AMD芯片可测试性设计实习生 DFT Design Intern (Jan - Jun 2026)
任职要求
The candidate is expected to exhibit good verbal and written communication skills in both Chinese and English, specialized knowledge plus broad technical knowledge that facilitates integrative thinking, driving execution of quality and timely result, capability to solve complex, novel and no-recurring …
工作职责
What you do at AMD changes everything At AMD, we push the boundaries of what is possible. We believe in changing the world for the better by driving innovation in high-performance computing, graphics, and visualization technologies – building blocks for gaming, Immersive platforms, the data center and AI. Developing great technology takes more than talent: it takes amazing people who understand collaboration, respect, and who will go the “extra mile” to achieve unthinkable results. It takes people who have the passion and desire to disrupt the status quo, push boundaries, deliver innovation, and change the world. If you have this type of passion, we invite you to take a look at the opportunities available to come join our team. SOC Design and Verification Engineer THE ROLE: It is a must that the candidate has one or more of the following experience/knowledge, such as X86/ARM/GPU architecture, AMBA(AXI/AHB/APB) bus, LPDDR&GDDR&HBM architecture, PCI-E/PCI bus, low power design, virtualization, display, clock generation and control, SD/eMMC host controller, SATA/SAS, Legacy IPs (SPI/SMBUS/ACPI/LPC/GPIO), General connectivity IPs (I2S/I2C/UART), Ethernet, JTAG, etc.
As an AMD [intern/co-op], you’ll be placed at the epicenter of the AI ecosystem, working alongside experts and industry pioneers. You’ll do important work, learn new skills, expand your network, and gain real-world experience on projects that impact millions of end-users worldwide. Whether you’re an undergrad or a PhD student, your contributions matter—and your experience here will be a launchpad for what comes next. JOB DETAILS: Location: Shanghai Onsite/Hybrid: This role requires the student to work at least 3 days/week Duration: 2026/01 - 2026/06 WHAT YOU WILL BE DOING: We are seeking highly motivated <Role> Engineering intern/co-op to join our team. In this role – 1. Design for Test (DFT) RTL design and coding quality (CDC/LEDA) improvement. 2. Scan insertion, DRC clean, ATPG and pattern simulation 3. Support synthesis owner to fix DFT related netlist issues 4. Work with architect and designer to develop test plan.
1、提示音创意孵化 参与新产品交互音效的脑暴会议,为设备状态(充电完成/低电量告警/功能触发)设计情绪化音效符号。 制作不少于20套候选音效方案(简洁/科幻/趣味等风格),支持设计团队决策。 2、音效技术实现 使用Logic Pro/Ableton制作8-bit风格提示音,满足硬件芯片的存储与解析格式(如32k/16bit WAV)。 通过Audition进行多频段压缩处理,适配微型扬声器(直径≤10mm)的物理发声特性。 3、场景化测试支持 在噪声实验室模拟地铁/工厂等场景(85dB背景音),测试音效可识别性。 配合工程师进行振动马达(LRA)与音效的协同性调试,规避声振干涉。 4、用户行为转化 分析用户测试数据(如操作成功前的犹豫时长),用音效设计降低交互焦虑。 将生物反馈(脑电波alpha波变化)关联到音效愉悦度优化。
ByteIntern:面向2026届毕业生(2025年9月-2026年8月期间毕业),为符合岗位要求的同学提供转正机会。 团队介绍:字节跳动系统部,负责字节跳动从芯片到服务器、操作系统、网络、CDN 、数据中心等基础设施的研发、设计、采购、交付与运营管理,为包含抖音、头条、火山引擎等全球业务提供高效、稳定、具备可扩展性的基础设施。部门当前业务开展包括不限于:数据中心设计建设、芯片研发、服务器研发、网络工程研发、火山引擎边缘云业务、高性能智能硬件研发、IDC资源智能交付与运维、硬件基础设施智能监控与预警、操作系统与内核、虚拟化技术、编译工具链、供应链管理等众多基础设施相关方向。 1、负责数据中心X86/ARM/GPU等多样性计算系统的性能评估与验证工作,提取与分析业务模型,制定针对性的评估方案,论证与优化服务器产品硬件架构设计的竞争力; 2、负责服务器硬件性能评估体系建,提升对芯片选型、缺陷识别、机型导入、TCO核算等业务的支撑能力,形成更符合字节跳动业务场景、架构设计合理、产品组合最优的落地表现; 3、参与服务器业务应用数据挖掘工作,提炼设计优化点,提升服务器在字节跳动业务场景落地的竞争力; 4、负责数据中心多样性计算的的系统测试设计、测试方案及测试执行,对异构硬件系统的功能、性能、可靠性验证质量负责; 5、跟进GPU服务器研发测试、生产测试及线上质量问题,结合研发、生产及现网质量问题,进行GPU故障预测,落地新测试场景、测试方法,推动GPU选型标准化、流程化; 6、跟进和探索CPU、GPU测试理论和测试方法,寻找合适的技术路径,支撑新技术的快速验证、形成评估结论,支撑新产品研发和产品化交付。
ByteIntern:面向2026届毕业生(2025年9月-2026年8月期间毕业),为符合岗位要求的同学提供转正机会。 团队介绍:字节跳动系统部,负责字节跳动从芯片到服务器、操作系统、网络、CDN 、数据中心等基础设施的研发、设计、采购、交付与运营管理,为包含抖音、头条、火山引擎等全球业务提供高效、稳定、具备可扩展性的基础设施。部门当前业务开展包括不限于:数据中心设计建设、芯片研发、服务器研发、网络工程研发、火山引擎边缘云业务、高性能智能硬件研发、IDC资源智能交付与运维、硬件基础设施智能监控与预警、操作系统与内核、虚拟化技术、编译工具链、供应链管理等众多基础设施相关方向。 1、负责数据中心X86/ARM/GPU等多样性计算系统的性能评估与验证工作,提取与分析业务模型,制定针对性的评估方案,论证与优化服务器产品硬件架构设计的竞争力; 2、负责服务器硬件性能评估体系建,提升对芯片选型、缺陷识别、机型导入、TCO核算等业务的支撑能力,形成更符合字节跳动业务场景、架构设计合理、产品组合最优的落地表现; 3、参与服务器业务应用数据挖掘工作,提炼设计优化点,提升服务器在字节跳动业务场景落地的竞争力; 4、负责数据中心多样性计算的的系统测试设计、测试方案及测试执行,对异构硬件系统的功能、性能、可靠性验证质量负责; 5、跟进GPU服务器研发测试、生产测试及线上质量问题,结合研发、生产及现网质量问题,进行GPU故障预测,落地新测试场景、测试方法,推动GPU选型标准化、流程化; 6、跟进和探索CPU、GPU测试理论和测试方法,寻找合适的技术路径,支撑新技术的快速验证、形成评估结论,支撑新产品研发和产品化交付。