From simple products, often mechanical and electronic products, products are becoming more and more complicated and complex due to individualization and personalization and an increasing degree of cross-linking. In the future, customer-specific products will be developed together with the customer (co-design process). Due to the number of variants which can no longer be determined in advance, further challenges arise, e.g. ensuring the quality of all variants of a product. Also, a repeat order for the same or similar products will not occur often. This requires new methods and practices of how employees can produce individualized and personalized products economically. For this purpose, various areas of competence of the employees, within t...
This paper presents a concept and a prototypical solution for the management of competences of engin...
AbstractA seamless convergence of the digital and physical factory aiming in personalized Product Em...
The project is divided into three sub-assignments: - A future manufacturing context must be envision...
Shorter product life cycles and emerging technologies are changing the circumstances under which the...
Shorter product life cycles and emerging technologies in the field of industrial equipment are chang...
The subject of the study is the formation, development and transformation of the competencies of hig...
To cope with increasing product and process diversification human labor is important for manufacturi...
The increasing demand for individual products and shorter product life cycles leads to changing requ...
Production systems are getting more complex. Introduction of new technologies, new products and prod...
Part 3: Sustainability and Reconfigurability of Manufacturing SystemsInternational audienceThe incre...
Improving the manufacturability of a product is an important part of the process of designing a new ...
The present paper presents a guideline for the implementation of employee data models and assistance...
Various approaches to sustainable product creation primarily address ecological and economical aspec...
In order to achieve a sustainable competitive advantage for production facilities in high-wage count...
Constantly changing economic conditions require companies to design their production to be more econ...
This paper presents a concept and a prototypical solution for the management of competences of engin...
AbstractA seamless convergence of the digital and physical factory aiming in personalized Product Em...
The project is divided into three sub-assignments: - A future manufacturing context must be envision...
Shorter product life cycles and emerging technologies are changing the circumstances under which the...
Shorter product life cycles and emerging technologies in the field of industrial equipment are chang...
The subject of the study is the formation, development and transformation of the competencies of hig...
To cope with increasing product and process diversification human labor is important for manufacturi...
The increasing demand for individual products and shorter product life cycles leads to changing requ...
Production systems are getting more complex. Introduction of new technologies, new products and prod...
Part 3: Sustainability and Reconfigurability of Manufacturing SystemsInternational audienceThe incre...
Improving the manufacturability of a product is an important part of the process of designing a new ...
The present paper presents a guideline for the implementation of employee data models and assistance...
Various approaches to sustainable product creation primarily address ecological and economical aspec...
In order to achieve a sustainable competitive advantage for production facilities in high-wage count...
Constantly changing economic conditions require companies to design their production to be more econ...
This paper presents a concept and a prototypical solution for the management of competences of engin...
AbstractA seamless convergence of the digital and physical factory aiming in personalized Product Em...
The project is divided into three sub-assignments: - A future manufacturing context must be envision...