英伟达SoC Performance Architect Intern - 2026
任职要求
• Thorough and in-depth knowledge of computer architecture. • Strong C, C++ and Python programming and debugging skills. • Solid understanding of Object-Oriented Programming principles. • Self-motivated and hardworking individual with strong communication skills. • Structural and critical thinking with good problem-solving skills. • Bachelor’s, Master’s, or PhD in Computer Science, Software Engineering, Electrical or Electronics Engineering; relevant experience is also considered. …
工作职责
• Design, implement and improve performance simulators and models to support the real-world use case study. • Develop and maintain software infrastructures for capturing, replaying and profiling complex application workloads running on our powerful SoC platform. • Conduct quantitative studies on the current and next-generation SoC architectures to evaluate performance across various use cases. • Investigate performance bottlenecks and propose architectural ideas to improve overall system and application performance.
In this role, you will work with architect, hardware and software engineering groups to provide accurate performance modeling of the next-generation inter-chip network architecture for high-performance AI chip and AI network. * Identifies the challenging problems, and evaluate various architectural solutions for the next-generation of network for AI chip and AI Super Pod. * Gets strong influences on future AI products by advanced architecture and evaluates the new architecture with performance modeling using C, C++, SystemC or other high level description languages. * Provides solid and accurate modeling result and influence the direction of next generation of AI networking. * Focus in the domain of AI chip to chip interconnect subsystem, Scale-up Switch chip, C2C link, and etc. * Participation in defining the micro-architecture of key subsystem. * Works closely with design, software, system, and verification team for the final success of products.
Job Title: League Solution Architect – Power & Energy Systems Secure Power – Data Center Systems is seeking a highly experienced technical professional to assume the role of League Solution Architect – Power & Energy Systems on a worldwide basis. The League Solution Architect is a League-level technical authority responsible for optimizing and positioning end-to-end power system solutions, combining 3-phase UPS and Energy Storage technologies, to maximize solution competitiveness and customer value. This role complements the Product Owner by focusing on solution architecture, system trade-offs, and customer-facing technical leadership, while Product Owners retain accountability for product strategy, backlog, delivery, and business performance. Responsibilities: Solution Architecture & Competitiveness Build and optimize end-to-end power system solutions combining 3-phase UPS and Energy Storage technologies (e.g. Li-ion, Ni-Zn, and future chemistries) Perform solution-level comparisons, covering: Cost structure, pricing logic, and total cost of ownership (TCO) Efficiency, footprint, scalability, and lifecycle performance Sustainability and environmental impact Risk, qualification status, and roadmap alignment Define and recommend best-fit solution architectures based on customer use cases, constraints, and workloads (including AI-driven profiles) Customer & Key Account Technical Support Act as the League-level technical reference for complex customer inquiries related to: UPS + Energy Storage compatibility System behavior under advanced workloads (e.g. AI load smoothing, transient response, cycling behavior, SOC management) Support key account bids and qualifications by: Performing solution-level specification compliance checks Identifying gaps, risks, and mitigation plans Supporting bidding teams with technically robust and differentiated solution positioning Participate in strategic customer engagements requiring deep system-level credibility Technical Communication & Enablement Own League-level technical communication, including: Solution white papers, technical notes, and reference architectures Internal guidance on system positioning, applicability, and limitations Ensure technical consistency and clarity across customer-facing and internal materials R&D Alignment & Technical Governance Serve as the technical interface between the League and R&D organizations Align and challenge R&D deliverables from a solution- and customer-outcome perspective, across UPS and Energy Storage roadmaps Identify system-level risks, dependencies, and misalignments early to reduce late-stage escalations Decision Support & Portfolio Enablement Provide fact-based technical input to: Solution and portfolio strategy discussions Bid / no-bid decisions Qualification, validation, and investment priorities across Energy Storage technologies Enable faster, higher-quality decisions by resolving solution-level technical questions at League level Location: Kolding, Demark/Shanghai, China/Bangalore, India
1. 复杂系统级建模与集成 (Complex System-Level Modeling and Integration): -- 主导新型异构并行计算架构的系统级功能模型 (System-Level Functional Model) 设计与实现。 -- 负责集成各个IP模块的功能行为模型 (Behavioral Model)，构建完整的片上系统 (SoC) 虚拟平台 (Virtual Platform)，并确保模型在功能上的高保真度 (High Fidelity)。 -- 该模型将作为固件 (Firmware)、驱动程序 (Driver) 以及上层应用软件 (Application Software) 开发、预集成和早期验证的基础平台。 2. 关键IP的精确级建模 (Precise-Level Modeling for Key IP): -- 对自研或定制的关键计算IP（如NPU/DSP/专用加速器等）执行事务级 (Transaction-Level) 的比特精确功能建模 (Bit-Accurate Functional Modeling)。 -- 确保模型和设计Spec的准确性， IP级模型将作为Golden Model 用于RTL功能验证，支持算法验证和早期性能瓶颈分析。 3. 建模方法学研究与性能优化 (Modeling Methodology Research and Performance Optimization): -- 研究并引入先进的功能建模方法学和仿真技术（如**TLM 2.0/SystemC/C++**等）。 -- 专注于提升模型仿真速度 (Simulation Speed) 和吞吐量 (Throughput)，以满足大规模软件回归测试和快速迭代的需求。 -- 持续优化虚拟平台的效率 (Efficiency) 和可扩展性 (Scalability)。
• Develop, architect, and implement software solutions for BSP flashing, OTA, secure boot, and testing on Tegra platforms. • Work with the engineering team from concept through implementation of secure solutions, ensuring the successful implementation of new features. • Provide solutions for various software issues in complex systems and applications. • Analyze and optimize system performance to challenge at the highest levels. • Collaborate with multi-functional teams to implement magnificent solutions that solve complex problems.