant architectures for safety-critical autonomy systems
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High-reliability wiring harness design for harsh environments, with field service processes designed in
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EMI/EMC performance in electrically noisy heavy-equipment environments
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Integration across mechanical constraints, software interfaces, autonomy pipelines, and OEM platforms
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Designing electronics that work not only in clean labs - but in the elements
We’ll iterate quickly, debug deeply, confront the truth when things don’t work, and build mechanisms that scale with quality and reliability.
If that excites you, you’re the kind of Senior Electrical Engineer who will thrive here.