Specialist, Controls Engineer - Assembly

We expect all Scout employees to have integrity, curiosity, resourcefulness, and strive to exhibit a positive attitude, as well as a growth mindset. You’ll be comfortable with change and flexible in a fast-paced, high-growth environment. You’ll take a collaborative approach to achieve ambitious goals. Here's what else you'll bring:

5+ years of professional experience in Maintenance, with expertise in achieving stable production processes and in-depth knowledge of production equipment and operations.

Bachelor’s degree Controls Engineering, Electrical Engineering, or related field. An equivalent amount of relevant work experience may be considered in lieu of a degree. Master’s degree is a plus.

Knowledge about integrating controls systems.

Ability to understand mechanical assemblies, complex stations, and automated equipment.

Excellent problem-solving skills and attention to details.

This is a full-time, exempt position eligible to receive a base salary and to participate in an annual performance bonus program. Final salary offered will be determined based on factors including but not limited to the candidate's skills and experience. The annual performance bonus program is preset and not candidate dependent.

Initial base salary range = $100,000.00 - $125,000.00

Internal leveling code: IC9

Notice to applicants:

Residing in

San Francisco

Become part of an iconic brand that is set to revolutionize the electric pick-up truck & rugged SUV marketplace by achieving the following:

Be a part of the Assembly Maintenance Team

Develop, debug, and optimize PLC Programs using industry-standard programming languages to automate tasks.

Collaborate with engineers and technicians to translate process requirements into efficient automated solutions.

Integrate robotic systems with other factory equipment and control systems, including Programmable Logic Controllers (PLCs), Human-Machine Interfaces (HMIs), vision systems, and sensors, to create fully automated manufacturing cells and production lines. Ensure seamless communication and synchronization between robotic and non-robotic components.

Utilize simulation software and offline programming tools to model PLC changes, verify program logic, and optimize cycle times before implementation on the shop floor. Minimize downtime and maximize productivity by identifying and resolving potential issues in a virtual environment.