Plastics Technician

KEY RESPONSIBILITIES

• Develop, implement, and optimize injection moulding processes to improve productivity, quality, and efficiency. 
• Troubleshoot and adjust moulding parameters to maintain product quality and maximize output. 
• Lead continuous improvement initiatives focused on reducing scrap, waste, downtime, and manufacturing costs. 
• To perform BOM Audits and calculate material density.
• Manage the process of material cleaning and palletizing. Manage palletized material usage in production.
• Manage process and material trials to assist in optimization.
• Manage the introduction of new products, tooling, machinery, and manufacturing processes. 
• Conduct process capability studies and root cause analysis to improve plant performance. 
• Ensure plastic components are produced according to production requirements and supplied on time to assembly lines. 
• Support equipment selection, specification development, commissioning, and validation of new manufacturing technologies. 
• Analyse workflows, equipment layouts, and manufacturing methods to maximize operational efficiency. 
• Lead and support safety, maintenance, quality, and productivity initiatives within the department. 
• Provide technical guidance and leadership to Supervisors, Technicians, Setters, Artisans, and Operators. 
• Ensure compliance with company policies, engineering standards, and safety requirements. 
• Drive innovation and implement manufacturing best practices to support world-class manufacturing standards. 

• Degree or National Diploma in Mechanical Engineering, Industrial Engineering, Polymer Engineering, Plastics Engineering, or Manufacturing Engineering. 

• Minimum 3-5 years experience in Injection Moulding and Plastic Manufacturing environments. 

• Strong knowledge of injection moulding processes, tooling, mould maintenance, and process optimization. 

• Experience in continuous improvement methodologies and project management. 

• Knowledge of manufacturing systems, automation, robotics, and production engineering principles. 

• Ability to read and interpret engineering drawings and technical specifications. 

• Proficiency in CAD software such as NX, SolidWorks, or Autodesk Inventor will be advantageous. 

• Good leadership, communication, problem-solving, and organizational skills. 

• Computer literacy and proficiency in Microsoft Office. 

• Ability to work in a fast-paced manufacturing environment and adapt to changing business requirements.