Responsibilities
1. System Planning and Implementation: Participate in requirement research, scheme design, deployment implementation, and acceptance of MES systems in manufacturing; optimize system functions based on actual processes of production sites (e.g., injection molding, CNC lines).
2. System O&M and Troubleshooting: Responsible for daily O&M of the MES system; promptly troubleshoot and resolve software/hardware faults and data interface anomalies during production to ensure stable system operation.
3. Data Management and Analysis: Build production data collection, statistics, and analysis modules; interface with ERP, PLC, and other systems to achieve real-time synchronization and visual display of production orders, process progress, equipment status, quality inspection, and other data.
4. User Training and Support: Compile MES system operation manuals; provide operation training to employees in production, quality, warehousing, and other departments; answer daily usage questions; collect user optimization suggestions.
5. System Optimization and Iteration: Track changes in production business processes; periodically evaluate MES system performance; propose function optimization schemes; cooperate with the development team to complete system version iteration and upgrades.
Qualifications
1. Associate degree or above; Computer Science and Technology, Automation, Software Engineering, Industrial Engineering, or related fields preferred.
2. Familiar with MES core modules (production scheduling, data collection, quality management, equipment management, etc.); experience in MES implementation or O&M in manufacturing (injection molding, machining industries, etc.) preferred.
3. Understand industrial control systems such as PLC and SCADA; master related technologies such as OPC UA and databases (SQL Server/MySQL); able to complete data interface between MES and other systems.
4. Certain scripting ability (e.g., Python, C#); able to independently complete simple function customization or data interface development.
5. Familiar with manufacturing production processes; able to accurately understand business requirements of production, process, and quality departments.
6. Strong logical analysis and problem-solving skills; able to quickly locate and handle complex faults during system operation.
7. Good communication and coordination skills; able to efficiently interface with business departments, IT teams, and system suppliers to drive project implementation.
8. Strong learning ability; able to quickly master new industrial software technologies and industry business knowledge.
