Validation Engineer

As a Validation Engineer at Applied Intuition, your main responsibilities include validating system requirements, developing and executing test cases utilizing HIL test benches and Lab Cars, and engaging in manual vehicle testing. You'll also play a crucial role in integrating tests across automotive components, conducting root cause analysis for any testing failures, and collaborating closely with our engineering teams to rectify those issues.

To be considered for the Validation Engineer position at Applied Intuition, candidates should have at least 3 years of hands-on experience in validation engineering, preferably within the automotive or electronics industries. Proficiency in HIL systems, experience with automotive components such as infotainment and ADAS, and coding skills in Python for test automation are essential qualifications.

Applied Intuition fosters a collaborative atmosphere for Validation Engineers by emphasizing tight communication and teamwork across departments. You'll regularly engage with systems engineering, development teams, and OEM customers to ensure smooth integration of functions and clear communication regarding test outcomes and issues.

Validation Engineers at Applied Intuition use a variety of tools and technologies, including HIL test benches, Lab Cars, and Python for scripting and test automation. Familiarity with automotive network architectures and protocols is also beneficial for validating system-level performance.

At Applied Intuition, we believe in potential and passion. While we have certain requirements for the Validation Engineer role, we encourage enthusiastic candidates to apply even if they don’t meet all qualifications. You might be just the right fit for our dynamic team!

When answering this question, be specific about your hands-on experience with HIL systems. Discuss particular projects where you utilized HIL for testing, what components you worked with, and the outcomes of those validations.

When addressing this question, detail a specific challenge you've encountered while validating a system. Outline the problem, your approach to troubleshooting it, and the ultimate resolution, highlighting collaboration with your team if applicable.

This question seeks to understand your coding skills. Clearly describe your experience with Python or other scripting languages, including how you’ve utilized them for writing automated tests and the impact that had on testing efficiency.

Explain the importance of documentation in your testing process. Share your method for ensuring that test procedures, results, and issues are recorded accurately and clearly for future reference and team collaboration.

Discuss your knowledge of automotive network architectures and protocols such as CAN, Ethernet, and LIN. Provide examples of how this knowledge has been applied in your previous roles to validate systems.

Illustrate a scenario where teamwork was crucial in your validation process. Mention the project, your role in collaboration, and how it led to successful outcomes.

Talk about the strategies you employ to maintain accuracy in testing, such as double-checking results, using systematic testing frameworks, and collaborating with peers for thorough reviews of your work.

Detail your approach to handling test failures, including conducting root cause analysis, troubleshooting, documenting the issue, and communicating with necessary team members to find solutions.

Share resources you use to keep your knowledge current, such as blogs, webinars, and industry conferences, emphasizing your commitment to continual learning and adaptation in the fast-evolving automotive sector.

Reflect on what attracts you to Applied Intuition, such as its innovative approach to vehicle software, commitment to safety, or dynamic work environment. Express how your values align with the company’s mission.