Senior Electrical Engineer - job 2 of 6

As a Senior Electrical Engineer at Anduril Industries, your primary responsibilities include developing subsystems for missiles and UAVs, conducting full-cycle PCB design, managing vendor relationships, and performing rigorous testing of electrical systems. You'll work on avionics systems, interconnect diagrams, and support other subsystem developments, ensuring high performance and reliability of our cutting-edge technologies.

To be eligible for the Senior Electrical Engineer role at Anduril Industries, applicants should possess a Bachelor’s Degree in Electrical Engineering or a related field, along with 5+ years of experience in designing and troubleshooting complex PCB designs. Familiarity with various electronic CAD tools, standard interfaces, and test equipment is crucial, as is an understanding of modern analog and digital electronics.

Collaboration at Anduril Industries is vital for success as a Senior Electrical Engineer. You’ll collaborate across disciplines, participate in peer-level and cross-discipline design reviews, and support various subsystem developments. Regular coordination with team members and vendor evaluations enhances the efficiency and effectiveness of the engineering processes.

At Anduril Industries, Senior Electrical Engineers enjoy an array of top-tier benefits. This includes comprehensive healthcare coverage, generous paid time off, professional development stipends, mental health resources, and equity grants. Additionally, the company offers relocation assistance and various wellness programs to ensure a supportive work environment.

The salary range for a Senior Electrical Engineer at Anduril Industries is estimated between $142,000 to $213,000 USD. This range is influenced by several factors, including work experience, education, and critical skills. Competitive equity grants are also included as part of the overall compensation package.

When discussing your PCB design experience, focus on specific projects. Highlight your process from requirements gathering to schematic design, component selection, and layout supervision. Illustrating your problem-solving abilities during testing and debugging will demonstrate your comprehensive understanding of the PCB design lifecycle.

For troubleshooting, it's essential to describe a systematic approach. Talk about how you leverage test equipment, analyze data, and perform root cause analysis. Highlight instances where you successfully diagnosed issues and the steps you took to rectify them, showcasing your technical expertise and analytical skills.

Effective communication is crucial. Mention your ability to convey complex technical concepts to varied audiences, your experience in conducting design reviews, and how you foster collaboration among cross-functional teams. Providing examples of how you've successfully navigated team dynamics will underscore the importance of these skills.

Detail your specific experience with avionics systems, such as flight controls and sensors. Discuss how you contributed to system integration and testing and outline any challenges you faced and overcame. This will demonstrate your hands-on experience and your commitment to delivering reliable avionics solutions.

Discuss your familiarity with electronic CAD tools, specifically mentioning any experience with Altium or similar software. Provide context by explaining how you've used these tools in previous projects for design layout, circuit simulations, or component sourcing, highlighting your technical efficiency.

Talk about your familiarity with these standards and the methodologies you implement to ensure compliance. This could include conducting rigorous documentation, peer reviews, and adhering to design lifecycle processes that are in line with these standards, showcasing your attention to detail and commitment to quality.

Vendor relationships are crucial for obtaining quality components and maintaining project timelines. Discuss the importance of clear communication, establishing mutual goals, and how regular evaluations ensure that vendor performance meets project requirements. Real-life examples will further illustrate your understanding of this aspect.

Describe your project management approach, including how you gather requirements, set timelines, and ensure alignment with business goals. Highlight your organizational skills, ability to adjust to changes, and the importance of teamwork in ensuring successful project delivery.

Discuss how innovation drives your engineering decisions. Mention your awareness of new technologies and methods, and provide examples of how you’ve implemented innovative solutions to improve designs or processes. This will showcase your forward-thinking mindset and adaptability in the ever-evolving field of engineering.

Share your methods for staying informed about industry trends, whether through professional organizations, journals, online courses, or networking with peers. Highlight any specific knowledge that has directly influenced your work or led to successful adaptations of new technologies in your projects.