Electrical Engineer - UAS

As the Electrical Engineer - UAS at Anduril Industries, you will engage in research and development for aircraft engines, PCB design, integration testing of electrical subsystems, and creating interconnect diagrams for various electronic components. Additionally, you'll evaluate vendors and contribute to design reviews, playing a key role in building and testing engine system components.

Candidates for the Electrical Engineer - UAS role at Anduril must have a Bachelor’s Degree in Electrical Engineering or equivalent, along with over 5 years of experience in designing and troubleshooting complex systems. Furthermore, familiarity with electronic CAD tools and a knowledge of modern analog and digital electronics are essential.

The salary range for the Electrical Engineer - UAS position at Anduril Industries is between $120,000 and $180,000 USD. This range can vary based on experience, specific skills, and business considerations, complemented by highly competitive equity grants and additional benefits.

Anduril Industries provides a robust benefits package for Electrical Engineers, including platinum healthcare benefits, generous PTO plans, family planning support, professional development stipends, and mental health resources. Employees also enjoy daily meals in the office and a comprehensive 401(k) plan.

Anduril Industries is committed to the professional development of its Electrical Engineers by offering stipends for continuous learning and growth opportunities. This can encompass workshops, courses, and access to resources that help you expand your skills and advance your career.

When answering this question, highlight your specific experiences in PCB design, including the tools you've used, any relevant projects, and how your designs have contributed to project outcomes. Discuss your approach to component selection and layout, showcasing your technical expertise.

Explain your systematic approach to integration testing, detailing how you ensure all components work together effectively. Mention any specific testing methodologies you employ, the tools you use, and the documentation process to track results and improvements.

Emphasize the importance of clear and effective communication in collaborating with cross-disciplinary teams. Share examples of how you've successfully communicated technical concepts to non-technical stakeholders or how it enhanced teamwork on previous projects.

Discuss specific experiences where you've addressed signal integrity and power integrity in your designs. Highlight techniques you have used to mitigate issues and the impact of effective management on project performance.

Share your strategies for staying informed about industry advancements, such as attending conferences, participating in relevant online courses, or subscribing to professional journals. Mention how this ongoing education has enhanced your work.

Describe a specific design challenge you encountered, providing context and detailing the steps you took to resolve it. Focus on your problem-solving skills and how the resolution benefitted the project or team.

Articulate your understanding of DO-254, DO-178C, and other relevant standards. If applicable, provide examples of how you've applied these standards in your previous projects and the importance of compliance in military applications.

List the testing equipment you are familiar with, such as oscilloscopes, logic analyzers, and thermal chambers, and explain how you've used them in past projects to achieve successful outcomes.

Discuss your method for conducting vendor evaluations, emphasizing criteria such as reliability, cost, quality, and lead time. Share how thorough evaluations can impact the success of your projects.

Convey your passion for the defense technology sector and how Anduril's mission aligns with your values. Share specific aspects of the company's innovative approach that resonate with you, solidifying your motivations to join the team.