Crossing the Border examines the emergence of a new philosophy based on the idea of "human-centred technology" and, through the use of a case study, illustrates the ways in which users, social scientists, managers and engineers can participate in the design and development of human-centred computer integrated manufacturing (CIM) system. The book offers a unique insight into a large European project (ESPRIT project 1217) aimed at the design and development of a human-centred CIM system. The book examines the problems inherent in developing interdisciplinary design methods and of "crossing the border" between the social and engineering sciences. The authors offer proposals and guidelines for overcoming such problems based on their experience within this project. Crossing the Border will be of particular interest to researchers and practitioners in the area of factory automation, to students and researchers in AI, and to all those interested in the human and organisational issues surrounding the computerised factory of the future.
In this book, we show the replacement of academic and vocational education, which is structured according to subject systems and oriented towards scientific knowledge, by vocational action knowledge. This work process knowledge is the basis for the acquisition of the design competence of vocational specialists, which is becoming increasingly important in the world of work. A modern knowledge concept based on vocational education is developed and documented. In the first part of the book the concept of vocational knowledge is developed, in the second part empirical results from COMET projects are documented, from which the vocational knowledge imparted in different occupations can be read. There has been a confusing discussion about vocational knowledge for decades. In 1991, the KMK agreed on a new concept for vocational education and training with the guiding idea of vocational design competence. It remained open on which vocational knowledge this new guiding idea should be based. Up to now there has been no original vocational pedagogical justification for the vocational knowledge on which vocational design competence is based.
This book contains a selection of articles on the subject of 'Culture and Production'. They are results of international conferences held in Tokyo, Washington and Bremen between 1991 and 1994. The International Research Network on Culture and Production (CAPIRN) carried out a 5-year joint research project examining the impact of different industrial cultures on the development and implementation, and above all on the international transfer of technology. The machine tools sector was selected for this international comparative study, because over the last 15 years this global market has undergone dramatic changes that cannot be adequately explained by traditional economic theories of international competition. The 'industrial culture' research concept permits an analysis and understanding of hitherto unrecognised interrelationships between the dimensions of different industrial cultures and the process of technological innovation in international competition. The special challenge faced by CAPIRN was to develop the theoretical concept of industrial culture further and to apply it within a large-scale international study. A considerable amount of work in this field has been published by CAPIRN members since 1990. This book is the first compilation of research findings in the field of industrial culture. We wish to express our thanks to the national research councils in the participant countries, the FORCE and FAST programmes of the European Union, the Japanese Ministry for Industry, MITI, and the Hans Bockler Foundation, to mention only some of the many bodies that have provided support.
This book is a detailed manual for the implementation of competence diagnostics in the field of vocational training. With the COMET competence model, both conceptual competences as well as practical skills are recorded and evaluated. The manual guides through all methodological steps, including the preparation and implementation of tests, cross and longitudinal studies, the development of context analyses and measurement methods for the test motivation. The focus of the final chapter is the application of the COMET procedure for the design, organisation and evaluation of vocational education and training processes.
The Schutzhund Training Manual begins with the brief history and regulations of the sport of Schutzhund/IPO, to working abilities, pack structure, and understanding the basic language of dogs.
In this book, we show the replacement of academic and vocational education, which is structured according to subject systems and oriented towards scientific knowledge, by vocational action knowledge. This work process knowledge is the basis for the acquisition of the design competence of vocational specialists, which is becoming increasingly important in the world of work. A modern knowledge concept based on vocational education is developed and documented. In the first part of the book the concept of vocational knowledge is developed, in the second part empirical results from COMET projects are documented, from which the vocational knowledge imparted in different occupations can be read. There has been a confusing discussion about vocational knowledge for decades. In 1991, the KMK agreed on a new concept for vocational education and training with the guiding idea of vocational design competence. It remained open on which vocational knowledge this new guiding idea should be based. Up to now there has been no original vocational pedagogical justification for the vocational knowledge on which vocational design competence is based.
This book is a detailed manual for the implementation of competence diagnostics in the field of vocational training. With the COMET competence model, both conceptual competences as well as practical skills are recorded and evaluated. The manual guides through all methodological steps, including the preparation and implementation of tests, cross and longitudinal studies, the development of context analyses and measurement methods for the test motivation. The focus of the final chapter is the application of the COMET procedure for the design, organisation and evaluation of vocational education and training processes.
The transferability of vocational education and training qualifications across international borders is a live issue in this heterogeneous field. Key to this goal is defining a common methodology for measuring vocational competences. This publication sets out a proposal for just that, based on the results of a pilot project known as ‘COMET’ on competence diagnostics in the field of electrical engineering. The study deploys longitudinal analysis to explore issues of competence development, the development of vocational identity, and occupational commitment. It focuses on two discrete occupational profiles in electrical engineering in an ambitious test of a model currently applied to other professions as well. The model’s success in its first phase is detailed in the second part of the volume, where the authors show that the transfer of the competence framework into an empirical model was successful. They also demonstrate that the methodology can be applied to designing and evaluating vocational education and training processes, making the material relevant to VET teachers and trainers as well as academics. With its first section comprising a full description of the theoretical framework, this book is a significant step forward in an urgent task facing administrations, labor forces and employers around the world. The achievement is in proportion to the notorious complexities of a field whose diversity makes tough demands on large-scale methods of assessment.
This book contains a selection of articles on the subject of 'Culture and Production'. They are results of international conferences held in Tokyo, Washington and Bremen between 1991 and 1994. The International Research Network on Culture and Production (CAPIRN) carried out a 5-year joint research project examining the impact of different industrial cultures on the development and implementation, and above all on the international transfer of technology. The machine tools sector was selected for this international comparative study, because over the last 15 years this global market has undergone dramatic changes that cannot be adequately explained by traditional economic theories of international competition. The 'industrial culture' research concept permits an analysis and understanding of hitherto unrecognised interrelationships between the dimensions of different industrial cultures and the process of technological innovation in international competition. The special challenge faced by CAPIRN was to develop the theoretical concept of industrial culture further and to apply it within a large-scale international study. A considerable amount of work in this field has been published by CAPIRN members since 1990. This book is the first compilation of research findings in the field of industrial culture. We wish to express our thanks to the national research councils in the participant countries, the FORCE and FAST programmes of the European Union, the Japanese Ministry for Industry, MITI, and the Hans Bockler Foundation, to mention only some of the many bodies that have provided support.
Crossing the Border examines the emergence of a new philosophy based on the idea of "human-centred technology" and, through the use of a case study, illustrates the ways in which users, social scientists, managers and engineers can participate in the design and development of human-centred computer integrated manufacturing (CIM) system. The book offers a unique insight into a large European project (ESPRIT project 1217) aimed at the design and development of a human-centred CIM system. The book examines the problems inherent in developing interdisciplinary design methods and of "crossing the border" between the social and engineering sciences. The authors offer proposals and guidelines for overcoming such problems based on their experience within this project. Crossing the Border will be of particular interest to researchers and practitioners in the area of factory automation, to students and researchers in AI, and to all those interested in the human and organisational issues surrounding the computerised factory of the future.
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