The Senior Sustaining Controls Engineer will play a crucial role in the success of our product automatically and reliably fulfilling customers’ electricity demand. You will work closely with cross-functional teams to diagnose and resolve issues, differentiate between mechanical, electrical, and software-related problems, and document solutions to increase product reliability and reduce maintenance needs. This position is ideal for a multidisciplinary engineer who enjoys working on complex systems and has a keen eye for detail.

In this role, you will act as an electromechanical generalist, bridging the gap between hardware and software across our linear generator fleet, lab operations, and manufacturing processes. Following our rapid transition from R&D to full production, you will take a structured, methodical approach to untangling complex legacy issues and clearing the issue backlog. Applying a strong foundation in physics and systems engineering, you will trace root causes across C++ software, electrical circuits, and mechanical components, using these insights to develop targeted sustaining features that improve long-term product stability and fleet performance. 

Manage, document, and resolve fleet issues ensuring clear communication and follow-up on resolutions and improving the process

Diagnose root causes of system issues, distinguishing between mechanical, electrical, and software-related problems

Categorize, systematize, and address gaps in automated system behavior

Collaborate with cross-functional teams to provide technical support and enhance system behavior

Debug and troubleshoot existing control algorithms to improve system performance and reliability

Analyze and understand C++ code to interpret behavior

Implement fixes to field issues in C++ code, and test them in simulation and laboratory environments

Adjust feature designs to address field issues

Use Python for data analysis, scripting, and system diagnostics

Tune control gains and calibrate systems, documenting the process for future reference

Identify and address gaps in system performance, ensuring continuous improvement

Support reliability and manufacturing testing, contributing to the system's life cycle maintenance

Experience in successful root cause analysis of complex software-mechatronic systems

Driven and self-directed systems-thinker responsible for creating or improving effective sustaining engineering processes

Excellent communicator with demonstrated collaboration across multidisciplinary teams

Degree in mechanical or electrical engineering with controls focus

Senior level: BS and six years or MS and five years