设备效能提升 / Equipment Efficiency Improvement
1. 分析现有生产设备的利用率，识别瓶颈并提出改进方案，提升设备综合效率（OEE）。
Analyze the utilization of existing production equipment, identify bottlenecks, and propose improvement plans to enhance Overall Equipment Effectiveness (OEE).
2. 设计和实施设备布局优化方案，减少物料搬运距离和生产周期时间。
Design and implement equipment layout optimization plans to reduce material handling distances and production cycle times.
3. 引入自动化设备或升级现有设备，提高生产线的自动化水平和生产效率。
Introduce automated equipment or upgrade existing equipment to improve the automation level and production efficiency of the production line.
4. 监控设备运行状态，制定预防性维护计划，减少设备故障和停机时间。
Monitor equipment operating status and develop preventive maintenance plans to reduce equipment failures and downtime.
人体工学优化 / Ergonomics Optimization
1. 评估生产线操作工位的人体工学设计，识别可能导致员工疲劳或伤害的风险点。
Evaluate the ergonomic design of production line workstations, identifying risk points that may cause employee fatigue or injury.
2. 设计符合人体工学的工作站布局，优化操作姿势，减少重复性劳损（RSI）风险。
Design ergonomic workstation layouts to optimize operating postures and reduce the risk of repetitive strain injuries (RSI).
3. 引入辅助工具或设备，减轻员工劳动强度，提高工作效率和安全性。
Introduce auxiliary tools or equipment to reduce employee labor intensity and improve work efficiency and safety.
4. 定期开展人体工学培训，提高员工对安全操作和健康工作方式的认知。
Conduct regular ergonomic training to enhance employee awareness of safe operations and healthy work practices.
生产流程优化 / Production Process Optimization
1. 分析现有生产流程，识别浪费环节（如等待、搬运、过度加工等），提出精益生产改进方案。
Analyze existing production processes, identify waste (e.g., waiting, transportation, over-processing), and propose lean production improvement plans.
2. 制定标准化作业流程（SOP），确保生产操作的一致性和可追溯性。
Develop Standard Operating Procedures (SOPs) to ensure consistency and traceability of production operations.
3. 通过时间研究和动作分析，优化操作步骤，提高生产效率。
Optimize operational steps through time studies and motion analysis to improve production efficiency.
数据分析与报告 / Data Analysis and Reporting
1. 收集和分析生产数据（如设备利用率、生产效率、故障率等），识别改进机会。
Collect and analyze production data (e.g., equipment utilization, production efficiency, failure rates) to identify improvement opportunities.
2. 定期编写效能提升和人体工学优化报告，向管理层汇报改进成果和后续计划。
Regularly prepare reports on efficiency improvements and ergonomic optimizations, presenting results and follow-up plans to management.
跨部门协作 / Cross-Functional Collaboration
1. 与生产、设备维护、质量等部门紧密合作，推动改进方案的落地实施。
Collaborate closely with production, equipment maintenance, and quality departments to implement improvement plans.
2. 支持新产品的试产工作，确保生产线设计符合高效、安全、人体工学的原则。
Support pilot production of new products, ensuring production line design aligns with principles of efficiency, safety, and ergonomics.