About the job
At Scout Motors, we proudly carry forward the legacy of one of America's most iconic vehicles, originally established in 1960. This vehicle has paved the way for generations of rugged SUVs and trucks, and we are set to reintroduce it with a modern twist.
Scout represents more than just a brand; it embodies a legacy characterized by exploration, stewardship, and dedication to hard work.
Our brand philosophy centers on respect—respect for our heritage and the future as we electrify and digitize a storied American brand, infusing it with cutting-edge innovation. We honor our communities by building a company committed to its people and customers. Our vehicles are designed for versatility, equally suited for outdoor adventures, work sites, or everyday commutes. We respect our customers’ needs by offering two innovative powertrains: a fully electric option and the Harvester™ range extender, featuring a gas-powered generator with an impressive estimated 500 miles of combined range.
At Scout Motors, we empower our diverse and entrepreneurial teams to innovate and drive change. A Scout employee is a visionary leader, eager to explore new frontiers and share insights. They are knowledgeable, collaborative, and driven by an unmatched passion for excellence.
Join us at Scout Motors and play a crucial role in shaping the future of transportation. If you are ready to make a significant impact and be part of automotive history, we encourage you to apply!
Responsibilities
As a member of our team, you will be pivotal in transforming the electric pickup truck and rugged SUV market by:
- Overseeing the comprehensive design and approval processes for low-voltage energy components, including LV batteries and diagnostic modules.
- Leading the design and approval of charging accessories, such as adapters and cables.
- Coordinating with suppliers on timelines, hardware and software maturity, and DFMEA considerations.
- Designing and developing low-voltage energy management functions, including algorithms for State of Charge (SoC) and State of Health (SoH), as well as charging characteristics.
- Evaluating and simulating the low-voltage power consumption for the entire vehicle to ensure optimal efficiency, reliability, and overall system performance.
- Implementing advanced techniques to enhance the efficiency of low-voltage energy management systems.
- Ensuring compliance of low-voltage energy systems with regulatory standards and conducting rigorous testing to validate adherence.
- Collaborating closely with suppliers and cross-functional teams to achieve project goals.

