Nvidia is seeking a System Design Engineer to create new products designed around our GPUs, DPUs, CPUs, and LPUs. This role is central to our work in Graphics, Self-driving platforms, and Data centers, driving execution from initial design through to production.
What You'll Do
- Own design responsibility for creating new products around NVIDIA's GPUs, DPUs, CPUs, and LPUs for Graphics, Self-driving platforms, and Data centers.
- Drive every aspect of design execution, initial testing, and manage the documentation required to release products to manufacturing and partners.
- Serve as the primary interface to Silicon, Thermal, Mechanical, Signal Integrity (SI), and Electromagnetic Compatibility (EMC) engineers.
- Research new features, circuits, and architectures, participate in establishing industry standards, and implement findings in next-generation product development.
What We're Looking For
- A BS/MSEE and 3+ years of board or system design experience.
- Knowledge of high-speed signal design rules and power design methodologies.
- Proficiency in digital and analog circuit simulation and fault diagnosis.
- Proven ability to deliver complex projects from specification through to production.
- A portfolio of work that demonstrates passion for circuit development and strong problem-solving skills.
- Strong communication and critical thinking abilities.
- Deep system knowledge in at least two of these areas: Datacenter architecture development, PC/Graphics architecture, or Automotive product development.
Nice to Have
- Experience with high-speed interconnection technology such as PCIe Gen6, NVLink, or OSFP interfaces.
- Proficiency in InfiniBand/Ethernet switching chip system design and bring-up.
- A can-do attitude, leadership skills, and the ability to learn complex concepts in a fast-paced environment.
- A strong desire for creativity, strategic thinking, good decision-making, and good interpersonal skills.
Nvidia welcomes candidates from all backgrounds and is committed to building a diverse and inclusive team.
