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发布于 2026-11-05 英文原文

半导体封装工艺工程师(NPI)

Engineer (Front Assembly Line)

ルネサス エレクトロニクス

职种工程 雇用形态—
工作地点Telok Panglima Garang, my 薪资面议

职位概要

该职位负责开发、优化、验证并建立稳健的半导体封装组装工艺,覆盖从晶圆准备到最终组装清洗的多个工艺环节。主要职责包括:A. NPI工艺开发与验证:为新产品的组装工艺制定开发计划、工程与验证批次、工艺验证活动,建立工艺参数、规格、控制限和验收标准,评估工艺可行性、识别制造风险并实施预防措施,审查工艺能力、良率、缺陷趋势和验证结果,编写技术报告与工艺文档,支持安全投产并确保量产前解决关键工艺问题。B. 多工艺工程职责:晶圆贴装(普通晶圆与Taiko晶圆)、晶圆切割(刀片选择等参数)、焊料印刷(框架/芯片)、芯片粘接、夹片粘接、真空回流、助焊剂清洗等工艺的开发与优化。C. 跨职能协作:与生产、设备工程、质量保证、产品工程、材料工程等部门合作,与设备和材料供应商评估新技术,为工程批次、验证批次、故障排除和量产爬坡提供技术支持。D. 文档与量产转移:编写和维护工艺规格、SOP、作业指导书、工艺流程图和风险评估,维护工程记录、工艺参数历史、DOE结果和验证报告,支持PFMEA评审和工艺控制实施,定义关键质量参数和监控要求。任职资格:工程学士学位(电气、电子、机械、机电一体化、材料、半导体等相关专业),优先5年以上半导体组装、封装或制造工程经验,具有功率半导体或功率分立器件封装经验者优先。技能要求:较强的分析、故障排除和问题解决能力,了解半导体组装工艺及工艺交互,熟悉DOE、SPC、工艺能力分析、FMEA和结构化根本原因分析,能够解读工程数据、识别工艺风险并实施有效纠正措施,熟练使用Excel和PowerPoint进行数据分析和报告,良好的沟通和跨职能协作能力,能够管理多个NPI活动并满足项目里程碑。加分项:MOSFET、功率分立器件或功率半导体封装组装经验;Taiko晶圆处理、晶圆切割、焊料印刷、芯片粘接、夹片粘接、真空回流和助焊剂清洗的实操经验;焊点检测、空洞分析、X射线检测、横截面分析和封装失效分析经验;新产品验证、工艺转移、安全投产和量产爬坡经验;使用DOE进行工艺开发和多步组装工艺优化经验。预期成果:按项目进度成功完成NPI批次和验证里程碑,在工程批次和量产爬坡期间实现产品良率和质量目标,及时关闭关键工艺问题并实施有效纠正措施,确保关键组装操作的工艺能力、稳定性和重复性,减少工艺相关缺陷、材料浪费和制造成本,按时完成工艺文档、风险评估和量产交接。

职位描述

Job Description Job Summary To develop, optimize, qualify, and establish robust semiconductor assembly processes for semiconductor packages, covering multiple assembly processes from wafer preparation to final assembly cleaning. The role is responsible for process development, optimization, qualification, technical problem-solving, and manufacturing readiness to ensure new products meet quality, reliability, productivity, and cost requirements. The engineer will work closely with NPI project management, Production, Process Engineering, Equipment Engineering, Quality Assurance, Product Engineering, Material Engineering, and other cross-functional teams to ensure successful product introduction and smooth transfer to mass production. Key Responsibilities A. NPI Process Development and Qualification Develop, establish, and optimize assembly process conditions for new products. Prepare and execute process development plans, engineering & qualification builds, and process validation activities. Establish process parameters, specifications, control limits, and acceptance criteria. Evaluate process feasibility, identify potential manufacturing risks, and implement preventive actions before mass production. Review process capability, yield performance, defect trends, and qualification results. Prepare technical reports, process documentation, and qualification summaries. Support safe launch activities and ensure all critical process issues are resolved before mass production release. B. Multi-Process Engineering Responsibilities Wafer Mounting – Develop and optimize wafer mounting processes for Normal and Taiko wafers Wafer Dicing - Develop and optimize dicing parameters, including blade selection and other related parameters Solder Printing – Frame/Die - Develop and optimize solder printing processes for LF’s or designated frame substrates and on die according to the design and process flow. Die Bonding - Develop and optimize die bonding processes applicable process parameters. Clip Bonding - Develop and optimize clip bonding process, clip alignment, and other applicable process parameters.. Vacuum Reflow - Develop and optimize vacuum reflow profiles. Flux Cleaning - Develop and optimize Flux cleaning process C. Cross-Functional Collaboration Collaborate with Production, Equipment Eng, QA, Product Eng, Material Eng, and other relevant departments Work with equipment and material suppliers to evaluate new technologies and improvement opportunities. Provide technical support during engineering builds, qualification builds, troubleshooting, and production ramp-up. Coordinate process readiness, material availability, and documentation before qualification and mass production. D. Documentation and Mass Production Transfer Prepare and maintain process specifications, SOPs, work instructions, process flow documents, and risk assessments. Maintain engineering records, process parameter histories, DOE results, and qualification reports. Support PFMEA reviews and implementation of appropriate process controls. Define critical-to-quality parameters and monitoring requirements. Qualifications Bachelor's Degree in Engineering (Electrical, Electronics, E&E, Mechanical, Mechatronics, Materials, Semiconductor, or related disciplines). Minimum 5 years experience in semiconductor assembly, packaging, or manufacturing engineering is preferred. Candidates with relevant experience in multiple assembly processes, particularly power semiconductor or power discrete packaging, will have an added advantage. Skills and Knowledge Strong analytical, troubleshooting, and problem-solving skills. Good understanding of semiconductor assembly processes and process interactions. Knowledge of DOE, SPC, process capability analysis, FMEA, and structured root cause analysis. Ability to interpret engineering data, identify process risks, and implement effective corrective actions. Proficiency in Microsoft Excel and PowerPoint for data analysis, technical reporting, and presentation. Good communication and cross-functional collaboration skills. Ability to manage multiple NPI activities and meet project milestones. Added Advantages Experience in MOSFET, power discrete, or power semiconductor package assembly. Hands-on experience in Taiko wafer handling, wafer dicing, solder printing, die bonding, clip bonding, vacuum reflow, and flux cleaning. Experience in solder joint inspection, void analysis, X-ray inspection, cross-section analysis, and package failure analysis. Experience in new product qualification, process transfer, safe launch, and mass production ramp-up. Experience in process development using DOE and optimization of multi-step assembly processes. Expected Outcomes Successful completion of NPI builds and qualification milestones according to the project schedule. Achievement of product yield and quality targets during engineering builds and production ramp-up. Timely closure of critical process issues and implementation of effective corrective actions. Process capability, stability, and repeatability for critical assembly operations. Reduction of process-related defects, material wastage, and manufacturing cost. Completion of process documentation, risk assessments, and mass production handover on schedule. Additional Information Renesas is an embedded semiconductor solution provider driven by its Purpose, To Make Our Lives Easier . With a global team of over 21,000 engineers and problem solvers in more than 30 countries, we offer the opportunity to work on world‑leading technology for Automotive, Industrial, Infrastructure, and IoT, shaping a safer, healthier, greener, and smarter future. At Renesas, TAGIE is our culture, grounded in being Transparent, Agile, Global, Innovative, and Entrepreneurial. It shapes how we work, grow and deliver on our purpose together. This collaborative spirit and mindset drive our semiconductor technology to transform industries and impact millions of lives. We believe in rewarding our employees with a competitive benefits package alongside their salary. More information will be provided during the hiring process. Are you ready to join our team and shape the future with us? Renesas Electronics is an equal opportunity and affirmative action employer, committed to supporting diversity and fostering a work environment free of discrimination on the basis of sex, race, religion, national origin, gender, gender identity, gender expression, age, sexual orientation, military status, veteran status, or any other basis protected by law. For more information, please read our Diversity & Inclusion Statement .