We are looking for an Electrical Systems & Automation Design Engineer who bridges the gap between custom hardware design, sensor electronics, and automated manufacturing equipment. This role is built for a physical-world generalist who thrives on both designing custom circuit boards and building, deploying, and debugging custom automation systems on the factory floor.
You will own the board-level hardware from schematic capture, component sourcing, and layout, while simultaneously building custom automated test fixtures, integrating sensors and actuators, and debugging complex edge-case failures directly on the production line.
To apply for this role, please email [email protected] with a note on what project you are most proud to have worked on and apply through the posting here.
Key Responsibilities
Production Schematic & PCB Layout: Own multi-layer PCB layout (2 to 6+ layers) using Altium Designer or KiCad for both product hardware and internal factory automation tooling.
Signal & Power Integrity: Design low-noise analog front-ends, high-speed digital routing, motor drive circuits, power conversion (DC-DC, LDOs), and power management.
EMC/EMI Compliance: Design schematics and board layouts for noise immunity in high-noise factory environments, incorporating ESD protection, isolation, shielding, and filtering from day one.
Vendor Ecosystem Mastery: Evaluate components across major vendors (TI, STMicroelectronics, Analog Devices, Microchip, etc.) balancing performance, cost, footprint, and lead times.
Datasheet Deep Dives: Analyze complex IC datasheets, register maps, pin constraints, thermal limits, and application circuits before committing to a design.
BOM Optimization: Select components with long-term availability and design for second-source equivalents to protect both product delivery and factory uptime.
Automated Equipment & Fixtures: Architect, build, and deploy custom factory automation rigs, automated test equipment (ATE), and smart assembly fixtures to optimize production yield and throughput.
Actuation & Motion Control: Integrate motor drives, pneumatics, linear actuators, optical sensors, safety interlocks, and industrial communications into unified, rugged automation equipment.
- Manufacturing Diagnostics: Write firmware (C/C++) and automation scripts (Python) to drive test fixtures, interface with line sensors, log metric data, and automate line diagnostics.
Production Line Debugging: Serve as the primary technical responder for complex hardware bugs on the shop floor, isolating root causes ranging from electrical issues to systems-level bugs
Bench & Shop Floor Mastery: Utilize oscilloscopes, logic analyzers, bus sniffers, and precision multimeters to diagnose live physical signals on boards and automated rigs.
Fault-Path & Stress Testing: Inject deliberate faults (brownouts, reversed polarity, shorted sensors, stalled buses, ESD strikes) to ensure production equipment fails safely and recovers gracefully.
Passionate about ideating, architecting, and prototyping electrical systems without a documented playbook (datasheets, design notes, etc)
Can make proof-of-concept designs that help the team make decisions about the utility as well as viability of the solution
Qualifications
- Education: B.S. or M.S. in Electrical Engineering, Mechatronics, Robotics, or equivalent practical experience.
- Portfolio: A portfolio highlighting hardware projects you led from concept to completion, with an emphasis on custom electronics.
- EDA Tool Proficiency: Expert-level capability in Altium Designer, KiCad, or equivalent professional EDA software.
- Automation & Mechatronics Experience: Hands-on experience developing custom automation systems, automated test fixtures, motor controls, or sensor networks for hardware assembly/testing.
- Component Sourcing Track Record: Demonstrated experience reviewing IC availability, building production BOMs, and sourcing equivalent multi-source components.
- Lab & Field Debugging: High comfort level working with bench top instruments (oscilloscopes, logic analyzers) and diagnosing live hardware on a manufacturing line.
- Embedded & Automation Software: Proficiency in C/C++ for hardware bring-up and microcontrollers (STM32, ESP32, etc.), and Python for test automation and data logging.
- The Maker Mindset: A track record of hands-on builds custom CNCs, 3D printers, DIY robotics, or automated lab setups demonstrating deep technical curiosity
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