Senior System Software Engineer - Autonomous Vehicles
Indexed description
Onsite attendance in one of the development and testing locations in the domestic/abroad area with customer/partner is required. Flexibility of work hours and willingness to travel around to support development activities in many locations.
What You’ll Be Doing
- Be responsible for adaptation of NVIDIA Drive software on development and production vehicles.
- Triaging, analyzing, and diagnosing complex issues across safety-critical ADAS and autonomous driving systems — from sensor inputs to function-level behaviors.
- Collaborate with OEM and NVIDIA teams to root cause software and functional problems, propose immediate solutions as well as long-term corrective actions.
- Support NDAS function bring-up activities on the partner vehicle platforms.
- Understanding the SW builds, assessing the functional performance from data and understanding the functional issues.
- Debug and verify NDAS functions including driving, parking and active safety
- Drive end-to-end traceability — from requirements to test results — and ensure rigor in quality reporting and validation coverage.
- Work across international, multidisciplinary teams (Europe, US, APAC, India) to coordinate fixes and feature enhancements efficiently.
- Strong background in ADAS development and triage, with at least 5+ years of experience including in-vehicle activities.
- Demonstrates strong team spirit, with a clear prioritization of project delivery success.
- Proficiency in Linux and/or QNX-based embedded environments.
- Solid understanding of ADAS/AD functions from concept to validation.
- Demonstrated ability to systematically isolate issues using log analysis, data review, and cross-functional technical coordination.
- MS in Computer Science, Electrical, or Automotive Engineering (or equivalent practical experience).
- Excellent communication skills — able to explain technical findings clearly and concisely across engineering teams.
- Valid driver’s license and readiness for road testing and travel.
- Advanced programming in C++ and Python. Experience in sensor-based automotive software (camera, radar, lidar, GPS, ultrasound).
- Hands-on expertise in ADAS feature validation and use-case triaging.
- Familiarity with SoC-based automotive architectures, CUDA, TensorRT and GPU computing.
- Proven record of identifying performance bottlenecks and proposing design improvements across perception, fusion, or planning modules.
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