Work closely with functional safety and system engineers to ensure SOTIF targets are achieved in autonomous vehicle development.
Lead SOTIF evaluations and guide engineers to meet SOTIF acceptance criteria.
Interact with AI-ML engineers and SW Developers to ensure the safety of Torc solutions.
Identify functional insufficiencies and triggering conditions, providing risk assessment (HIRE analysis) and safety improvements.
Define areas for design improvement and collaborate with design teams to refine system specifications.
Evaluate the completeness of design specifications to ensure they meet SOTIF maturity standards.
Derive acceptance criteria for S>0, C>0 analysis and lead discussions on necessary functional modifications.
Develop verification and validation targets for known and unknown safety scenarios.
Support SOTIF-related operational strategies, ensuring the safe deployment of autonomous vehicles.
Communicate SOTIF achievement metrics and risk assessments to management and key stakeholders.
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About Torc Robotics
Torc Robotics pioneers Level 4 self-driving software for commercial trucks. We transform the freight industry by developing safe, scalable, and efficient autonomous technology. As an independent subsidiary of Daimler Truck, we focus on commercializing highly automated trucks on U.S. roads. Our core product is a 'virtual driver' software suite, integrating advanced sensors like LiDAR, radar, and cameras. We leverage generalized representations, not high-definition maps, to reduce operating costs and expand quickly. Our solutions aim to improve road safety, address driver shortages, and enhance operational efficiency in trucking.
How We Work
Torc's culture is collaborative, energetic, and deeply team-focused. We foster an open, accessible atmosphere where asking questions and trying new solutions is encouraged. Decision-making often happens in open communication channels. You will find flexibility in your schedule, with many roles offering remote options across the U.S. and Canada. We believe in continuous growth, providing leadership training and mentorship opportunities.
Engineering at Torc Robotics
Our engineers tackle complex challenges in autonomous driving, from processing petabyte-scale sensor data to developing robust machine learning models. You will craft high-performance data converters for multi-modal sensor inputs like camera, LiDAR, and radar, ensuring precise time alignment. We build large-scale ingestion and transformation pipelines using distributed compute frameworks like Ray, Spark, and Anyscale. We also engineer HiL test benches for validating autonomous driving software and system-level functionality. Our team integrates industry-leading sensors and develops sophisticated ML models for perception, prediction, and planning, pushing the boundaries of AI in real-world freight operations.
Why Join Us
Shape the future of freight with Level 4 self-driving truck technology.
Collaborate with a team of experts backed by Daimler Truck's industry leadership.
Solve complex engineering problems using cutting-edge AI, robotics, and data science.
Experience a supportive culture with flexible work options and generous paid time off.
Grow your career through direct impact on production-ready autonomous systems.
Benefits & Perks
Competitive compensation package with bonus component and stock options.
100% paid medical, dental, and vision premiums for full-time employees.
401K plan with a 6% employer match (RRSP with 6% match in Canada).
Flexibility in schedule and generous paid vacation available immediately.