康宁
Sr. Mechanical Engineer
Sr. Mechanical Engineer
发布于 1 天前普通员工/个人贡献者
全职员工仅现场办公机械工程师
机械工程师
Fat/Sat
Lean Six Sigma
夹具设计
故障排查
机械设计
气动系统
精密装配
自动化设备
跨部门协作
值不值得投
81综合评分
综合评分 81
前沿技术平台、发展路径清晰、社会价值突出，但需适应制造业现场工作节奏。
从薪资福利、成长发展、工作生活和使命价值四个维度综合评估，方便横向比较。
薪资怎么样
3.5万
比机械工程师中位数高
发布情况
新岗位 · 昨天发布
公司情况
这家公司招聘很活跃
约 450 个在招 · 其中机械工程师 17 个
市场机会
选择面较广
上海 · 机械工程师 · 约 240 个在招
职位详情
关于这个职位
负责康宁上海基地CPO相关精密自动化设备的接收、技术验证与制造移交
主导设备日常机械故障排查、持续改进与生命周期管理，协同设计、工艺、供应商及跨部门团队，确保设备稳定运行并支持新产品导入与产能爬坡
最低要求
Bachelor's degree or above in Mechanical Engineering, Mechatronics, Automation, Manufacturing Engineering, Industrial Engineering, or a related discipline.
+ years of experience in mechanical equipment engineering, equipment development, automation equipment integration, manufacturing engineering, or equipment sustaining within a manufacturing or equipment-development environment.
Strong hands-on experience with non-standard automation equipment, mechanical design, fixture and tooling design, precision motion mechanisms, pneumatic systems, material handling, safety guarding, ergonomics, equipment installation, commissioning, troubleshooting, and continuous improvement.
Demonstrated experience in equipment transfer, mechanical design review, supplier build, FAT/SAT, installation, qualification, validation, production ramp-up, reliability improvement, and manufacturing support.
Experience working with equipment suppliers, system integrators, contractors, and cross-functional project teams to deliver mechanical equipment solutions from design through manufacturing handover.
工作职责
Project Mechanical Receiving and Handover:
Work closely with project equipment design teams, process engineering, controls engineering, suppliers, and system integrators to understand product-critical requirements, process windows, equipment operating mechanisms, mechanical architecture, tooling interactions, motion concepts, fixture design, material handling, safety guarding, ergonomics, maintainability, and key mechanical risks for CPO-related MLA, MMC, and other assigned precision automation processes equipment.
Participate in technical specifications, mechanical design reviews, supplier build, FAT, SAT, installation, alignment, dry run, process debug, qualification, validation, and production release to identify mechanical risks, verify equipment performance against product and process needs, and propose improvements before manufacturing handover.
Review, verify acceptance criteria, and receive key mechanical deliverables for assigned equipment, including mechanical drawings, 3D models, BOMs, fixture and tooling drawings, pneumatic diagrams, utility requirements, safety guarding design, critical spare-parts list, maintenance manuals, lubrication and inspection standards, changeover methods, recovery procedures, and supplier technical documentation.
Document mechanical equipment knowledge, operating mechanisms, adjustment methods, alignment procedures, tooling functions, wear parts, troubleshooting methods, recovery procedures, key parameters, maintenance standards, mechanical handover packages, and train process engineering, production, maintenance, trainers, and key operators to ensure effective knowledge transfer and sustainable manufacturing operation.
Sustaining Mechanical Ownership, Troubleshooting, and Continuous Improvement:
Own day-to-day mechanical troubleshooting and recovery support for assigned precision automation equipment, including mechanical jams, alignment drift, fixture or tooling wear, motion repeatability issues, pneumatic failures, dispensing or curing module issues, handling defects, safety guarding concerns, ergonomic risks, recurring downtime, capability loss, and process-related mechanical defects.
Apply structured root-cause analysis, effectiveness verification, and data-based problem solving to eliminate recurring mechanical failures, reduce downtime, improve availability, OEE, MTBF, and MTTR, and strengthen equipment recovery, restart, and escalation practices.
Drive continuous improvement and future equipment upgrades through mechanical design improvement, fixture and tooling optimization, cycle-time reduction, yield and capability improvement, changeover simplification, maintainability improvement, capacity optimization, standardization, cost reduction, and lifecycle risk mitigation.
Support preventive and predictive maintenance requirements, critical spare-parts strategy, equipment BOM review, inspection standards, TPM inputs, lifecycle risk assessment, and mechanical obsolescence management for structures, tooling, fixtures, mechanisms, bearings, linear guides, actuators, pneumatic components, guarding, utility interfaces, and other critical mechanical components.
优先资格
Experience in CPO, photonics, fiber optics, precision assembly, electronics, semiconductor, medical device, or other high-precision manufacturing is preferred.
Experience with CPO, photonics packaging, MLA, MMC, Fiber Kit, precision optical/component alignment, semiconductor packaging, electronics assembly, or comparable high-precision manufacturing processes.
Hands-on experience with precision dispensing, UV curing, micro-positioning, vision alignment, fiber-optic assembly tooling, tray and carrier handling, cleanroom equipment, or advanced precision automation mechanisms.
Demonstrated project management skills in equipment development, supplier management, installation planning, qualification execution, and production ramp-up support.
Machine safety, ergonomics, Lean Six Sigma, or other relevant technical certification is preferred.
Strong technical ownership and accountability to drive deliverables, troubleshooting actions, and improvement plans to closure.
Structured problem-solving mindset with logical thinking, risk awareness, attention to detail, and data-based decision making.
Effective cross-functional collaboration with project teams, engineering functions, operations, suppliers, and system integrators.
Clear technical communication and knowledge-transfer capability, with learning agility and continuous improvement mindset.
AI 洞察
优缺点分析
优点
- 依托康宁全球领先的平台，接触前沿光通信与半导体封装设备技术
- 职责覆盖设备全生命周期，技术积累深厚且行业认可度高
- 跨国企业文化规范，培训体系完善，有利于职业履历镀金
- 业务聚焦高增长赛道（CPO/光子学），长期发展前景广阔
- 洁净室与高精度设备环境对操作规范与安全标准要求极严
- 适合具备扎实机械自动化背景、喜欢解决复杂工程问题且抗压能力强的中高级工程师
缺点 / 挑战
- 需频繁对接多方供应商与内部团队，沟通协调成本较高
- 设备调试与爬坡期可能面临较大交付压力与突发故障处理挑战
角色解读
- 纵向深耕可发展为资深设备专家或自动化架构师，主导核心产线规划
- 横向拓展可转向设备项目经理或制造工程主管，统筹多项目交付
- 长期可向技术管理或运营总监方向发展，负责更大规模的生产技术支持体系
- 负责CPO相关精密自动化设备的接收、技术验证与制造移交，确保设备符合生产标准
- 主导设备的日常机械故障排查、根因分析与持续改进，提升设备可用性与OEE
- 协同项目设计、工艺、供应商及跨部门团队，完成设备从设计到量产的全生命周期管理
- 编制机械维护文档与培训资料，赋能生产与维护团队，保障知识传承
- 精通非标自动化设备机械设计、夹具工装设计与精密运动机构原理
- 熟练掌握FAT/SAT验收流程、设备安装调试及生产爬坡支持
- 具备结构化问题解决能力，能运用数据驱动方法降低MTTR、提升MTBF
- 优秀的跨部门沟通与项目管理能力，熟悉精益生产与设备维护体系
申请策略
- 提前了解康宁在光通信与半导体领域的最新技术布局，展现业务契合度
- 准备1-2个完整的设备引进或重大技改案例，重点说明你的角色与量化结果
- 突出非标自动化设备从设计评审到FAT/SAT验收及量产移交的全流程经验
- 量化展示设备OEE提升、MTBF延长、停机时间减少的具体改善成果
- 强调跨部门协作与供应商管理能力，特别是多项目并行推进的经历
- 列出掌握的精密传动、气动控制、夹具设计及洁净室设备相关技能
- 深入学习CPO/光子学封装工艺及设备特性，补充光学对准与微定位知识
- 强化数据分析与统计过程控制（SPC）技能，提升基于数据的决策能力
面试指南
- 采用STAR法则（情境-任务-行动-结果）结构化陈述项目经历
- 针对故障排查类问题，遵循“现象确认-数据收集-假设验证-对策实施-效果固化”的逻辑链条
- 针对资源冲突类问题，优先明确关键路径与风险点，提出多方案比选与阶段性妥协策略
- 请分享一个你主导的非标自动化设备从设计到量产移交的完整案例
- 当设备出现重复性机械故障导致停线时，你的根因分析与解决流程是怎样的？
- 如何平衡设备性能优化、成本控制与交付进度之间的矛盾？
- 面对供应商交付延迟或技术不达标，你会采取哪些措施确保项目节点？
- 复习机械原理、气动系统、精密传动及常见失效模式分析（如FMEA）
职位点评
薪资福利85
成长发展90
工作生活65
使命价值80
薪资福利
85较高
跨国巨头提供具有市场竞争力的薪酬与完善福利，稳定性强，能满足较高的补偿性需求。
薪资信号未披露（AI估算：2.5千–4.5万/月）
成长发展
90较高
岗位深度参与前沿CPO/光子学设备开发与维护，技术栈先进且成长路径清晰，发展性动机满足度极高。
技术前沿前沿/新兴技术
技术栈CPO、MLA、MMC、FAT/SAT、Lean Six Sigma、精密运动机构、气动系统
成长机会continuous improvement mindset、knowledge-transfer capability、learning agility
业务类型profit_center
工作生活
65中等
制造业设备岗通常需现场办公并应对产线突发状况，但公司文化强调WLB与合理便利，整体生活化动机中等偏上。
工作模式未明确
办公地点科技园/产业园
加班情况未提及（无法判断）
使命价值
80较高
公司业务直接关联生命健康、清洁能源与下一代通信技术，社会价值与行业使命感显著。
行业发展高速增长赛道
社会影响正向社会影响力较高
使命信号帮助推动公司及世界的进步、对世界和人类产生积极的影响、使救生药品安全送达、实现低成本的太阳能解决方案
创新程度积极采用新技术
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