AV Test Support Specialist

An AV Test Support Specialist at Gatik plays a crucial role in testing and validating the performance of our autonomous trucks. This involves monitoring vehicle operations, executing test protocols, logging real-time observations, and troubleshooting technical issues to ensure the safe and efficient functioning of our autonomous technology.

While a Bachelor’s degree in engineering, computer science, automotive technology, or a related field is preferred, relevant experience can also be sufficient. Candidates should have a strong grasp of computer systems, vehicle diagnostics, and logging software to succeed in this position at Gatik.

While prior experience in vehicle testing, automotive technology, or robotics is beneficial, it is not mandatory. What’s more important is a willingness to learn and strong analytical skills to interpret real-time data effectively during testing processes at Gatik.

Essential skills for the AV Test Support Specialist at Gatik include exceptional attention to detail, strong communication abilities to provide clear feedback, and familiarity with advanced vehicle technology. The ideal candidate should also be adaptable and comfortable working in a fast-paced environment.

A typical day for an AV Test Support Specialist at Gatik involves monitoring autonomous test runs, executing specific test protocols, documenting observations, collaborating with engineering teams, performing pre-trip and post-trip checks, and maintaining detailed test logs to support ongoing software improvements.

To ensure the safety of autonomous vehicles during testing, I would adhere strictly to established safety protocols and operational guidelines while monitoring vehicle performance closely. I would also communicate any potential issues to the engineering team promptly to prevent accidents.

My experience with vehicle diagnostics includes using diagnostic tools to monitor performance, troubleshooting technical issues, and interpreting data. This background gives me a strong foundation for identifying and addressing problems effectively during test runs.

I am familiar with various vehicle logging and diagnostic software tools, including data visualization tools for analyzing test results. I believe that understanding these tools is crucial for effectively monitoring and enhancing vehicle performance during tests.

To document test observations effectively, I would maintain organized logs that capture detailed and structured information about vehicle behavior, interactions with environments, and system performance. This would include timestamps and annotations for easy reference for future analysis.

If a vehicle experiences an unexpected issue during a test, I would immediately follow safety protocols, communicate the issue to the engineering team, and document the situation thoroughly. I would also assist in troubleshooting to identify the root cause of the problem.

I handle pressure during testing by focusing on task prioritization and maintaining clear communication with my team. Keeping a calm demeanor allows me to analyze situations critically and respond quickly to any challenges that arise.

My approach to analyzing real-time data involves actively monitoring key performance indicators and looking for patterns or anomalies. I would use logical reasoning to interpret the data and provide actionable feedback to the engineering team for improvement.

In my previous role, I collaborated with engineering teams by providing detailed feedback on test runs. My observations helped identify software issues which led to significant improvements in system reliability, demonstrating the importance of communication and teamwork in our success.

I am passionate about autonomous vehicle technology and excited about Gatik’s commitment to revolutionizing the B2B supply chain. Working as an AV Test Support Specialist allows me to contribute to groundbreaking advancements while continuously learning in a fast-paced environment.

Challenges in autonomous vehicle testing may include navigating complex environments and ensuring the technology responds appropriately to dynamic situations. However, I believe that with meticulous testing and collaboration among teams, we can enhance system reliability and safety.