Nvidia Software Engineer Autonomous Vehicle 

China, Beijing, Beijing 

548632934

What you will be doing:

• Identify, troubleshoot, and resolve system-level issues that affect the performance andreliability/reproducibilityof replay tests.

• Build and improve tools that automate the testing process, enabling a culture of test-driven development across the company.

• Collaborate with engineering, data science, and release to monitor and enforce robust criteria for measuring and gating releases.

• Design, develop, and maintain software infrastructure and tooling for regression monitoring and measuring the behavior and performance of autonomous driving systems.

• Provide concrete insights from analysis to improve the quality of new features.

• Create/Lead and maintain dashboards, reports, and data visualization tools that allow others to understand software performance.

• Contribute to improve the overall process, quality of products

What we need to see:

• BS (or equivalent experience), MS, or higher degrees in Engineering or Science field.

• 3+ years of software engineering experience, preferably in the field of simulation, autonomous systems, robotics, artificial intelligence or related areas.

• Proficiency in Python (highly preferred), C++ or similar high-level programming languages.

• Experience working with large datasets, SQL

• Experience with source control like git, Gerrit

• Strong design, coding, analytical, debugging, and problem-solving skills

• Strong understanding of software testing methodologies and test-driven development.

• Excellent problem-solving, analytical skills, and technical troubleshooting skills.

• Strong communication and collaboration skills.

• Demonstrated ability to perform in situations with high ambiguity and competing priorities.

Ways to stand out from the crowd:

• Experience with scaling the use of autonomous vehicles simulation frameworks.

• Good at Bazel, Docker, Jenkins.

• Knowledge of AI/ML systems, or AI-native systems

• Having Experience in large-scale simulation for hardware or software validation of any robotics solution.