Systems Test Engineer, System Behavior Analysis

Zoox•San Diego, CA

1d•$143,000 - $177,000

About The Position

Autonomous vehicles have some of the largest, most complex software ever shipped in a safety-critical environment. Solving that problem is one of the most exciting technical challenges of our lifetime. As a Systems Test Engineer on our System Behavior Analysis Autonomous team, you will play a critical role in the development of Zoox's autonomous platform, working with a broad set of engineering teams across Zoox. You will help triage and root cause the issues identified during testing and real-world operations. You will also produce reports and insights that inform leadership on the overall quality and influence of engineering decisions. Your ability to distill complex systems and root cause issues will be crucial to producing a safe and stable vehicle platform.

Requirements

Bachelor's or Masters degree in Computer Science or STEM-related field
Minimum of 5 years of experience in systems troubleshooting and diagnostics, preferably in the automotive or embedded systems industry
Experience using Python or a similar language for automation, programming, and scripting
Strong analytical and problem-solving skills with a methodical approach to root cause analysis
A passion for autonomous vehicle technology and safety is essential

Nice To Haves

Experience in a Quality Assurance or Triage role for Autonomous Driving
Project Management experience on programs involving cross-functional partners and offshore teams
Experience with data analytics, dashboards, queries, etc using SQL, Python, and/or Databricks

Responsibilities

Utilize data analytics to analyze and diagnose a wide range of system faults and errors related to perception, planner, and other AI software from both on-road testing and system simulations.
Effectively categorize and prioritize issues based on severity, urgency, and potential impact on safety and performance by working collaboratively with cross-functional teams (engineering, software, testing).
Identify trends in system failures and propose preventative measures to improve overall system safety and robustness by producing clear and concise reports of system issues, troubleshooting steps, and root cause analysis.
Be hands-on, lead by example, and develop tools and workflows to drive improvements for both quality and quantity aspects of the triage.
Demonstrate operational agility by quickly adapting to changing priorities, managing multiple tasks simultaneously, and implementing effective solutions in dynamic environments.