Scout Motors is looking to revolutionize the electric pick-up truck & rugged SUV marketplace. This role will be instrumental in achieving this by owning whole-vehicle validation definition and execution for body exterior systems and attributes. This includes closure mechanics, sealing performance, water management, wind noise, lighting, and fit-and-finish consistency across real-world customer use cases. The position involves defining and developing validation strategies for limit operating conditions, such as extreme environmental exposure, severe corrosion facilities, high-mileage structural durability routes, and high-pressure car washes. These strategies will drive exterior component design requirements related to material deformation, finish degradation, mechanism fatigue, and seal stability. The role requires establishing key validation routes, environmental chamber profiles, and aerodynamic/vibration scenarios that represent worst-case and boundary conditions, providing critical input to various vehicle systems. The engineer will act as the source of truth for real-world environmental impacts, aerodynamic forces, water intrusion vectors, and structural loads on the vehicle exterior, ensuring engineering teams have accurate physical inputs for component and system design. Collaboration with cross-functional teams, including Body Exterior, Closures, Sealing, Lighting, Electrical, Manufacturing, Supplier Quality, and overall Vehicle teams, is essential for cohesive vehicle-level exterior performance. The position involves developing and managing vehicle-level test cases for exterior system behavior, automated closure functionality, roof systems, exterior trim durability, and interactions with safety or aerodynamic control systems. Translating body exterior functional and attribute targets into executable test procedures, instrumentation strategies, and validation plans at the whole-vehicle level is a key responsibility. Ensuring body exterior physical systems perform flawlessly alongside electrical, lighting, and software interfaces to validate overall vehicle behavior in extreme scenarios is also critical. The role includes traveling to and leading vehicle-level validation campaigns and evaluation trips to various locations to test diverse customer usage profiles and durability routes. Translating customer use cases into validation scenarios with measurable acceptance criteria, defining and validating key vehicle-level exterior attributes, and driving test execution and data collection are core functions. The engineer will ensure robust traceability from system requirements to test cases and validation results using lifecycle tools. Collaboration with exterior engineering, body structures, electrical, and vehicle teams to analyze test data, identify performance gaps, root-cause deviations, and resolve cross-functional issues is expected. Finally, documenting validation results, benchmarking competitive vehicle exterior performance, and providing data-driven sign-off recommendations to support vehicle release decisions are key outcomes of this role.
Stand Out From the Crowd
Upload your resume and get instant feedback on how well it matches this job.
Job Type
Full-time
Career Level
Mid Level