Test & Evaluation Engineer - Mission Autonomy

As a Test & Evaluation Engineer - Mission Autonomy at Anduril Industries, your responsibilities include planning and executing various testing protocols on UAS systems, conducting software and integration testing, and analyzing test data. You'll also collaborate with engineering teams to improve system performance and manage test activities in coordination with external agencies. Your role is crucial in ensuring our cutting-edge systems meet operational requirements.

To qualify for the Test & Evaluation Engineer role at Anduril Industries, you need a Bachelor's degree in engineering, with a strong understanding of engineering principles concerned with autonomous systems. Proven experience with testing protocols and excellent communication skills are also essential, along with the ability to obtain a Top Secret-Level security clearance.

Success in the Test & Evaluation Engineer - Mission Autonomy position at Anduril Industries requires solid data analysis skills, the ability to manage multiple projects simultaneously, and a collaborative spirit. Familiarity with programming languages such as C++, Python, or Java can enhance your capabilities in this role, especially as you work on cutting-edge technologies.

Yes, travel is required for the Test & Evaluation Engineer position at Anduril Industries. This is essential for participating in hands-on testing activities across various locations, ensuring you can effectively execute and manage testing procedures in field environments as part of your role.

As a Test & Evaluation Engineer - Mission Autonomy at Anduril Industries, you will work with several advanced technologies, including AI-powered systems, sensor fusion, and computer vision. You'll be engaged in testing cutting-edge systems designed to enhance military performance and autonomy, offering you the opportunity to work at the forefront of defense technology.

In answering this question, emphasize your experience in designing and executing rigorous testing protocols. Discuss specific methodologies you've used, such as software validation or integration tests, and how they relate to Unmanned Aerial Systems or autonomous technologies.

When discussing your data analysis approach, highlight your methodology for collecting, interpreting, and reporting test data. Mention any specific tools or programming languages you are proficient in that assist in effective analysis and how you translate data insights into actionable engineering recommendations.

You can answer by emphasizing your communication skills and collaborative approach. Discuss how you initiate dialogues, share test results, and involve different engineering disciplines in the evaluation process to improve overall system performance.

Explain your strategies for time management, such as prioritization of tasks, setting realistic timelines, and utilizing project management tools. Illustrate with an example where you successfully managed competing deadlines in the engineering field.

Use this opportunity to discuss a specific testing project that posed challenges and how you approached problem-solving. Focus on the analytical and technical steps you took to overcome obstacles and achieve your testing goals.

Detail your experience with UAS technology, including design, operational deployment, and specifics about any testing you’ve conducted. Relate your knowledge of industry standards and regulations to illustrate your familiarity with the UAS landscape.

Your response should reflect a genuine passion for defense technology and innovation. Speak to how Anduril's mission aligns with your career aspirations and your desire to contribute to impactful projects that elevate military capabilities through advanced technology.

Safety is paramount in testing environments. Share your understanding of established safety protocols and how you consistently apply them in your work. Consider providing examples where you identified potential hazards and took steps to mitigate them during the testing process.

Discuss your proficiency in programming languages relevant to the testing process, such as Python or C++. Explain how you apply these languages to develop scripts or tools that automate testing procedures, enhance data analysis, or further the functionality of testing equipment.

Communicate your openness to constructive feedback as a critical part of the evaluation process. Mention how you use feedback to refine testing protocols, improve your work, and drive enhancements in the overall system design.