Automation & Controls Engineer-Sustaining
CelLink Technologies
Automation & Controls Engineer-Sustaining
CelLink Technologies
Manufactures flex harnesses for automotive
Position Summary
This position is responsible for sustaining and continuously improving the electrical and mechanical controls systems of production equipment. The role provides day-to-day manufacturing support to maximize equipment uptime and owns the troubleshooting documentation that enables Maintenance and Production teams to resolve equipment issues safely and consistently.
Essential Duties & Responsibilities
Minimum Qualifications
Knowledge, Skills & Abilities
We believe diversity and inclusion among our teammates are essential to our success. We celebrate diversity and are committed to creating an inclusive environment for all employees while building teams that represent a variety of backgrounds, perspectives, and skills. We are an equal opportunity employer. All employment is decided based on qualifications, merit, and business needs. CelLink participates in the E-Verify program in specific locations as required by law.
CelLink was founded in 2012 and entered volume production in 2018. CelLink provides electrical systems to the world's leading automotive OEMs & EV manufacturers, data center developers, and stationary power companies. The company has raised approximately $315M in funding through private investment and multiple grants from the US Department of Energy. CelLink’s investors include 3M, Atreides, BMW, BorgWarner, Bosch, D1 Capital, Fidelity, Fontinalis Partners, Ford, Franklin Templeton, Lear, Park West, SK Telecom, Standard Investments, T. Rowe Price, Tinicum, and Whale Rock.
Manufactures flex harnesses for automotive
CelLink makes flexible, high-conductance circuits called flex harnesses that replace traditional wiring in vehicles and industrial systems. These thin, large-area circuits carry power, data, and sensing in one piece, integrating busing, fusing, and monitoring, and are produced with automated, tool-free manufacturing for rapid design changes and high-volume output. This approach reduces harness weight and volume compared with conventional wiring, enables direct sales to OEMs and hyperscalers, and supports scalable production. Its goal is to accelerate electrification and digital infrastructure by providing compact, reliable networks for automotive, aerospace, data centers, and grid storage.
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