Senior Controls Engineer – Active Chassis Systems

The role of a Senior Controls Engineer – Active Chassis Systems at Lucid involves applying control theory concepts to enhance vehicle dynamics. Responsibilities include developing control systems, conducting linear analysis, creating simulation tools, formulating requirements in Matlab/Simulink, and testing developed software on vehicles. The position requires a strong understanding of vehicle handling dynamics and the ability to collaborate with cross-functional teams.

Candidates for the Senior Controls Engineer – Active Chassis Systems role at Lucid should have a minimum of 5 years of experience in control systems, expertise in model-based design using Matlab/Simulink, and a solid understanding of vehicle dynamics and control theory concepts. A Bachelor’s degree in electrical engineering, mechanical engineering, automotive systems, or related fields is required, with a Master’s preferred.

Preferred skills for the Senior Controls Engineer – Active Chassis Systems at Lucid include proficiency in C/C++, experience with Embedded coder in Matlab/Simulink, and familiarity with tools like JIRA and Git. Moreover, a good grasp of ISO 26262 and knowledge of adaptive filtering can give candidates an edge in this highly technical role.

The salary range for the Senior Controls Engineer – Active Chassis Systems position at Lucid is between $154,000 and $211,750 per year. This range reflects the company’s commitment to compensating its employees fairly based on their skills, experience, and the responsibilities of the role.

In addition to a competitive salary, Lucid offers a comprehensive benefits package for the Senior Controls Engineer – Active Chassis Systems role, including medical, dental, vision insurance, vacation time, and a 401k plan. Successful candidates may also be eligible for participation in equity programs and discretionary incentive programs, enhancing overall compensation.

Begin by breaking down the problem into smaller components and analyzing each aspect using control theory. Discuss your methodology—whether it's through simulations or mathematical modeling—and emphasize the importance of collaboration with cross-functional teams.

Detail specific projects where you've applied MATLAB/Simulink, discussing the tools and features you've used for modeling, simulation, and the results achieved. Highlight how these applications contributed to objectives such as effective system design and feature testing.

Share experiences about testing vehicle dynamics in a practical context. Discuss specific tests you've conducted, the methods employed, and any software or tools you utilized to analyze the results, emphasizing the significance of these tests in achieving vehicle performance goals.

Provide a brief overview of ISO 26262, emphasizing its relevance in designing safety-critical automotive systems. Discuss any experiences you have with implementing safety requirements and ensuring compliance in your previous projects.

Talk about time management techniques you employ, such as prioritizing tasks based on urgency and complexity. Share experiences where you successfully met deadlines while ensuring quality, possibly mentioning tools you use for tracking progress.

Discuss your approach to performance tuning, including iterative testing, using simulation for caliper checks, and analyzing performance metrics. Mention collaboration with team members to achieve a comprehensive understanding of performance factors.

Share a specific example where you encountered challenges. Explain your thought process, the steps you took to analyze the problem, any tools or methodologies you employed, and the eventual solution, highlighting teamwork and communication.

Provide examples of how non-linear control theory can be particularly advantageous in handling complex system behaviors, illustrating this with specific instances from your previous roles that demonstrate your understanding and application of these concepts.

Discuss your role in cross-functional teams, emphasizing your contribution to projects. Provide examples of successful collaborations and how you worked to ensure smooth communication and shared objectives among engineers, designers, and business teams.

Express your passion for sustainability and innovation. Discuss how the electric vehicle industry aligns with your values and professional goals, and highlight any personal experiences that have fueled your enthusiasm in this rapidly evolving field.