Senior Engineer, Cabin Pressure Control & Oxygen Systems

You’ll also be involved in cross-functional coordination and will take technical oversight responsibilities, mentoring junior engineers, and ensuring that all systems meet regulatory requirements.

To be considered for the Senior Engineer role at Otto Aviation, candidates should have a B.S. in Mechanical or Aerospace Engineering, coupled with 5-8 years of direct experience in cabin pressurization and environmental control system development. Familiarity with FAR Part 23 and 25 certification requirements, as well as experience in overseeing less experienced engineers, is also necessary for this position.

At Otto Aviation, compliance is a foundational aspect of the Senior Engineer role in Cabin Pressure Control & Oxygen Systems. The position requires a strong understanding of FAR Part 23 and Part 25 regulations. You'll actively generate and review documentation, safety analyses, and liaise with certification authorities to ensure that all designs comply with aviation standards and laws.

Key skills for a Senior Engineer at Otto Aviation include proficiency in environmental control systems, strong problem-solving abilities, and excellent communication skills. Experience with CAD tools like Dassault 3DX or CATIA V6 is also critical for interrogating 3D and 2D data. Additionally, interpersonal skills, critical thinking, and a strong grasp of mechanical systems are vital for success in this role.

At Otto Aviation, the culture values collaboration and creativity. As a Senior Engineer in Cabin Pressure Control & Oxygen Systems, you'll be part of a dynamic and supportive team that promotes teamwork and shared objectives. The atmosphere encourages knowledge sharing and mentorship, making it a great environment for both personal and professional growth.

In answering this question, be prepared to detail your role, the specific challenges you faced, and how you overcame them. Discuss your project management skills, particularly how you coordinated with different teams and ensured compliance with safety regulations.

Discuss your familiarity with these regulations and detail your process for ensuring compliance. Emphasize your attention to detail in documentation and your experience working with certification authorities.

You should highlight specific methodologies you've used, such as simulations or calculations. Explain how you interpret results and integrate them into your design processes to meet project requirements.

Share specific examples of how you’ve guided less experienced engineers. Discuss how you provided support, shared knowledge, and fostered their professional development.

In your response, emphasize your analytical skills and the importance of balancing performance, cost, and regulatory standards. Provide examples of decisions you've made based on your analysis.

Mention tools like Dassault 3DX or CATIA V6, and explain how you use these tools to create designs, analyze models, and validate system interfaces to ensure design compliance and functionality.

Share a specific situation where your problem-solving skills were tested. Explain the challenge, your thought process, and the effective solutions you implemented to resolve it.

Discuss your organizational skills and specific strategies you use to prioritize tasks effectively. You might mention tools or methodologies that help you stay on track and meet deadlines.

Highlight any direct experience you have in managing supplier relationships. Discuss how you ensure quality and alignment with project requirements while keeping communication clear and effective.

Share your strategies for keeping informed about industry trends. This could include attending workshops, reading journals, or networking with other professionals. Emphasize your commitment to continuous learning.