NVIDIA, the world leader in accelerated computing, is seeking a Senior System Software Engineer to join their Automotive Vehicles Platform team. This role presents an exciting opportunity to revolutionize transportation through autonomous vehicle technology development.
The position involves working with cutting-edge autonomous driving technology as part of NVIDIA's DRIVE SW platform. You'll be at the forefront of developing and integrating various vehicle subsystems while ensuring compliance with NVIDIA and automotive standards. The role combines technical challenges with real-world impact in the autonomous driving space.
As a Senior System Software Engineer, you'll be responsible for developing continuous integration methods, implementing infrastructure for low-latency development, and collaborating with multiple engineering teams. The role requires expertise in embedded systems, Python development, and strong debugging skills from application to kernel level.
The position offers competitive compensation with a base salary range of $148,000 - $339,250 USD, plus equity and comprehensive benefits. You'll be working in Santa Clara, CA, as part of a global team in a multinational environment. This is an excellent opportunity for someone with 5+ years of experience who wants to make a significant impact in the autonomous vehicle industry.
The ideal candidate will have strong software development skills, experience with embedded systems, and the ability to work effectively across teams. Knowledge of automotive ECU software integration and experience with QNX RTOS would be particularly valuable. You'll be joining a company at the forefront of AI and digital twins technology, transforming major industries and making a profound impact on society.
Working at NVIDIA means being part of a diverse, inclusive environment where innovation is celebrated and technical excellence is pursued relentlessly. The company is committed to fostering a workplace where all employees can thrive and contribute to groundbreaking solutions in autonomous driving technology.