Production Technician.

After completing the program, the student will have knowledge of: 1. Production engineering concepts and processes 2. Customer-order-driven production 3. Production economics, calculation models 4. Root cause analysis 5. Material properties, strength of materials and testing methods 6. Tools and methods for Lean Production: TQM, JIT, PDCA, SMED, 5S, Kanban, Poka-Yoke, TPM, modularisation, standardisation 7. Value stream analysis 8. Production logistics 9. Maintenance planning 10. Project management and project methodology 11. Technical English in a production context 12. Quality management systems and methods for quality measurement 13. Communication and leadership in production engineering work 14. Sustainability 15. Work environment and ergonomics 16. Multicultural workplaces After completing the program, the student will have the skills to: 1. Apply methods for production planning 2. Apply tools and methods within LEAN 3. Create work instructions that meet the requirements for standardised work, and carry out error-proofing 4. Plan and carry out maintenance according to given conditions 5. Communicate commitments and solutions regarding production engineering problems 6. Initiate, develop, lead and carry out improvement work in industrial production 7. Demonstrate problem-solving ability 8. Lead and carry out projects 9. Interpret and apply work environment legislation 10. Express themselves orally and in writing in English within the professional field 11. Analyse production processes with customer-order-driven products in order to solve complex problems within the areas of production engineering After completing the program, the student will have the competence to: 1. Independently plan production based on given conditions 2. Independently solve complex problems in production engineering using various tools, in order to systematically and on a factual basis improve and develop production processes and use resources in terms of quality 3. Together with quality management, take responsibility for the quality of a production section 4. Independently take responsibility for and lead projects so that change orders are implemented in a systematic and quality-assured way 5. Independently review work instructions, process plans and line balancing so that they meet the requirements for standardised work 6. Monitor and follow projects in production engineering work so that the set goals can be achieved