Senior Solutions Architect - Autonomous Vehicles

NVIDIA NVIDIA · Semiconductors · Santa Clara, CA

Senior Solutions Architect role focused on integrating and deploying scalable solutions for autonomous vehicles using NVIDIA's platform. Responsibilities include leading vehicle software integration, driving use case analysis, defining requirements, and optimizing processing pipelines. Requires strong C/C++, Python, system performance evaluation, and experience with automotive design processes and standards.

What you'd actually do

  1. Lead vehicle software integration and bring-up activities, collaborating with internal and external partner teams to develop and launch autonomous vehicle solutions.
  2. Drive use case analysis, functional requirements' definition, critical metric definition and testing of ADAS features
  3. Examine and diagnose the key factors driving these metrics, uncover trends, and prioritize engineering initiatives that will most improve the product experience.
  4. Customize, reconfigure and rebuild processing pipelines in the software stack.
  5. Integrate hardware and software components efficiently and build scalable solutions alongside our partners

Skills

Required

  • C/C++ development
  • Python
  • system performance and complexity evaluation
  • automotive design processes and standards (e.g. ISO 26262 FuSa, ISO 21448 SOTIF, ASPICE)
  • in-vehicle testing
  • simulation
  • development guided by measurable outcomes
  • adaptability to fast-paced development lifecycles
  • analytical skills
  • attention to details

Nice to have

  • NVIDIA DRIVE platform
  • NVIDIA GPU hardware
  • CUDA programming
  • QNX or equivalent RTOS
  • application development
  • middleware frameworks
  • system-level integrations
  • ADAS software engineer at a Tier 1 or OEM
  • in-vehicle networking and application frameworks: CAN, Flexray, Ethernet, Some/IP, Classical and Adaptive AUTOSAR

What the JD emphasized

  • autonomous vehicle solutions
  • scalable solutions
  • autonomous driving
  • autonomous vehicle stack
  • scalable solution
  • embedded systems
  • autonomous driving technologies
  • automotive design processes and standards
  • in-vehicle testing
  • simulation
  • measurable outcomes
  • fast paced development lifecycles
  • multi-functional organizations
  • new technologies and platforms
  • analytical skills
  • innovative solutions
  • outstanding attention to details

Other signals

  • autonomous vehicles
  • deep learning
  • data science
  • artificial intelligence
  • ADAS features
  • NVIDIA DRIVE platform