思科
ASIC Package Engineer
ASIC Package Engineer
发布于 大约 3 小时前普通员工/个人贡献者
Taipei, New Taipei, Taiwan
高级经验
全职员工
仅现场办公
本科
硬件工程
CAD
ABAQUS
GD&T
ANSYS
3D Modeling
Finite Element Analysis
Thermal Mechanical Simulation
AI 估算 · 30k–50k
思科为跨国巨头，台湾ASIC工程师高级岗位薪资较优，技术门槛高，市场竞争力强，月薪约3-5万人民币。
职位详情
关于这个职位
该职位主要负责ASIC芯片封装的热机械仿真分析，使用有限元方法评估应力、翘曲和焊点可靠性，并通过Python等脚本自动化仿真流程
你将与全球团队协作，直接参与高性能网络系统核心芯片的开发
最低要求
· 学士学位+7年相关经验，或硕士学位+4年相关经验，或博士学位+1年相关经验
· 至少3年半导体封装机械设计与热机械仿真经验
· 熟练使用3D建模和有限元分析软件（ABAQUS或ANSYS）
· 能够跨时区协调沟通，支持美国及亚洲的全球项目团队
工作职责
· 执行有限元分析，评估ASIC封装、基板和先进封装组件的热机械应力、翘曲和焊点可靠性
· 模拟和分析线性/非线性材料行为（如塑性、蠕变、粘弹性），涉及焊点、铜、加强件和底部填充材料
· 使用Python、Fortran或类似脚本工具开发和自动化仿真工作流，以简化分析和报告
· 提供清晰的仿真结果以支持机械设计、根本原因分析和风险缓解
· 在产品开发早期支持设计优化，并通过将FEA预测与测试数据和现场回报相关联进行故障调查
· 以清晰、结构化的格式记录和呈现分析结果、假设和设计建议
优先资格
· 5年以上半导体或电子封装系统机械/热机械仿真经验
· 熟悉CAD、GD&T，掌握AUTOCAD、CREO及相关行业标准（JEDEC、IPC等）
· 有倒装芯片、2.5D/3D先进封装和/或异构集成技术经验
· 了解材料机械行为与材料表征，具备半导体封装可靠性认证知识
· 熟练使用脚本自动化仿真以提高效率和一致性
AI 洞察
优缺点分析
优点
- Work on cutting-edge ASIC packaging technology for high-performance networking systems.
- Global collaboration with top engineers across US and Asia, offering diverse experience.
- Strong technical skill development in FEA, simulation automation, and material science.
- Requires deep expertise in thermomechanical simulation and advanced packaging – steep learning curve if not already specialized.
- Coordination across multiple time zones may lead to irregular working hours.
- High responsibility as simulation directly impacts product reliability and time-to-market.
- Engineers with a strong mechanical simulation background, passionate about semiconductor packaging and willing to work in a global, high-stakes environment.
缺点 / 挑战
暂无明显挑战项
角色解读
- Advance to senior simulation engineer or technical lead within the ASIC group.
- Expand into broader hardware or reliability engineering roles.
- Transition to management or cross-functional project leadership with global exposure.
- Perform finite element analysis (FEA) to assess thermomechanical stress, warpage, and solder joint reliability of ASIC packages.
- Develop and automate simulation workflows using Python or Fortran to streamline analysis and reporting.
- Collaborate with global teams to support design optimization, root cause analysis, and failure investigations.
- Strong background in mechanical engineering and thermomechanical simulation of semiconductor packages.
- Proficiency in FEA tools like ABAQUS or ANSYS, and 3D modeling software.
- Experience with scripting (Python, Fortran) for simulation automation.
- Knowledge of advanced packaging technologies (flip chip, 2.5D/3D, heterogeneous integration).
申请策略
- Tailor your resume to clearly demonstrate simulation impact on product design and reliability.
- Highlight ability to communicate technical results clearly to non-experts.
- Highlight hands-on experience with ABAQUS/ANSYS and specific simulation projects in semiconductor packaging.
- Emphasize scripting skills (Python, Fortran) and automation achievements.
- Showcase knowledge of advanced packaging technologies (flip chip, 2.5D/3D).
- Include any cross-functional collaboration or global project experience.
- Strengthen proficiency in FEA software and material modeling (plasticity, creep).
- Learn or refresh scripting (Python) for simulation automation.
面试指南
- Use STAR method (Situation, Task, Action, Result) for behavioral questions.
- For technical questions, explain your thought process step-by-step, including assumptions and trade-offs.
- When discussing automation, focus on efficiency gains and consistency improvements.
- Describe a complex FEA simulation you performed for a semiconductor package. What challenges did you face?
- How would you automate a repetitive simulation task using Python? Give an example.
- Explain the difference between linear and nonlinear material behavior in the context of solder joint reliability.
- How do you validate simulation results with experimental data?
- How do you handle conflicting priorities across global teams?
职位点评
69
综合评分
思科高级ASIC封装工程师：前沿技术、全球协作、薪资优厚，但工作生活平衡一般。
更适合这类人
适合追求技术深度和前沿领域发展，能接受全球协作和一定时差挑战的机械仿真工程师。
表现最好
成长发展
相对薄弱
工作生活
薪资福利75
成长发展85
工作生活45
使命价值70
薪资福利
75中等
思科作为顶级科技公司，薪资福利具有竞争力，且该职位为高级工程师岗位，薪资水平在市场之上。但JD未明确列出福利细节，故给予中等偏上评分。
薪资信号偏高 (30K-50K/月)
成长发展
85较高
该职位涉及先进封装和热机械仿真前沿技术，使用行业领先的FEA工具和脚本自动化，有极大的技术成长空间。同时思科提供全球协作环境，有利于职业发展。
技术前沿前沿/新兴技术
技术栈FEA、ABAQUS、ANSYS、Python、Fortran、2.5D/3D packaging、heterogeneous integration
业务类型profit_center
工作生活
45较低
职位要求跨时区协作，可能影响工作生活平衡。工作地点为台北，JD未提及远程或弹性工作安排，也未提及加班情况，因此评分中等偏低。
工作模式仅现场办公
办公地点市区核心地段
加班情况未提及（无法判断）
使命价值
70中等
思科在AI时代的网络基础设施中扮演关键角色，该职位直接贡献于高性能系统可靠性，具有一定社会价值。但JD未强调使命感或社会影响，故评分中等。
行业发展高速增长赛道
社会影响中性/一般
创新程度积极采用新技术
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