About the job
At Scout Motors, we are reviving the legacy of one of the most legendary American vehicles, a brand established in 1960 that has paved the way for future generations of robust SUVs and trucks. This timeless name is set to make a triumphant return.
Scout is not merely a brand; it is a rich legacy founded on a culture of exploration, stewardship, and hard work.
Our brand embodies respect—respect for our history and future by electrifying and digitizing an iconic American name while infusing it with innovative technology. We are committed to honoring our communities by fostering a company that values its people and customers. Our vehicles are designed for versatility, making them suitable for any occasion, whether at a campsite, job site, or daily commute. Our customers can choose between an all-electric powertrain or the Harvester™ range extender, featuring a gas-powered generator with an impressive estimated combined range of 500 miles.
At Scout Motors, we cultivate a culture of innovation through our diverse and entrepreneurial teams. What defines a Scout employee? A visionary leader eager to explore new avenues and share insights. A knowledgeable collaborator who seeks to enhance company-wide efforts. A passionate go-getter dedicated to driving change.
Join us at Scout Motors and help shape the future of transportation. If you are ready to make history, we encourage you to apply!
Key Responsibilities
Contribute to an iconic brand poised to transform the electric pickup truck and rugged SUV market by:
- Being an integral member of the Assembly Maintenance Team
- Developing, debugging, and optimizing PLC programs using standard industry programming languages for task automation
- Collaborating with engineers and technicians to translate process requirements into effective automated solutions
- Integrating robotic systems with factory equipment and control systems, including PLCs, HMIs, vision systems, and sensors, to create automated manufacturing cells and production lines, ensuring smooth communication between components
- Using simulation software and offline programming tools to model PLC changes, validate program logic, and enhance cycle times before implementation, minimizing downtime and maximizing productivity
- Conducting and training team members on routine maintenance tasks

