英伟达Senior System Design Engineer
任职要求
NVIDIA has continuously reinvented itself over two decades. Our invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing. NVIDIA is a “learning machine” that constantly evolves by adapting to new challenges that are hard to tackle, that only we can pursue, and that matter to the world. This is our life’s work, to amplify human creativity and intelligence. We are now looking for a System Design Engineer in the System Product Team. In this role, you will be working with peer system design engineers to develop NVIDIA GPU/Tegra based products for GPU cards, MGX servers, automotive, robotics, industrial PC, consumer electronics, etc. What You'll be Doing: • Review board designs and collaborate with ot…
工作职责
N/A
核心职责 As senior Design engineer in YMTC Shanghai Design Team, you will be responsible to design the analog/Mixed signal circuitry with the state of art 3D NAND Flash Memory technology. You will work with different function groups not only inside design department but also product engineering, process integration, marketing to deliver the memory products. Responsibilities: 1. In charge of multi-voltage domain power supply system for NAND VLSI SOC 2. Responsible for high voltage system design for 3D NAND Memory, including positive and negative pump design 3. Power Supply for high speed IO include LDO and DC-DC converter 4. Power Grid for state of art 3D NAND VLSI design 5. Reference system design for 3D NAND VLSI including bandgap, Power loss detector and power loss management 6. Guide Layout Engineer for floorplan and layout performance improvement/ die size optimization 7. Conducts evaluation of design results by laboratory measurement of ICs 8. Reliability analysis and design solution for 3D NAND reliability issue 9. SPEC definition of the analog circuitry to meet the product requirement 10. Design for testing circuitry 11. Support product engineer for silicon test and debug
NVIDIA is the world leader in computer graphics, PC gaming, and accelerated computing. Today, we are tapping into the unlimited potential of AI to define the next era of computing. An era in which our GPU acts as the brains of edge computers and robotics that can understand the world. Doing what is never been done before takes vision, innovation, and the world’s best talent. At NVIDIA, our employees are passionate about accelerated computing. We're united in our quest to transform the way accelerated computing are used for work and play. Our technology impacts the large language model in daily copilot, visual experience in video game development, film production, space exploration, medicine, computational finance and automotive design. And we've only scratched the surface of what we can accomplish when we apply our technology to it. We need passionate, hard-‐working and creative people to help us seek some of these outstanding opportunities.We are now looking for a System & Network Solution Architect to join the NVIDIA China Solution Architect team. In this role, you will engage and support design-in projects with major China OEM customers, focusing on integrating NVIDIA’s world-class networking portfolio (ConnectX, BlueField, and Spectrum Switches). As a Solution Architect, you will act as the technical bridge between NVIDIA engineering and our OEM partners. You will guide customers through the integration of next-generation networking into their server and storage platforms, ensuring seamless compatibility, performance optimization, and successful mass production. What you’ll be doing: • Lead OEM Design-in & Integration: Work closely with OEM customers to integrate NVIDIA networking products (e.g., CX8/CX9, CX6 Dx, BF3 DPUs) and Switch platforms (Spectrum-4/6 Blackbox & Whitebox) into their server lineups. • Architecture & Customization: Understand customer requirements to provide system-level architectural guidance. Lead technical discussions on system topology, thermal/mechanical constraints, firmware customization, and sideband management (NC-SI, PLDM). • System Bring-up & Support: Support customers during the bring-up phase of new server designs. Diagnose complex system-level issues involving PCIe, BIOS/BMC, firmware, and OS/Driver interactions. • Performance Optimization: Guide customers in optimizing network performance for AI, HPC, and Cloud workloads, ensuring the best integration of NVIDIA NICs and DPUs within their specific hardware environments. • Crisis Management: Handle in-depth hands-on engagement with customers to resolve critical technical blockers during the NPI (New Product Introduction) and production phases. • Cross-Functional Leadership: Collaborate with NVIDIA worldwide hardware, firmware, software, and product teams to drive customer requirements and resolve issues. Act as the technical advocate for the customer within NVIDIA.
As a Senior Optics Design Engineer, you will engage with an experienced cross-disciplinary staff to conceive and design innovative consumer products. You will work closely with an internal interdisciplinary team, and outside partners to drive key aspects of product definition, execution, and test. You must be responsive, flexible, and able to succeed within an open collaborative peer environment. In this role, you will: • Work with a component engineering team and product engineering team to provide rapid prototyping and characterization of optics or imaging systems • Provide support for modelling and design for prototyping and manufacturing of lightguides and lenses. • Use software tools (LightTools, Zemax etc.) to model system optics characteristics • Work with cross-functional team to draft component specification, design reviews, work with vendors to manufacture parts and validate results by specifying test parameters and methodologies • Communicate and manage overseas component manufacturing vendors A day in the life As a senior optical design engineer, the day begins with reviewing simulation results from the latest lens design iteration. I analyze optical performance metrics like sharpness,aberrations and image quality, ensuring the design meets specifications. Meetings with cross-functional teams follow, where we discuss project timelines, material constraints, and integration challenges. Afternoons are spent refining models in Zemax or CODE V, testing prototypes, or collaborating with the manufacturing team to ensure seamless production. Occasionally, I mentor engineers, reviewing their work and offering guidance. The day wraps up with documenting progress and planning next steps for future optimizations.
A key part of NVIDIA's strength is our sophisticated analysis / debugging tools that empower NVIDIA engineers to improve perf and power efficiency of our products and the running applications. We are looking for forward-thinking, hard-working, and creative people to join a multifaceted software team with high standards! This software engineering role involves developing tools for AI researchers and SW/HW teams running AI workload in GPU cluster.As a member of the software development team, we will work with users from different departments like Architecture teams, Software teams. Our work brings the users intuitive, rich and accurate insight in the workload and the system, and empower them to find opportunities in software and hardware, build high level models to propose and deliver the best hardware and software to our customers, or debugging tricky failures and issues to help improve the performance and efficiency of the system. What you’ll be doing: • Build internal profiling and analysis tools for AI workloads at large scale • Build debugging tools for common encountered problems like memory or networking • Create benchmarking and simulation technologies for AI system or GPU cluster • Partner with HW architects to propose new features or improve existing features with real world use cases