Lead Motor Control Engineer

The Lead Motor Control Engineer at Skyryse is responsible for designing and developing algorithm and driver software for electro-magnetic control units. In addition to this, the engineer will work on certifiable flight automation technologies, perform performance analysis, and develop actuator models, ensuring all objectives meet the standards of DO-178C.

Candidates for the Lead Motor Control Engineer position at Skyryse should possess a Bachelor of Science degree in Computer Science, Mechanical, Electrical, or Aerospace Engineering, along with over 8 years of professional experience. Proficiency with tools like MATLAB/Simulink, C/C++, and experience in developing software requirements is also essential.

Skyryse fosters a collaborative and innovative work culture, providing the Lead Motor Control Engineer with a dynamic team of colleagues who are motivated and passionate about changing the world of aviation. Employees benefit from flexible work arrangements, a strong vision, and resources necessary for independent work.

The salary range for the Lead Motor Control Engineer at Skyryse is between $100,000 and $250,000, commensurate with experience. This competitive compensation is complemented by valuable stock options and a comprehensive benefits package.

Preferred qualifications for the Lead Motor Control Engineer role at Skyryse include a Master's or PhD in Mechanical, Electrical, or Aerospace Engineering, over 10 years of relevant professional experience, and expertise in embedded systems, particularly in designing fly-by-wire operational flight software that complies with DO-331.

When answering this question, highlight specific projects where you've used MATLAB/Simulink to develop or model motor control systems. Discuss the algorithms you've implemented, any challenges you faced, and how you overcame them. Showing a deep understanding of these tools and their application in real-world scenarios will showcase your expertise.

A solid response should demonstrate a clear understanding of the DO-178C guidelines. Discuss your process in developing software for safety-critical applications, highlighting experiences where you worked on software requirements and verification processes that align with certification protocols.

Outline your development methodology, whether it's Agile, Waterfall, or another approach. Emphasize collaboration with cross-functional teams, your familiarity with version control systems, and how you ensure code quality and maintainability throughout your projects.

Use the STAR method (Situation, Task, Action, Result) to frame your answer. Choose a relevant problem related to motor control or software development, explain the context, what you needed to accomplish, the specific actions you took, and the positive outcome that resulted from your efforts.

Discuss the resources you leverage to stay updated, such as industry journals, conferences, online courses, and professional networks. Mention any recent trends or technologies that excite you and how you incorporate this knowledge into your work.

Explain the importance of simulation in predicting system behavior, validating designs, and reducing development time. Discuss your own experiences with simulation tools and how they contributed to successful project outcomes, emphasizing any specific instances where simulation helped solve a complex issue.

Share a story about a project where performance requirements were critical. Highlight the methods you used for testing and validation, the criteria you measured, and any tools that helped you verify compliance with performance goals. This shows your analytical skills and attention to detail.

Share any direct involvement in certification projects, detailing your role in preparing documentation, working with regulatory bodies, and understanding the requirements needed for approval. This experience demonstrates your ability to navigate critical industry regulations.

Discuss your approach to mentoring, focusing on fostering independence while providing guidance. Share specific tactics like one-on-one sessions, code reviews, and fostering a collaborative learning environment that emphasizes growth and confidence in skills.

Articulate your excitement about Skyryse’s mission and innovative approach to aviation. Mention how their values align with yours, your admiration for their technology, and your desire to contribute to a project that has the potential to enhance aviation safety and accessibility, thus impacting lives positively.