Mechanical Development Engineer, Electric Engine

As a Mechanical Development Engineer specializing in Electric Engines at Archer, your responsibilities include leading diagnostics and analyses of electric engines, conducting teardowns, and investigating root causes of issues. Additionally, you will develop advanced systems, create detailed documentation, and establish testing specifications to ensure quality and reliability. Your role will also involve leading cross-functional initiatives and providing technical mentorship to engineering teams.

To become a Mechanical Development Engineer at Archer, candidates should possess a Master's Degree in mechanical or electrical engineering or a related field. You will need a minimum of five years of hands-on experience with Electric Engines, demonstrating expertise in diagnostics and troubleshooting. A strong multidisciplinary engineering background and proficiency in analysis and optimization tools like MATLAB are essential for success in this role.

Archer is deeply committed to fostering a diverse and inclusive workplace for its Mechanical Development Engineers and all team members. Our hiring practices ensure equal opportunities regardless of race, gender, or background, and we celebrate our differences. By cultivating an equitable environment, we empower engineers to contribute their unique perspectives and ideas, driving innovation in our groundbreaking electric aviation projects.

At Archer, the target salary range for a Mechanical Development Engineer specializing in Electric Engines is between $134,400 and $168,000. Compensation may vary based on job-related knowledge, skills, and experience. We value our employees’ contributions and work hard to create a pay-for-performance culture that rewards excellence and supports our business objectives.

In addition to the required technical expertise in Electric Engine diagnostics and problem-solving, skills such as effective communication and leadership are beneficial for a Mechanical Development Engineer at Archer. Having experience in aerospace or automotive development, a commitment to safety and quality, and the ability to manage multiple priorities while staying detail-oriented can greatly enhance your impact on our team and projects.

In your response, highlight your hands-on experience and any specific projects where you successfully diagnosed and analyzed Electric Engines. Mention any methodologies you used, such as root cause analysis, and provide examples of how your work led to improvements in performance or safety.

Discuss specific problem-solving methodologies you have employed, such as the 8D or 5 Whys techniques. Provide an example where these strategies helped you overcome a significant engineering challenge and led to a successful outcome.

Explain your approach to task prioritization, such as assessing project impact, deadlines, and team resources. Share a relevant experience where you successfully managed competing priorities while ensuring quality and timely project delivery.

Detail your experience with creating detailed engineering documentation, including protocols, reports, and testing specifications. Highlight how this documentation can improve team collaboration and serve as a reference for future projects.

Share an experience where you successfully led a cross-functional team on an engineering project, emphasizing your role in facilitating communication and collaboration. Discuss the project goals, team dynamics, and the impact of your leadership on the outcome.

Discuss your approach to embedding safety and quality in your engineering work, including adherence to established protocols and conducting regular reviews. Provide an example of a specific initiative you took to enhance safety or quality in a project.

Describe your proficiency in data analysis tools like MATLAB, and share examples of how you've utilized these skills in previous projects to enhance performance and efficiency of electric propulsion systems.

Emphasize your belief in the value of diverse perspectives in solving engineering challenges. Share a story where you creatively collaborated with team members from different disciplines to find an effective solution.

Discuss specific innovations or improvements you’ve implemented in past engineering projects. Emphasize the impact of these contributions on performance, safety, or efficiency and how they align with Archer's mission.

Express your enthusiasm for Archer’s mission in sustainable aviation and your eagerness to contribute your skills to groundbreaking projects. Mention how you align with the company's values of diversity and innovation and desire to be part of a forward-thinking team.