Principal Engineer, System Test

As a Principal Engineer, System Test at Otto Aviation, you'll oversee the development, integration, and testing of our aircraft systems. This includes utilizing simulation tools and programming languages to automate processes, leading the creation of test assets for ground-based verification, and collaborating with engineering teams to fulfill testing requirements. You will also mentor junior engineers and ensure compliance with FAA regulations while driving continuous improvement efforts.

To be considered for the Principal Engineer, System Test role at Otto Aviation, candidates should hold a Bachelor's degree in aerospace engineering or a related field, with at least ten years of relevant experience. Proficiency in system testing, integration, and simulation tools such as Matlab or LabVIEW is essential, alongside strong leadership and communication skills to guide and mentor junior engineers.

In the Principal Engineer, System Test role at Otto Aviation, you will work with a variety of tools, including X-Plane, Matlab, and JSBsim for simulations, along with programming languages such as Python and C++. These tools aid in automating testing processes, developing prototypes, and ensuring high-fidelity verification of our systems.

The Principal Engineer, System Test at Otto Aviation plays a pivotal role in fostering a culture of collaboration and innovation. By mentoring junior engineers, sharing knowledge, and leading by example in both technical acumen and safety adherence, you'll help create an environment that encourages continuous improvement and open communication among team members.

The work environment for a Principal Engineer, System Test at Otto Aviation is dynamic and fast-paced, often requiring multi-tasking and adaptability. It’s a hybrid setting that combines independent work with team collaboration, allowing for creativity and innovation in solving complex engineering challenges while maintaining high standards for quality and performance.

In responding to this question, detail specific projects where you led system testing and integration. Highlight the tools and methodologies you used, any challenges you faced, and how you overcame them. This demonstrates your hands-on knowledge and ability to manage complex testing situations.

When discussing your programming proficiency, mention specific languages such as Python or C++ that you’ve used for automation in testing processes. Provide examples of scripts you’ve written or tools you’ve developed that enhanced testing efficiency.

Explain your familiarity with FAA regulations and describe processes you follow to ensure that all test assets and procedures comply. Highlight experiences where you’ve had to prepare documentation or foster communication with FAA representatives.

Discuss your mentoring style, emphasizing your focus on supporting growth and encouraging questions. Share examples of how you’ve guided junior engineers in tackling specific technical challenges or projects, showcasing their improvement under your mentorship.

Detail the simulation tools you've used, such as X-Plane or Matlab, and discuss how you used them in projects for modeling, validation, and verification. Mention any significant outcomes or efficiencies gained from using these tools.

Provide a concrete example of a technical challenge you faced, the steps you took to troubleshoot, and the resolution. Focus on your problem-solving skills and any innovative approaches you implemented for a successful outcome.

Share your methods for prioritizing tasks, such as using project management tools or frameworks like Agile. Discuss specific techniques you utilize to balance multiple projects while focusing on critical deadlines.

Speak about your experience promoting teamwork, whether through regular check-ins, using collaborative tools, or organizing joint workshops. Emphasize how effective communication contributes to project success and team morale.

Discuss your familiarity with rapid prototyping methods like CNC routing or 3D printing. Provide examples of projects where you implemented these techniques, detailing the benefits they provided in speeding up the development process.

Emphasize your openness to constructive feedback and how you view it as an opportunity for growth. Share an instance where feedback helped you improve a project or your approach to engineering challenges.