About the job
At Scout Motors, we are proud to revive the legacy of one of America's most iconic vehicles, a name that has stood the test of time since 1960. Our mission is to pave the way for future generations of durable SUVs and trucks.
Scout is more than just a brand; it embodies a legacy built on exploration, responsibility, and hard work.
Our brand respects both history and innovation, as we electrify and digitize an esteemed American name by integrating cutting-edge technology. We prioritize community involvement, aiming to create a company that truly represents its workforce and customers. We are committed to delivering two advanced powertrains: a fully electric option and the Harvester™ range extender, featuring a gas-powered generator that offers an impressive combined range of up to 500 miles.
At Scout Motors, we empower our diverse and innovative teams to lead and create. We seek visionary leaders who are eager to explore new avenues and share insights, knowledgeable individuals who collaborate to enhance our products, and passionate go-getters who are excited about the future of transportation.
Join us at Scout Motors, and be a part of the revolutionary shift in transportation. If you are ready to make a significant impact and be part of history, we encourage you to apply!
Overview
The CAE Energy Team at Scout is a dedicated group of skilled engineers focused on evaluating energy consumption to meet component and system specifications, as well as regulatory and customer-driven performance criteria (including range, performance, towing capabilities, and extreme temperature conditions). This position is aimed at a lead engineer specializing in 1D thermal modeling to support our team.
What You’ll Do
Become part of a legendary brand that aims to transform the electric pickup truck and rugged SUV market through the following responsibilities:
- Manage vehicle-level 1D thermal models and simulations for range extended electric and battery electric vehicles, focusing on subsystems such as low-temperature coolant, refrigerant, engine coolant, and cabin systems.
- Develop component and system-level 1D thermal models.
- Identify data requirements for models, collaborate with thermal systems engineers to gather data, and review for completeness and accuracy.
- Validate proposed control strategies.
- Implement transient simulations to enhance performance.

