Management | Full-Time | Engineering
Come join the new Vestas Blades Process Engineering organization.
This organization is characterized as a co-located & process engineering team focused on developing and supporting the rest of the organization with subject matter experts (SMEs). An organization that embeds engineering proficiency directly into the manufacturing value stream and enables faster decision-making and deeper process ownership and Knowledge. It all builds on a culture of excellence and innovation.
Responsibility
As a Process Engineer at Vestas, you will play a key role in improving the manufacturing processes for wind turbine blades. If you do not have a deep knowledge within composite materials, you will have a high motivation to get it. You will maintain a clear focus on modern production process technologies, work towards standardization via process optimization to ensure process stability and capability to improve overall business performance; Safety Quality Delivery and Cost (SQDC).
Your main responsibilities:
1. Design and optimizing Logistic & Handling processes, within Logistic & Handling operations.
2. Analysis of AS IS and future state
3. Create Process Roadmap
4. Develop Process requirements and specifications
5. Develop and support manufacturing sites Process Industrialization and standardization
6. Coordinate and support Process Optimization in the manufacturing sites
7. Be part of building a culture of excellence, innovation, and responsibility
8. Use digital tools to improve performance and make data-driven decisions.
9. Investigating and solving production issues using structured methods such as the 5x Whys, Fishbone Diagrams, and FMEA.
10. Applying continuous improvement principles using quality tools like Lean and Kaizen to reduce waste, improve efficiency, and ensure final product quality.
Education:
11. University degree in Master of mechanical engineering or alike
12. GB Lean
Experience:
13. About years of experience in similar roles as described above
What you will do:
14. Process Requirements formulation
15. Logistic & Handling process specification
16. Process flow creation
17. Data process analyses
18. Worked in a Lean and data driven organization.
19. Driven optimization and standardization within Logistic & Handling processes with use of the toolbox also mentioned above.
Core competences:
20. A blend of technical, analytical, and Logistic & Handling competencies tailored to composite materials, and continuous improvement.
21. Composite Materials Knowledge, understanding of fiberglass, carbon fiber, epoxy resins, and other materials used in production.
22. Process Design & Optimization specialization in Logistic & Handling of blades or big components, blades components and raw material.
23. Data-Driven Decision Making
24. Use of tools like 5 Whys, Fishbone diagrams, and FMEA to identify and solve production issues.
25. Use Kaizen methodologies to reduce waste and improve efficiency.
26. You are self-motivated; result-oriented and possess great organizational discipline
27. You find it exciting and interesting to work with other people in a large organization and can build up an intensive network across cultures and time zones and work with stakeholders
28. You can be an engaged part of cross functional product development projects
29. You are customer-oriented and can understand the complete business value chain seen from a customer perspective
30. You are interested and willing to spend time in the factory environment as required to understand and solve problems
31. You are committed to learning