System Design Engineer

NVIDIA NVIDIA · Semiconductors · Taipei, Taiwan

NVIDIA is looking for a System Design Engineer to develop next-generation products including GPUs, DPUs, CPUs, and LPUs for Graphics, Self-driving platforms, and Data centers. The role involves end-to-end design execution, testing, documentation, and interfacing with other engineering teams. Responsibilities include researching new features and implementing industry standards in product development.

What you'd actually do

  1. Design responsibility for the creation of new products designed around our GPUs, DPUs, CPUs and LPUs to cover Graphics, Self-driving platforms, and Data centers.
  2. The LDE is responsible for driving every aspect of design execution, initial testing, bringing, and managing the documentation required to release the product to manufacturing and partners.
  3. The scope of the LDE role has been carefully tailored to allow these individuals to consistently deliver world-class product quality on a challenging schedule while applying great attention to detail and quality of execution.
  4. Research the new feature/circuits/architecture and involve the establishment/discussion of industry standards, then implement them in the next-generation product/platform development.

Skills

Required

  • BS/MSEE and 3+ years of board/System design experience
  • Knowledgeable in high-speed signal design rules and power design methodologies
  • Proficiency in digital/analog circuit simulation and fault diagnosis.
  • Proven ability to deliver complex projects from specification through to production.
  • Strong communication and Critical thinking are required.
  • Deep system knowledge of at least 2 areas: Datacenter architecture development or PC/Graphics architecture, Automotive product development.

Nice to have

  • Experience in high-speed interconnection technology in PCIE GEN6, NVLINK, OSFP interface.
  • Proficient in IB/Ethernet switching chip system design and bring-up.

What the JD emphasized

  • next-generation products
  • product quality
  • challenging schedule
  • industry standards
  • complex projects
  • high-speed signal design
  • digital/analog circuit simulation
  • fault diagnosis
  • Critical thinking