
Systems Integration Engineer II, Feature Integration, Autonomy
- Palo Alto, CA
- $105,100-131,400 per year
- Permanent
- Full-time
Role SummaryIn this role, you will help analyze real world driving data to evaluate Rivian’s Automated Drivingand Active Safety features. At Rivian, your contributions will directly enhance the dailyexperience and safety of our customers - by continuously measuring the quality andperformance of features, driving crucial improvements aligned with Rivian's mission.
Responsibilities
- Design, develop and deploy KPIs and metrics to evaluate the quality and performance of Automated Driving and Active Safety features built on Rivian’s Autonomy Stack
- Develop measurements based on the operational design domain, functional, performance, and safety requirements of features
- Devise scalable methodologies for measuring and analyzing large datasets in simulation that can predict on-road feature performance
- Develop signatures that identify and trigger events of interest leveraging Rivian’s autonomy logging pipeline
- Collaborate within Autonomy development teams such as pose, perception, planning, motion control for end-to-end metric design and development
- Work closely with the Simulation Infrastructure team for development, integration, and testing of metrics
- Collaborate with the Data Analytics and Cloud teams to visualize metrics and insights in dashboards
- Bachelor's or Master's degree in Aerospace, Electrical, Mechatronics, Computer Science, Robotics or a related field
- 4+ years (Bachelor’s)/2+ years (Master’s) professional experience in systems engineering or software development, building autonomous systems or similarly complex robotics systems
- Excellent data analysis and programming skills (Python, SQL). Ability to understand and navigate software code (C/C++) is preferred
- Experience with time-series analysis and working with large-scale datasets
- Experienced with root cause analysis and working with cross-functional teams in a Product / Feature development environment
- Strong problem solving skills in a highly cross functional and fast paced environment
- Understanding / knowledge of active safety as well as L1/L2+ autonomous vehicle systems / features