Maintenance Engineer

JobsCloseBy Editorial Insights

这是一个位于杜塞尔多夫、全职、现场的维护/工艺工程师岗位，负责机器人割草机在生产与售后维修全流程的工艺规划、治具与设备导入、良率提升以及跨部门协作，要求具备消费电子、智能硬件或机电产品的生产工艺经验，能独立设计工艺路线、推进治具开发并提升良率、降低成本，同时与研发、质量、供应链和售后形成完整的工艺闭环。对申请人来说最重要的是能展示 DFM/DFR 评审、FA 与 DOE 的实际案例，具备问题分析（鱼骨图、8D、DMAIC）和 ROI 评估能力，简历中应尽量量化成果并强调跨团队落地能力，必要时提供英文/双语沟通材料。

---

Maintenance EngineerDüsseldorf售后服务类Responsibilities一、岗位概述 / Position Overview 工艺工程师将负责机器人割草机产品在生产及售后维修全过程中的工艺规划、优化与质量提升。 The Process Engineer will be responsible for process planning, optimization, and quality improvement throughout the production and after-sales repair processes of robotic lawn mower products. 该岗位需要候选人具备消费电子、智能硬件或机电类产品的生产工艺经验，能够独立制定工艺流程、推进治具开发、提升良率并降低成本。 This role requires experience in consumer electronics, smart hardware, or electromechanical product manufacturing, with the ability to independently define process flows, lead fixture development, improve yield, and reduce cost. 同时需要与研发、质量、供应链、售后团队紧密协作，建立从设计到量产再到售后维修的完整工艺闭环。 Close collaboration with R&D, Quality, Supply Chain, and Aftersales teams is essential to build a complete process loop from design to mass production to repair. 二、主要职责 / Key Responsibilities 工艺规划与流程设计 / Process Planning & Design 负责新产品的工艺路线设计、工站布局及作业指导书（SOP）制定。 Responsible for defining process routing, station layout, and creating SOPs for new products. 设计并优化装配、测试及维修流程，确保可制造性（DFM）和可维修性（DFR）。 Design and optimize assembly, testing, and repair processes to ensure manufacturability (DFM) and repairability (DFR). 制定标准化工艺参数，包括扭矩、力值、温度、测试逻辑等。 Establish standardized process parameters, including torque, force, temperature, and test logic. 工装治具与设备导入 / Tooling & Fixture Development 主导治具、测试设备的需求定义、开发、验证及导入量产。 Lead requirements, development, validation, and mass production deployment of fixtures and test equipment. 优化治具结构和测试程序，提高效率与一致性。 Optimize fixture structure and test logic to improve efficiency and consistency. 参与自动化工站设计及效率改善项目。 Participate in automation station design and efficiency improvement projects. 良率提升与问题解决 / Yield Improvement & Issue Resolution 对生产及维修过程中的异常进行分析并推动改善，使用鱼骨图、8D、DMAIC 等工具。 Analyze production and repair issues and drive improvements using tools such as fishbone, 8D, and DMAIC. 主导失效分析（FA）和 DOE 试验，优化工艺窗口。 Lead failure analysis (FA) and DOE experiments to optimize process windows. 持续监测过程指标，识别工艺潜在风险并提前预防。 Monitor process KPIs, identify potential risks, and implement preventive actions. 成本与效率优化 / Cost & Efficiency Optimization 通过工艺优化降低操作时间、人力成本和返修率。 Reduce cycle time, labor cost, and rework rate through process optimization. 分析维修工艺成本，优化备件使用及维修工序。 Analyze repair process cost and optimize spare parts usage and repair steps. 评估自动化设备或工艺变更的投入产出比（ROI）。 Evaluate ROI of automation equipment and process changes. 跨部门协作 / Cross-functional Collaboration 支持研发团队进行 DFM/DFR 评审，确保产品结构与工艺匹配。 Support R&D on DFM/DFR reviews to ensure alignment between design and manufacturing. 协助售后服务中心建立维修工艺、培训资料及质量改善流程。 Support aftersales service centers by developing repair processes, training materials, and quality improvement workflows. 参与供应链、PMC、质量会议，确保物料与工艺稳定性。 Participate in supply chain, PMC, and quality meetings to ensure process and material stability.Qualifications一、岗位概述 / Position Overview 工艺工程师将负责机器人割草机产品在生产及售后维修全过程中的工艺规划、优化与质量提升。 The Process Engineer will be responsible for process planning, optimization, and quality improvement throughout the production and after-sales repair processes of robotic lawn mower products. 该岗位需要候选人具备消费电子、智能硬件或机电类产品的生产工艺经验，能够独立制定工艺流程、推进治具开发、提升良率并降低成本。 This role requires experience in consumer electronics, smart hardware, or electromechanical product manufacturing, with the ability to independently define process flows, lead fixture development, improve yield, and reduce cost. 同时需要与研发、质量、供应链、售后团队紧密协作，建立从设计到量产再到售后维修的完整工艺闭环。 Close collaboration with R&D, Quality, Supply Chain, and Aftersales teams is essential to build a complete process loop from design to mass production to repair. 二、主要职责 / Key Responsibilities 工艺规划与流程设计 / Process Planning & Design 负责新产品的工艺路线设计、工站布局及作业指导书（SOP）制定。 Responsible for defining process routing, station layout, and creating SOPs for new products. 设计并优化装配、测试及维修流程，确保可制造性（DFM）和可维修性（DFR）。 Design and optimize assembly, testing, and repair processes to ensure manufacturability (DFM) and repairability (DFR). 制定标准化工艺参数，包括扭矩、力值、温度、测试逻辑等。 Establish standardized process parameters, including torque, force, temperature, and test logic. 工装治具与设备导入 / Tooling & Fixture Development 主导治具、测试设备的需求定义、开发、验证及导入量产。 Lead requirements, development, validation, and mass production deployment of fixtures and test equipment. 优化治具结构和测试程序，提高效率与一致性。 Optimize fixture structure and test logic to improve efficiency and consistency. 参与自动化工站设计及效率改善项目。 Participate in automation station design and efficiency improvement projects. 良率提升与问题解决 / Yield Improvement & Issue Resolution 对生产及维修过程中的异常进行分析并推动改善，使用鱼骨图、8D、DMAIC 等工具。 Analyze production and repair issues and drive improvements using tools such as fishbone, 8D, and DMAIC. 主导失效分析（FA）和 DOE 试验，优化工艺窗口。 Lead failure analysis (FA) and DOE experiments to optimize process windows. 持续监测过程指标，识别工艺潜在风险并提前预防。 Monitor process KPIs, identify potential risks, and implement preventive actions. 成本与效率优化 / Cost & Efficiency Optimization 通过工艺优化降低操作时间、人力成本和返修率。 Reduce cycle time, labor cost, and rework rate through process optimization. 分析维修工艺成本，优化备件使用及维修工序。 Analyze repair process cost and optimize spare parts usage and repair steps. 评估自动化设备或工艺变更的投入产出比（ROI）。 Evaluate ROI of automation equipment and process changes. 跨部门协作 / Cross-functional Collaboration 支持研发团队进行 DFM/DFR 评审，确保产品结构与工艺匹配。 Support R&D on DFM/DFR reviews to ensure alignment between design and manufacturing. 协助售后服务中心建立维修工艺、培训资料及质量改善流程。 Support aftersales service centers by developing repair processes, training materials, and quality improvement workflows. 参与供应链、PMC、质量会议，确保物料与工艺稳定性。 Participate in supply chain, PMC, and quality meetings to ensure process and material stability.Apply