英伟达
Security and Safety Circuit Engineer
Security and Safety Circuit Engineer
发布于 大约 13 小时前普通员工/个人贡献者
上海市
高级经验
全职员工
仅现场办公
本科
硬件工程
Ai-Driven Methodologies
Ate Correlation
Gpu/Soc Architecture
Security And Safety Circuits
Silicon Bring-Up
AI 估算 · 25k–45k
资深硬件工程师，GPU/AI领域，技术难度高，英伟达薪资竞争力强，上海市场行情偏上
职位详情
关于这个职位
作为英伟达的安全与安全电路工程师，你将参与硅片级安全与安全电路的验证与优化工作，涵盖电压、时钟、功耗和故障监控等关键电路
你需要与跨部门团队紧密协作，从系统架构到产品化流程，推动硅片特征的定义和验证策略，并开发自动化工具提升效率
这是一个在GPU/AI芯片领域深度参与前沿技术的机会
最低要求
BS or MS in Electrical Engineering, Computer Engineering, or equivalent experience.
+ years of experience in a related hardware engineering role, with strong exposure to silicon security and safety architecture, as well as analog, digital, and mixed-signal circuit integration.
Deep understanding of GPU/SoC system-level architecture.
Proven ability to collaborate and communicate effectively across cross-functional teams.
Hands-on experience with hardware-software interactions for initialization, fault handling, and debug, including but not limited to safety and security monitor circuits, reset and fault-handling architecture, fuse and register programming flows, post-silicon validation, and production test / ATE correlation.
Exposure to analog and digital design, circuit analysis, BIOS, drivers, and software applications.
Strong silicon lab experience, including silicon bring-up, frequency and power characterization, correlation, automation scripting, and use of lab equipment such as oscilloscopes, probes, and DAQ tools.
Excellent problem-solving, post-silicon debug, collaboration, and interpersonal skills.
Familiarity with Perl, C/C++, tool and script development, and Windows/Linux environments is a plus.
Experience applying AI to semiconductor co-design and validation problems, with the ability to ramp quickly in new technical domains.
Knowledge of AI-assisted workflows for accelerating automation, data analysis, root-cause investigation, and documentation.
工作职责
Develop end-to-end pre-silicon and post-silicon validation methodologies, processes, and workflows for system-level silicon security and safety circuit characterization, including voltage, clock, power and fault monitors/detection etc.
Drive the translation of new circuit features into clear productization requirements, dependencies, validation scope, and signoff criteria for silicon characterization test plans and productization methodologies.
Define validation strategies for analog, digital, and mixed-signal circuits, as well as new silicon features, with a strong focus on bring-up readiness and scalable execution.
Design and develop tools to automate characterization, data collection, test execution, and result analysis to improve efficiency, quality, and coverage.
Enable left-shift validation for next-generation product features by bringing up new flows, tests, and PVT solutions in pre-silicon on prior-generation platforms, in close collaboration with cross-functional teams.
Work closely with system architects, chip and board designers, software and firmware engineers, HW/SW application engineers, process and reliability specialists, ATE engineers, product managers, sales, and operations teams to resolve blockers, align validation targets, and drive milestone readiness.
Continuously explore and apply innovative approaches, including AI-driven methodologies, to solve complex design challenges and improve validation quality, efficiency, and scalability.
Contribute to technical documentation and knowledge-sharing efforts that promote best practices and broader adoption of AI-enabled methodologies.
优先资格
Background in pre-silicon/FPGA circuit feature validation, RTL design and verification
Experience in Post-Silicon validation, SW&HW feature development
Experience working with GPU/CPU/Memory/Analog system features and crafting test strategies.
AI 洞察
优缺点分析
优点
- 身处AI和GPU的行业领军企业，参与最前沿的芯片技术
- 工作内容深入且全面，从电路特征到系统级验证，技能积累扎实
- 英伟达薪资福利优厚，职业发展通道清晰，全球资源丰富
- 要求5年以上经验，且需同时掌握硬件和软件知识，入门门槛高
- 工作强度可能较大，涉及多团队协调和快速迭代，需较强的抗压能力
- 技术更新快（如AI方法整合），需要持续学习新工具和流程
- 适合拥有丰富硬件验证经验、热爱技术钻研、希望在芯片验证领域深入发展的工程师
缺点 / 挑战
暂无明显挑战项
角色解读
- 向资深验证专家或技术主管方向发展，主导更复杂的硅片验证项目
- 可转向系统架构或产品管理角色，利用对芯片全流程的理解
- 在AI驱动验证领域深耕，成为行业前沿的自动化验证专家
- 负责硅片级安全与安全电路（如电压、时钟、功耗监控）的端到端验证方法论开发与执行
- 与系统架构师、芯片设计、软件团队紧密合作，定义验证策略并推动产品化
- 开发自动化工具，提升数据收集、测试执行和结果分析的效率与覆盖率
- 深入理解GPU/SoC系统架构，具备模拟/数字/混合信号电路集成经验
- 精通硅片调试与实验室操作（示波器、探针等），熟悉Perl、C/C++脚本开发
- 具备跨团队协作与沟通能力，能推动从预硅到后硅的验证流程
申请策略
- 在求职信中体现对英伟达技术和产品的热情，以及解决复杂验证问题的兴趣
- 准备一个详细的过往项目介绍，展示从预硅到后硅的完整验证流程
- 突出5年以上相关硬件验证经验，特别是硅片安全/安全电路或GPU/SoC背景
- 列举具体的实验室调试案例和自动化脚本开发成果
- 强调跨团队协作经历，尤其是与架构、设计、软件的协同经验
- 补充AI在半导体验证中的应用知识，例如机器学习用于数据分析或测试优化
- 提升Perl或C/C++的脚本开发能力，掌握更高效的自动化工具链
面试指南
- 使用STAR法则（情境、任务、行动、结果）结构化回答技术问题
- 强调系统思维：从测试计划、工具开发到数据分析的完整闭环
- 突出量化成果，例如覆盖率提升百分比、调试时间缩短等
- 请描述你过去如何定义并执行一个硅片安全电路（如电压监控）的验证计划
- 如何处理预硅与后硅验证中的不一致问题？举例说明
- 你如何衡量验证的覆盖率？有哪些指标？
- 请讲述一次你跨团队协作解决重大调试问题的经历
- 你对AI驱动验证方法有何了解或实践？
匹配度报告
74
综合匹配度
英伟达上海资深硅验证岗，前沿技术栈，高薪资潜力，偏现场办公，适合技术驱动型人才。
适合人群
该职位最适合追求技术前沿和职业发展的求职者，对工作生活平衡的期望需适度调整。
最强匹配
成长发展匹配
最弱匹配
工作生活匹配
薪资福利70
成长发展85
工作生活60
使命价值80
薪资福利匹配
70中等
薪资具有竞争力，但未明确数字，福利丰厚但未具体说明。
薪资信号未披露（AI估算：25K-45K/月）
成长发展匹配
85较高
技术前沿（GPU/AI），工作内容涉及最新方法论，但晋升路径未明确提及。
技术前沿前沿/新兴技术
技术栈GPU/SoC、Pre-silicon validation、Post-silicon validation、AI-driven methodologies、Analog/Mixed-signal
业务类型profit_center
工作生活匹配
60中等
仅现场办公，未提及弹性工作，工作强度可能较大，但外企文化相对尊重WLB。
工作模式仅现场办公
办公地点未明确
加班情况未提及（无法判断）
使命价值匹配
80较高
行业高速增长，技术对社会影响积极，但JD未强调使命或社会责任。
行业发展高速增长赛道
社会影响正向社会影响力较高
创新程度积极采用新技术
Watch Jobs