Senior Electrical Engineer, ISR

As a Senior Electrical Engineer at Anduril Industries, you will work closely with systems engineering teams to define requirements derived from physics-based models of sensor performance. Your responsibilities will include developing all electronic aspects of airborne ISR systems, supporting various aircraft platforms, creating new PCB designs, and conducting rigorous system testing in various environments. Collaboration with both internal and external stakeholders is critical to your role, ensuring clear communication and alignment with technical requirements.

To be eligible for the Senior Electrical Engineer role at Anduril Industries, candidates must have a degree in Electrical Engineering or a related field. Essential qualifications include experience in designing, testing, and troubleshooting electronics, both at the component and system levels, along with a solid understanding of modern analog and digital electronic circuits. A proven ability to break down complex systems into functional parts is crucial, as well as being able to work effectively with cross-functional teams and holding a U.S. security clearance.

The work environment for a Senior Electrical Engineer at Anduril is dynamic and innovative, as the company strives to transform defense technology. You will be part of a highly collaborative team culture that encourages interdisciplinary communication and problem-solving. Employees are challenged to think creatively and push the boundaries of technology, all while being supported by top-tier benefits and resources that promote work-life balance and professional development.

A Senior Electrical Engineer at Anduril will engage in exciting projects focused on the design and testing of advanced ISR systems. This includes working on sensor electronics, power management, and aircraft integrations that push the envelope of current capabilities. Expect to validate models against real-world data, lead design trades, and develop innovative solutions that will directly impact military operations in a meaningful way.

Anduril Industries fosters the professional growth of Senior Electrical Engineers through comprehensive resources and initiatives. Employees have access to a professional development stipend, which can be used for training, conferences, and other career-enhancing opportunities. Moreover, Anduril promotes a culture of learning, encouraging engineers to stay updated with advancements in technology and best practices within the field.

When answering this question, highlight specific projects where you designed PCB layouts, discussing the design process and any software tools you used (like Altium or Eagle CAD). Mention how you ensured the designs were functional and adhered to project specifications.

To tackle troubleshooting, explain your systematic approach, which might include isolating components, using tools like oscilloscopes or multimeters, and referring to schematics. Providing an example of a complex issue you've resolved can give your answer depth.

Discuss methodologies such as simulation, lab testing, and comparison against theoretical models. Share specific instances where your validation process led to significant improvements in a project or avoided potential failures.

Frame your response around a project where teamwork was essential, detailing your role and the benefits of collaboration. Highlight your communication skills and how they contributed to the project's success.

Outline your familiarity with various sensor technologies, such as EO/IR or LIDAR, and emphasize any projects where you integrated these technologies into systems. Discuss any challenges you faced and how you overcame them.

Mention resources such as industry publications, webinars, and professional associations that you follow to keep up-to-date. Discuss any recent trends or technologies that you find particularly intriguing and how they could impact your work.

Elaborate on the specific tools you're proficient in, such as MATLAB or Python, and provide an example of how you've utilized these tools to model and analyze a system. Highlight the outcomes of your simulations to showcase their importance in your design process.

Address your conflict resolution skills by providing strategies like open communication and collaborative problem-solving. Share an example where you successfully resolved a conflict, focusing on the positive outcomes.

When discussing power management, cover aspects such as efficiency, reliability, and adaptability. Provide an example of a project where effective power management was crucial to the system's success.

Talk about your ability to assess tasks based on urgency and impact. Share a structured approach you use, such as creating a prioritized list, and resonate with the fact that flexibility is often key in engineering projects.