Reliability Engineer

As a Reliability Engineer at Anduril Industries, your main responsibilities will include identifying risks early in the design phase via tools like Design Failure Modes and Effects Analysis. You'll also support the Design Requirements Process, engage in root cause analysis and corrective action management, and oversee the production hand-off in collaboration with Quality Engineering. Additionally, you'll monitor field performance and recommend improvements, ensuring continuous advancement of our systems.

To qualify for the Reliability Engineer position at Anduril Industries, candidates must hold a B.S. Degree in Engineering and possess a minimum of 2 years of relevant industry experience. Ideal candidates should have experience with advanced hardware or electronics systems. Preferred qualifications include familiarity with Failure Analysis, Root Cause Analysis methodologies, and experience in sectors such as aircraft, automotive, or electronics.

Anduril Industries is committed to the continuous professional development of its team members, including Reliability Engineers. The company offers a professional development stipend, which allows employees to pursue courses, certifications, or training that enhance their skills. Additionally, Anduril supports a culture of collaborative learning and innovation, empowering you to grow within the role and industry.

At Anduril Industries, Reliability Engineers work closely with multidisciplinary teams, including Development, Quality, and Test Engineering. This collaboration is essential for effectively addressing challenges, optimizing product reliability, and ensuring a comprehensive understanding of products through the new product development life cycle, promoting a culture of teamwork and shared success.

Reliability Engineers at Anduril Industries will engage with cutting-edge technologies including AI-driven operating systems, sensor fusion, and advanced hardware systems. The role involves collaborating in developing innovative solutions that enhance military capabilities, allowing you to push the boundaries of technology and contribute to real-world impact through defense advancements.

When answering this question, highlight specific instances where you employed Design Failure Modes and Effects Analysis in your previous roles. Discuss how you identified risks, the methodologies you used, and the outcomes of those analyses. Emphasize your ability to collaborate with engineers to devise effective mitigation strategies.

In your response, outline the steps you take when conducting root cause analysis, such as defining the problem, collecting data, identifying potential causes, and validating the real cause. Share examples from past experiences that demonstrate your analytical skills and problem-solving abilities and how they led to successful corrective actions.

Discuss various continuous improvement methodologies, such as Six Sigma or Lean, that you've utilized in your past roles. Describe specific strategies for monitoring metrics, utilizing data-driven decisions, and implementing corrective actions based on findings to enhance product reliability effectively.

Use this opportunity to share experiences from your previous roles where you collaborated with diverse teams, such as Development and Quality Engineering. Highlight your communication skills and how successful collaboration led to improved project outcomes, emphasizing the significance of teamwork in engineering environments.

When answering this question, focus on your time management skills and strategies that help you prioritize tasks during high-pressure scenarios. Provide examples where you successfully met deadlines while maintaining high quality in your work, showcasing resilience and adaptability in challenging situations.

Reflect on your familiarity with tools and software you've used for predictive modeling, such as MATLAB, FMEA tools, or industry-specific software. Discuss your proficiency in data analysis and how you applied these tools in past projects while highlighting their impact on enhancing product reliability.

In your response, describe the processes you follow to gather, analyze, and report field performance metrics. Highlight how consistent tracking leads to actionable insights and improvement recommendations, emphasizing the importance of data transparency and stakeholder communication.

Discuss your strategies for coordination between Development and Production teams. Highlight the importance of thorough documentation, checklist reviews, and teamwork to ensure all requirements and quality standards are met for a successful transition from development to production.

Share a specific instance where you identified lessons learned from a project and took proactive steps to implement corrective actions. Highlight your analytical abilities and how these changes led to tangible results in reliability and performance, reinforcing the importance of a learning culture.

Your answer should express genuine enthusiasm for the position and company. Talk about your interest in cutting-edge technology, the impact of defense innovation on national security, and how your skills align with Anduril's mission to transform military capabilities through advanced technology.