Bosch
Staff AI Systems Engineer- Autonomous Driving
$185K–$215K
Sunnyvale, CA, United States · Hybrid · Staff · Full-time · Posted Sep 29, 2026
- Experience
- 5+ years of progressive engineering experience; 2+ years of technical leadership experience.
- Education
- Master’s degree or Ph.D. in Computer Science, Computer Engineering, Robotics, Electrical Engineering, or a related technical field (or equivalent practical experience).
About the job
Leads the design and implementation of AI-based systems that automatically triage failures and identify root causes in autonomous driving data and testing workflows.
What you'll do
- Architect failure-triage and automated root-cause-analysis frameworks for large-scale simulation and vehicle logs.
- Apply AI/ML methods to detect failure modes and integrate automated diagnostics into continuous integration, regression testing, and replay pipelines.
- Set technical direction and engineering practices across teams, partnering with autonomy, validation, and cloud infrastructure groups.
What they ask for
- Master’s degree or Ph.D. in a related technical field, or equivalent practical experience.
- 5+ years of progressive engineering experience in software development, data analytics infrastructure, or automated testing for autonomous vehicles, robotics, or complex distributed systems.
- 2+ years leading technical architecture, engineering strategy, or technical direction across multiple teams.
- Expert proficiency in Python and C++, with experience building production-grade data pipelines, distributed execution frameworks, or testing infrastructure.
Nice to have
- Experience applying LLMs/VLMs, sequence modeling, pattern recognition, or vector embeddings to log classification, failure retrieval, or root-cause analysis.
- Experience with autonomous-driving architectures, simulation/replay testing, or distributed data tools and cloud services.
Pay
$185,000 - $215,000 USD base salary
Tools
Python, C++, ROS/ROS2, MCAP, Protobuf, CAN logs, PySpark, Ray
AI focus
Uses AI/ML, including LLMs/VLMs, anomaly detection, pattern recognition, causal inference, and vector embeddings, for automated failure triage and root-cause analysis.
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