Staff Engineer, System Integration

As the Staff Engineer for System Integration at Scout Motors, your primary responsibilities include leading the development and ownership of HIL benches for system-level testing, managing test scopes, and ensuring streamlined integration with software and hardware teams. You'll also be instrumental in creating stable test environments and collaborating across functions to troubleshoot issues and implement automated testing solutions.

To be considered for the Staff Engineer, System Integration role at Scout Motors, applicants should have a Master's degree in Mechatronics, Electrical Engineering, or a related field, along with at least 10 years of relevant experience. Familiarity with automotive systems, MATLAB/Simulink, and a deep understanding of vehicle communication protocols like CAN and LIN are essential.

The Staff Engineer, System Integration at Scout Motors should possess extensive knowledge in software for embedded systems and have hands-on experience with automated testing executions. You should also be proficient in using HIL equipment and diagnostics tools, as well as having a solid foundation in the development and verification of automotive systems.

The work environment for the Staff Engineer, System Integration at Scout Motors is dynamic and collaborative. Located in Novi, Michigan, the role requires in-office attendance for meetings and events, promoting teamwork and innovation. You can expect a culture that respects both work and play as you contribute vastly to the future of electric vehicles.

Scout Motors offers a competitive salary range of $150,000.00 - $170,000.00 along with a comprehensive benefits package including health insurance, a 401(k) program with employer matching, generous Paid Time Off, parental leave, and more. Joining Scout means being part of a company that values its employees' well-being and development.

When addressing your HIL testing experience, highlight specific projects where you've led the integration of both hardware and software components. Discuss the tools you’ve used, like dSpace or National Instruments, and how you've contributed to achieving reliability and efficiency in automotive systems.

A strong answer would involve a systematic approach: first, identify the problem area using diagnostic tools, then analyze potential causes. Discuss how you collaborate with cross-functional teams to leverage differing expertise in resolving complex issues effectively.

Detail your experience using MATLAB/Simulink for developing and verifying plant and control models. Provide examples of projects where you've applied these skills to enhance automotive system integration or testing processes, emphasizing the impact of your contributions.

Describe your time management techniques, such as prioritizing tasks based on impact, using project management tools, and maintaining open communication with team members to ensure deadlines are met without compromising quality.

Share a specific instance where you've successfully collaborated across various teams. Explain your role, how you facilitated communication, and what outcomes resulted from your collective efforts, emphasizing your ability to unify diverse perspectives towards a common goal.

Discuss the importance of data analysis in identifying patterns, verifying performance metrics, and driving solutions. Highlight how leveraging data enables more informed decision-making and improves the overall quality of system integration processes.

Be sure to outline your hands-on experience with these protocols, discussing any specific projects you’ve worked on that involved CAN, LIN, or Automotive Ethernet. This showcases your expertise and understanding of essential automotive networking.

Address methods you employ to validate test cases, such as re-running tests, analyzing failure logs, and incorporating feedback loops. Discuss your dedication to continuous improvement in the testing processes, emphasizing the importance of reliability in automotive engineering.

Offer insights into emerging trends, such as increased automation, the use of AI in testing, or the importance of sustainability in vehicle design. This demonstrates that you're not only rooted in your current expertise but are also forward-thinking.

Express your enthusiasm for Scout Motors as a transformative company in the electric vehicle industry. Discuss the alignment of its values with your personal values, and how you’re excited to contribute your expertise to such a visionary organization.