Test Automation Engineer (RF)

As a Test Automation Engineer (RF) at Anduril Industries, you will be responsible for developing systems for automated development and production testing. This involves integrating RF test equipment with existing infrastructure, defining software interfaces for enabling automated testing, and working collaboratively with various engineering teams to ensure the flawless performance of Electromagnetic Warfare products.

Candidates interested in the Test Automation Engineer (RF) role at Anduril Industries should possess a strong engineering background, ideally in Computer Science, Software Engineering, or related fields. Moreover, experience in integrating hardware systems, particularly automated test equipment, and proficiency in programming with Python and functional languages are crucial for success in this position.

To excel as a Test Automation Engineer (RF) at Anduril Industries, you should be proficient in Python and have experience with typed functional programming languages like Haskell or Rust. Additionally, familiarity with automated regression testing and strong software development practices will enhance your ability to deliver quality testing solutions for advanced defense technology.

At Anduril Industries, the work environment for a Test Automation Engineer (RF) is highly collaborative and integrated. You will be working alongside RF engineers, digital systems engineers, and manufacturing teams within a forward-thinking culture that values innovation and problem solving. There is also a strong focus on professional development support, ensuring team members have opportunities to grow their skills.

Currently, the Test Automation Engineer (RF) position at Anduril Industries is based in Costa Mesa, California, and emphasizes on-site collaboration to foster teamwork and innovation. However, specific arrangements may be discussed during the recruitment process depending on individual circumstances.

In answering this question, highlight your previous projects where you successfully integrated RF test equipment into automated test systems. Discuss specific tools or programming languages used and the impact your contributions had on improving testing efficiency.

When responding, emphasize your organizational skills and strategies for time management. Talk about employing project management tools, setting clear priorities based on deadlines and impact, and maintaining open communication with teammates to align on goals.

Describe your systematic approach to debugging, which may include reviewing logs, utilizing breakpoints, and analyzing system behaviors. Provide an example of a challenging bug you encountered and how you resolved it effectively.

Discuss your proficiency with relevant programming languages, particularly Python and any functional languages. Illustrate how you've used these languages in previous projects, focusing on specific functionalities or automation tasks.

Explain your understanding of configuration management as it relates to automated testing, including version control systems and maintaining software builds. Share a situation where you implemented effective configuration management practices in a team setting.

Outline a project where you created a comprehensive automated testing framework. Detail the steps you took, challenges you faced, and the outcome, specifically how it improved product delivery and quality.

Respond by discussing your experience with tracking changes in software development and how you use documentation and versioning systems to maintain traceability throughout the testing lifecycle. Provide examples where this transparency led to successful project outcomes.

Share your passion for technology and how you believe in the importance of defense capabilities in today's world. Mention specific areas of defense technology that excite you, showing your dedication to this field.

Emphasize your commitment to continuous learning by discussing resources you utilize, such as industry journals, online courses, and technical forums. Mention how this knowledge has assisted your work as a Test Automation Engineer.

In your response, acknowledge potential challenges such as rapid technological changes or project deadlines. Discuss your proactive approach to addressing these issues, including ongoing training and fostering team collaboration to ensure success.