Senior Systems Software Engineer - Autonomous Vehicles Platform

NVIDIA is seeking a Senior Systems Software Engineer to join their Autonomous Vehicles Platform team, focusing on developing groundbreaking solutions for self-driving cars. This role combines cutting-edge automotive technology with critical safety systems development.

The position involves working with NVIDIA's DRIVE SW platform, where you'll be responsible for developing embedded real-time system software for Advanced Driver Assistance Systems (ADAS). You'll be working at the intersection of autonomous vehicle technology and safety-critical systems, using technologies like Classic AUTOSAR, Linux, and QNX RTOS.

As a senior engineer, you'll collaborate with cross-functional teams across various vehicle subsystems, engaging directly with customers for integration and customization. The role requires deep technical expertise in embedded systems, with particular emphasis on automotive software development and safety standards.

The ideal candidate brings 8+ years of experience, strong C programming skills, and deep understanding of SoC principles and system architectures. Experience with Classic Autosar Software Stack is crucial, while background in automotive field, QNX RTOS, and experience with CAN, RADAR, and LiDAR are valuable additions.

NVIDIA offers a competitive compensation package with a base salary range of $184,000 - $356,500 USD, plus equity and comprehensive benefits. You'll be joining a world leader in accelerated computing, working on technology that's transforming the transportation industry. The company's commitment to innovation and its position at the forefront of autonomous vehicle development makes this an exciting opportunity for someone passionate about shaping the future of transportation.

The work environment is fast-paced and goal-oriented, with real deadlines and customer deliverables. You'll be part of a hardworking and dedicated team, contributing to a project that has the potential to revolutionize how we think about transportation and mobility.