Power Electronics Engineer

To be considered for the Power Electronics Engineer role at Anduril Industries, candidates should hold a BS in Electrical Engineering or a related discipline, along with at least 5 years of specialized experience in power electronics. Experience with high voltage and high power designs, particularly with DC/DC converters and inverters in the multi-kW range, is essential. Familiarity with compliance standards in the military or aerospace sectors, such as MIL-STD-461 and DO-160, is highly valued as well.

As a Power Electronics Engineer at Anduril Industries, your primary responsibilities will include leading the development of electrical power subsystems and serving as the subject matter expert in power conversion activities. You'll collaborate with mechanical engineers to ensure optimal component selection, create detailed schematics, and trade-off analyses to meet size, weight, and power requirements. Your role will also involve achieving project reliability goals while managing relationships with key vendors.

Anduril Industries is committed to the growth of its employees, including Power Electronics Engineers. The company provides a professional development stipend to encourage continuous learning and skills enhancement. This support allows engineers to pursue further educational opportunities, certifications, or training that can boost their career within the innovative field of defense technology.

The Power Electronics Engineer role at Anduril Industries emphasizes skills in designing and developing power electronics with a focus on DC/DC converters and inverters. A strong understanding of control theory is crucial, along with experience in working with Wide Bandgap Semiconductors and embedded software for inverter control. Familiarity with circuit design tools like Altium Designer is also a plus, enhancing your ability to contribute effectively to the team.

The salary for a Power Electronics Engineer at Anduril Industries ranges from $120,000 to $180,000 USD annually. This estimate takes into account various compensation factors, including work experience and education. In addition to the competitive salary, Anduril offers a comprehensive benefits package, including equity grants, healthcare, generous leave policies, and much more.

In your response, focus on specific projects you've worked on, detailing the types of power conversion technologies you've utilized and the results you achieved. Emphasize your understanding of DC/DC and AC/DC conversion processes, and relate your experience to relevant industry standards.

Discuss your approach to reliability by mentioning design-for-reliability methodologies, such as DFMEA, and any tools you use for testing and validation of designs. Share examples of past work where you successfully implemented these strategies to enhance system reliability.

Highlight your communication skills and teamwork experience. Provide examples of how you've successfully collaborated with mechanical engineers in previous roles to integrate high-power components and achieve project goals, showcasing your ability to bridge electrical and mechanical design considerations.

Prepare to share a detailed account of a complex project, including the challenges faced, your problem-solving strategies, and the outcome. Emphasize your role in overcoming obstacles and any innovative solutions you contributed to the project.

Discuss methods like attending industry conferences, participating in webinars, reading relevant journals, or being part of professional organizations. Emphasize your commitment to staying informed about new technologies and trends that could contribute to your work at Anduril.

Be prepared to specify which standards you’ve worked with, such as MIL-STD-461, 464, and others. Discuss how your knowledge of these standards influenced your design decisions and project outcomes, illustrating your familiarity with compliance processes.

Talk about your experience negotiating with vendors, ensuring timely delivery of components, and managing performance expectations. Provide examples of how you fostered strong relationships to support project success.

Mention specific simulation tools you've used, such as MATLAB or PSpice. Describe how these tools aided you in the design and testing phases, and share insights into how they contributed to the overall success of your projects.

Discuss your criteria for component selection, such as performance specifications, cost, and reliability. Provide an example where your selection positively impacted the project outcome, showcasing your analytical skills in evaluating trade-offs.

Describe your systematic approach to troubleshooting, including how you isolate issues and verify system functionality. Share a past experience that illuminates your problem-solving skills, particularly in high-stakes environments like military or aerospace projects.