Job Description
- Design and optimize production processes: Analyze and improve the entire manufacturing flow from mixing to vulcanizing, thoroughly eliminating waste of time and resources. - Manage and control manufacturing equipment: Operate and develop maintenance plans for major machinery such as Banbury mixers, open mills, calendars, and forming machines. - Manage quality and processes: Properly set and control critical parameters (temperature, pressure, heating time) in the vulcanization process to prevent defects such as scorch and porosity. - Evaluate tools and molds: Conduct basic design and evaluation of molds and jigs & fixtures to improve product assembly efficiency. - Data analysis and improvement: Monitor and report KPIs such as yield, reject rate, and overall equipment effectiveness (OEE), implementing improvements based on lean production methods (conducting root cause analysis: RCA). - Promote safety, health, and standardization: Standardize based on quality standards such as ISO 9001, and ensure compliance with safety protocols (K3) in workplaces handling high-temperature machinery and hazardous chemicals. - On-site education and interdepartmental collaboration: Instruct operators on standard operating procedures (SOP) and maintain close collaboration with maintenance and R&D departments (transitioning new formulations to mass production). -Other related tasks as assigned
Job Requirement
- Diploma (D3) or Bachelor's (S1) degree in Mechanical Engineering - More than 3 years of production engineer (Rubber)expeirence is mandatory - At least 1 years senior or supervisor expeirence - Knowledge of rubber manufacturing machinery (mixers, forming machines, etc.) structure and operation, and vulcanization (curing) process control knowledge - Understanding of improvement methodologies: Root Cause Analysis (RCA) skills and basic knowledge of lean production methods - Knowledge of quality and safety standards: Understanding of quality control standards such as ISO 9001 and occupational safety and health (K3) protocols in factories