英伟达Physical Design Engineer
任职要求
• BS in Engineering or Science or equivalent experience. • Power user of EDA tools from Synopsys (ICC2/FC/PT/STAR-RC), Cadence (EDI/Innovus/Voltus). • Experience in Clock/Power Distribution, P&R, Timing closure, RC Extraction, and verification on advanced technology nodes. • 2+ years of experie…
工作职责
We are now looking for a Physical Design Engineer. VLSI Physical Design Team at NVIDIA Shanghai has been built up since 2005. The team has made contribution to various successful products launched by NVIDIA Corporation over 15 years. We utilize latest process technology, advanced EDA tools, and sophisticated design methodology. We always work on the most challenging designs, and push for performance limit. What you’ll be doing: • A role in physical design for NVIDIA GPU and Mobile chips. • Participate in various aspects of physical design, including full chip floorplanning, power/clock distribution, timing optimization, place & route, timing closure, power/signal integrity analysis, and physical verification. • Troubleshoot a wide variety of design and flow complicated issues, and apply proactive intervention Collaborate with RTL, DFT and Circuit designers to ensure high quality of design implementation.
We are seeking a visionary Lead Product Experience Strategist to shape and elevate the end-to-end customer experience across our automotive product portfolio. You will bridge business goals, user needs, technical and design excellence to drive innovative, intuitive, and emotionally resonant product experiences. Key Responsibilities: 1. Define and lead the product experience strategy across vehicle programs and digital touchpoints (in-car, mobile, web) 2. Partner with cross-functional teams (Product Management, UX/UI Design, Engineering, Marketing) to align experience strategy with product vision and brand values 3. Conduct market research, user insights analysis, and competitor benchmarking to identify experience opportunities 4. Champion human-centered design and drive the integration of user experience principles into all stages of product development 5. Translate complex requirements into clear, actionable experience blueprints and frameworks 6. Collaborate with innovation teams to prototype and validate experience concepts 7. Present strategic insights and roadmaps to senior leadership and stakeholders
1. 根据产品开发要求，结合用户场景，深入剖析用户需求和行为及其关键生理和心理影响因素，合理制订各阶段人机工程空间体验、操作舒适性和储物开发目标和方案 According to product development requirements, combined with user scenarios, deeply analyze user requests and behaviors and their key physiological and psychological influencing factors, and reasonably formulate ergonomic space experience, operation comfort, and storage development goals and plans at each stage 2. 根据产品开发和体验目标，通过虚拟仿真和实物评估，如座舱模型或样件模型，组织人机工程空间、操作和储物开发方案调研、验证和确认，探寻最优、投入产出比最高的工程开发方案，为工程开发方向决策提供支持 Based on product development and experience goals, through virtual simulation and physical evaluation, such as cockpit models or sample models, organize ergonomic space, operation, and storage development plan research, verification, and confirmation, explore the optimal and highest input-output ratio engineering development plan, and provide support for engineering development direction decision-making 3. 持续优化和完善人机工程空间体验、操作舒适性和储物相关开发流程、设计指导和经验总结并组织执行落实 Continuously optimize and improve the development process, design guidance, and experience summary of ergonomic space experience, operation comfort, and storage, and organize and implement them 4. 组织人机工程开发流程和工具的创新活动，在深入理解用户行为、产品特点的基础上，深入分析和挖掘人机工程开发中可进一步迭代和创新的机会点 Organize innovative activities for ergonomic development processes and tools, analyze and explore opportunities for further iteration and innovation in ergonomic development based on a deep understanding of user behavior and product characteristics 5. 积极参加和组织团队业务培训，协助团队能力建设，带教新员工 Actively participate in and organize team business training, assist team capacity building, and teach new employees
工作范围 The scope of work 1. 梳理和优化人机工程相关流程并落实执行层面 Caculate and detail Ergo Standard and implement to daily work 2. 深度参与具体项目，决策和平衡人机工程相关问题，负责和造型及其他子系统等部门的重要沟通 Deep join in Project Process , Communicate with design and other ENG Dept to figure out solutions for excellet Ergo performance 3. 优化人机设计指导标准，合理设定HVI 相关项目目标 Set Project key dimension targets and make Ergo Best Practice Standard 4. 计划管理各项人机相关评估活动 Organize physical evaluation on buck or benckmark during every project 5. 参与人机工程相关的创新活动，对新技术新系统或创新方案进行可行性调研 Join in more Innovative Program and acticity 主要工作职责 Major responsibilities 1. 细化和优化人机工程工作流程（包含项目全生命周期各阶段） Detail Ergo working process ; track and drive deep in every project milestone 2. 参与设定整车乘员空间相关尺寸的目标设定，项目前期设定VTS目标并后期跟踪状态。 Set targets in key dimensions , including roomness ，volume , VTS.... and track status during Project 3. 根据各区域人体尺寸和习惯差异化，指导团队优化和更新人机工程操作舒适性相关标准和设计指导，设定合理人机工程推荐范围。 Caculate reasonable Ergo criteria based on different Body size for visblity ,operation .... in cabin environment 4. 协调解决人机工程相关问题，代表人机工程参与主要项目评审会议。 Responsible and track for Ergo issues , represent points in Project review meeting 5. 组织计划竞争车型评估、项目样车BUCK评估、人机相关样件评估、座椅舒适性评估和背光评估等 Organize for benchmark review , Buck review for cabin comfortable experience 6. 参与架构/舱室创新研究活动，编写创新专利 More active in innvation Program and Patent 7. 建立和优化整车关键尺寸/人机工程数据库 Build vechile dimensions and Ergo Best Practice database 8. 协助团队能力梯度建设，带教新员工 Assistant to lead team members to build excellent working enviroment 绩效标准 Performance standards 1. 合理设定业务VAU目标，并按时跟踪状态，及时上报问题并积极参与问题方案解决。 Set VAU targets , keep tracking , report results 2. 带领团队根据团队按时准确递交项目递交物，包括假人模型、典型断面、limit zone等 Lead team to submit delivers ( criteria , typical section ，limit zone.....) on time 3. 将VTS、储物空间、视觉舒适性等最终状态优化到满足要求或项目可接受程度 All VTS , volume ，visibility or cabin enviroment dimensions need to meet targets or meet Project algined targets 4. 了解技术领域动态，牵头归纳和制定公司人机工程相关设计指导 Know about lastest Egro requirements and apply to Project
1、负责和参与DPU芯片的应用场景与需求分析； 2、负责和参与DPU芯片架构方案的讨论与设计； 3、负责和参与DPU芯片各子系统微架构的方案设计与编码； 4、与验证团队协同完成芯片BUG收敛，包括芯片问题定位分析、Corner点识别和覆盖率分析等； 5、负责和参与模块的物理综合和设计。 Job responsibilities: 1. Be responsible for and participate in the analysis of application scenarios and requirements of DPU chips; 2. Be responsible for and participate in the discussion and design of DPU chip architecture; 3. Be responsible for and participate in the scheme design and coding of the microarchitecture of DPU chip subsystem; 4. Cooperate with the verification team to complete chip BUG convergence, including chip problem location analysis, Corner point identification and coverage analysis, etc; 5. Be responsible for and participate in the physical synthesis and design of modules.