Mill
Waste Prevention Technology
ElectricalEngineer
“Electrical Engineer at Mill. Skills: Electrical design, Hardware products, Embedded systems, Power systems. Lead board bring-up. validation”
What You'll Achieve.
keep the product working reliably; divert millions of pounds of food scraps; paving the way for our upcoming launch
Industry & Context.
root-cause issues; independently bring up and debug; operate in ambiguous problem spaces; synthesize requirements; drive closure
What They're Looking For.
Must Have
BS or MS in Electrical Engineering, Computer Engineering, Mechatronics, or equivalent, 4+ years of hands-on experience on production hardware products, demonstrated end-to-end ownership through bring-up and validation, Proficient in schematic capture and PCB layout in Altium or equivalent, Solid experience with microprocessors, sensor integration, motor control, embedded systems, Comfort working with AC power systems, understanding of relevant safety considerations, Able to independently bring up and debug new bench, proficiency with oscilloscopes, logic analyzers, power supplies, multimeters, thermal imaging, data acquisition, hands-on with PCB rework, cable assembly, able to operate in ambiguous problem spaces, synthesize requirements, drive closure with limited oversight
Nice to Have
Scripting proficiency in Python, embedded C/C++ for test automation, data analysis, prototype firmware, High-power appliance development, commercial equipment development, industrial product development, Safety certification experience (UL, ETL, FCC, CE, IC), pre-compliance testing, EMI debug, cert lab management, Thermal system design, component derating, temperature sensing and control, PCB layout for heat dissipation, heatsink selection, Designing interlock and safety architectures, Industrial communication protocols (Modbus, RS-485, CAN), Experience with Jetson, Raspberry Pi CM, other embedded compute platforms, integrated into hardware systems, Startup experience
What You'll Do.
root-cause issues across circuits
firmware integration points
Own production-intent electrical design
Design and validate multi-rail power architectures
Design and implement sensing and mechatronic platforms
Design with certification in mind (UL
Contribute to design reviews
EVT/DVT/PVT readiness
transition from prototype to production
Support relationships with ODMs
PCB fab/assembly vendors
component contribute to component sourcing
alternates qualification
How You'll Work.
Team & Collaboration
working hands-on alongside mechanical; firmware; systems engineers; Partner cross-functionally with mechanical; firmware; controls; science; operations; product teams; make architecture and tradeoff decisions
Process & Methodology
EVT/DVT/PVT readiness, transition from prototype to production
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