Senior Test & Evaluation Engineer - Mission Autonomy

As a Senior Test & Evaluation Engineer - Mission Autonomy at Anduril Industries, your responsibilities will encompass driving the development of testing methodologies specifically for mission autonomy systems. You'll design test plans to validate the performance of our autonomous systems, analyze test data for improvements, and collaborate closely with cross-functional teams to ensure alignment with our project objectives. Your role is crucial in executing and analyzing simulations to replicate real-world scenarios, which in turn optimizes the overall performance of our systems.

To be considered for the Senior Test & Evaluation Engineer - Mission Autonomy role at Anduril Industries, you'll need a Bachelor's degree in engineering, computer science, robotics, or a related field. Five years of experience in flight testing, particularly with autonomous systems, is essential. Additionally, a demonstrated ability to develop and execute complex test plans, strong analytical skills, and effective communication abilities are necessary to thrive in this position.

Yes, a critical aspect of the Senior Test & Evaluation Engineer - Mission Autonomy position at Anduril Industries is the need for a U.S. Top Secret-Level security clearance. This requirement ensures that all team members work in compliance with national security protocols, given the sensitive nature of the defense technologies we develop.

While the required qualifications are essential, having direct experience in mission autonomy systems development and testing is a preferred qualification for the Senior Test & Evaluation Engineer role at Anduril Industries. Familiarity with simulation environments used in autonomous systems testing and knowledge of programming languages such as Python or C++ would also be highly beneficial in enhancing your candidacy.

At Anduril Industries, the benefits for a Senior Test & Evaluation Engineer - Mission Autonomy are extensive. You will receive comprehensive healthcare benefits, generous leave policies, including 16 weeks of paid caregiver and wellness leave, and a professional development stipend. Additionally, we provide excellent retirement savings options and various other perks, including daily meals and commuter benefits, creating a well-rounded support system for our employees.

In answering this question, focus on specific projects you've worked on, detailing your role and the methodologies employed. Highlight your problem-solving skills and how you tackled challenges encountered during test flights. Discuss any improvements your testing led to, emphasizing the results achieved.

When discussing your strategies for designing test plans, consider emphasizing your analytical approach. Explain how you assess system capabilities and operational requirements to create simulation scenarios that challenge the system. Mention sourcing input from cross-disciplinary teams to ensure thoroughness.

To effectively answer this question, discuss your familiarity with data analysis tools and techniques. Explain your process for reviewing collected data, identifying trends or issues, and proposing actionable improvements. Provide examples of successful data-led recommendations you've made.

Detail your experience working with individuals from different disciplines, such as software engineers and product managers. Explain how this collaboration has been critical to meeting project goals and how you ensure clear communication and alignment among team members.

Here, focus on both technical and operational challenges you've encountered or foresee in testing autonomy systems. Discuss how you approach these challenges, such as ensuring reliability, managing data flow, and validating complex behaviors within the systems.

Use this question to illustrate your ability to think on your feet. Describe the situation, the changes needed, and how you implemented the adjustments. Highlight your decision-making process and the outcome of your adaptability.

Relate your experience with specific simulation tools used for testing autonomous systems. Discuss how these tools contributed to verifying system performance and your familiarity with integrating simulation results into the overall testing framework.

Explain your approach to reporting and presenting test data. Discuss the importance of tailoring your communication to different stakeholders and ensuring that the information conveyed is actionable and clear.

Articulate your motivations for working in defense technology, such as the impact your work can have on real-world situations. Share any personal experiences or influences that have shaped your interest in this field.

Provide a forward-thinking perspective on the evolution of mission autonomy. Discuss emerging trends, technological advancements, and how you envision those impacting the defense industry and autonomous systems development.