Manufacturing Test Engineer

As a Manufacturing Test Engineer at Anduril Industries, your primary responsibilities include developing and implementing high-fidelity automated test procedures, performing hands-on and data-driven root cause analyses, and collaborating with design teams to ensure product quality. You will also manage test ecosystems to mitigate risks and contribute to hardware reliability while supporting the fast-paced nature of production operations.

To qualify for the Manufacturing Test Engineer role at Anduril Industries, candidates should have at least three years of relevant engineering experience, a bachelor's degree in Electrical Engineering, and proficiency in hardware testing systems. Knowledge of programming languages like Python or MATLAB, along with experience in testing electromechanical systems, is also essential.

Anduril Industries places a strong emphasis on professional development for its Manufacturing Test Engineers. We offer a development stipend, mentorship opportunities, and access to resources for career advancement. Our collaborative environment encourages engineers to learn and adapt, ensuring continuous improvement in their skills and knowledge.

As a Manufacturing Test Engineer at Anduril Industries, you will primarily work with cutting-edge technology related to autonomous underwater vehicles (AUVs). This includes developing test procedures for complex electromechanical systems and utilizing advanced testing protocols to ensure product reliability and performance under various environmental conditions.

Anduril Industries provides a comprehensive benefits package for its Manufacturing Test Engineers which includes top-tier healthcare, generous PTO, mental health resources, and 401(k) retirement plans. Additionally, employees enjoy supportive family planning and childcare assistance, making it a fantastic workplace for engineers balancing their careers and personal lives.

When answering this question, be specific about the automated test systems you have experience with, such as LabVIEW or Test Stand. Discuss how you developed these systems, the challenges you faced, and how you ensured rigorous testing protocols were in place to meet project goals.

Highlight your structured problem-solving methodologies, including specific examples of complex issues you've resolved. Discuss tools and techniques you use, such as fault tree analysis or FMEA, to identify issues effectively and develop practical solutions to improve reliability.

Showcase your project management skills by discussing how you prioritize tasks, allocate resources, and maintain clear communication with team members. Provide examples of how you adapt to changing circumstances while ensuring the testing process remains on schedule.

Discuss your hands-on experience with a range of electromechanical systems, emphasizing your familiarity with various sensors, actuators, and controllers. Use real-world examples to illustrate your ability to troubleshoot and optimize these systems.

Provide a specific scenario where collaboration led to a successful product enhancement. Highlight your communication skills, willingness to listen, and persistence in addressing design challenges, showcasing how you worked together to achieve a common goal.

Mention the programming languages you are familiar with, like Python or MATLAB, and give concrete examples of how you've utilized them in developing automated tests or data analysis. Showcase your problem-solving skills and your ability to create efficient test solutions.

Discuss your commitment to continuous learning by sharing resources you use, such as industry conferences, technical journals, online courses, or forums. This demonstrates your dedication to maintaining cutting-edge knowledge in the field.

Emphasize the importance of thorough documentation, clear communication, and stakeholder involvement in developing a successful testing protocol. Share your belief that a well-structured approach ensures reliability and consistent product performance.

Explain your approach to investigating discrepancies in test results systematically. Discuss root cause analysis and how you would collaborate with the team to identify corrective actions to remedy the issue and improve future results.

Select a project that showcases your problem-solving ability and teamwork. Discuss the hurdles faced during the project and outline the strategies you employed to overcome obstacles, ultimately leading to successful project completion.