Required Skills & Experience
Education BSEE required Experience 2+ years designing hardware products (junior openings) Up to 8+ years for senior openings Technical Skills
Strong fundamentals in:
Analog Electronics Digital Electronics Power Electronics
Experience with:
Schematic Capture PCB Design PCB Bring-Up Hardware Debugging Circuit Analysis Root Cause Investigation Product Development Lifecycle
Experience working with:
Sensors Power Supplies Motor Drivers Embedded Hardware
Communication Interfaces:
CAN I2C SPI Ethernet
Tools:
Altium Designer preferred Cadence acceptable Mentor Graphics acceptable LTSpice or similar simulation tools
Lab Equipment:
Oscilloscopes Logic Analyzers DMMs Function Generators Power Supplies Electronic Loads Spectrum Analyzers
Nice to Have Skills & Experience
Master's in Electrical Engineering MATLAB Simulink Motor control systems Power conversion systems Aerospace, defense, robotics, automotive, industrial automation, propulsion, or similar environments
Job Description
We are seeking multiple Electrical Hardware Engineers to support the design, development, testing, and deployment of complex electromechanical propulsion systems.
The team develops hardware supporting:
Motors Motor drivers Solenoids Electromagnetic actuators Sensors Embedded control systems Power electronics up to roughly 300W
Successful candidates will contribute throughout the entire hardware development lifecycle, including architecture, design, analysis, prototyping, integration, testing, manufacturing readiness, and field support.
Day-to-Day Responsibilities Hardware Design Create electrical architectures and schematic designs Design analog, digital, and power electronic circuits Select components and perform trade studies Develop and support high-density PCB layouts Design power distribution and power conversion systems Support motor control and actuator electronics Product Development Build prototypes Lead PCB bring-up activities Debug hardware issues Perform design reviews Support system integration efforts Analysis Worst Case Analysis (WCA) Thermal analysis Electrical derating analysis Reliability assessments DFMEA activities Circuit simulations Testing Design Verification Testing Qualification Testing Functional Testing Environmental Testing Root cause investigations Failure analysis Cross Functional Support
Partner closely with:
Embedded Software Engineers Systems Engineering Mechanical Engineering Manufacturing Engineering Quality Engineering Lab Technicians Test Engineering Manufacturing Support Resolve manufacturing issues Improve production scalability Support product releases Investigate field failures and design improvements