Industrial Engineering and Ergonomics

Visions, Concepts, Methods and Tools Festschrift in Honor of Professor Holger Luczak
1. Auflage 2009
ISBN: 978-3-642-01293-8
Verlag: Springer
Format: PDF
Kopierschutz: Adobe DRM (»Systemvoraussetzungen)

E-Book, Englisch, 710 Seiten

The 60th birthday of Prof. Luczak is the reason for this book. He will be honoured for his research work during the "GfA-confernece" in March 2009. This book is the correspondig "Festschrift" for him.

Autoren/Hrsg.

Inhaltsverzeichnis

1;Contents;6
2;Industrial Engineering and Ergonomics – Visions, Concepts, Methods and Tools;11
3;Contributors;42
4;Part 1 Sectors, Value Networks and Communities;52
4.1;1 Innovation Through New Technologies;53
4.2;2 Production Technology in High-Wage Countries – From Ideas of Today to Products of Tomorrow;62
4.3;3 Innovation Champions – Or How to Achieve (Global) Competitiveness!;80
4.4;4 The Convergence Theory and the Good ICT Society – Trends and Visions;92
4.5;5 Community Ergonomics and Globalization: A Conceptual Model of Social Awareness;105
4.6;6 “Car Mechatronic”– An Open Approach for Designing a New European Core Occupational Profile;115
5;Part 2 Enterprises and Companies;136
5.1;7 Performance Measurement from a Macroergonomics Perspective;137
5.2;8 Technology Management;150
5.3;9 Success with Customer Inspiring Products – Monitoring, Assessment and Design of Perceived Product Quality;161
5.4;10 Pattern Languages to Create a Holistic Methodology for Product Development and to Derive Enterprise-Specific Engineering Guidelines;174
5.5;11 Reference Models – A Basis for Designing Efficient Technical Services;185
5.6;12 Service Modelling and Engineering in the Telematics Industry – The View from the Perspective of a Toll Service Provider;193
5.7;13 MedicoErgonomics – A Human Factors Engineering Approach for the Healthcare Sector;206
5.8;14 The Impact of Ergonomics;218
5.9;15 Effect Chains – A Method for Analysing Qualitative Effects in Occupational Health and Safety at Work;237
5.10;16 Multi-Perspective IT Evaluation Tool for Shift Schedules;250
5.11;17 Organizational Change and Occupational Health – Towards a Resource-Based Change Management;259
5.12;18 Designing Organizational Oblivion;271
6;Part 3 Cooperation in Work Groups;281
6.1;19 Goal Setting: Basic Findings and New Developments at the Team Level;282
6.2;20 Simulation of Collaborative Product Development Processes Using Agent-Based Modeling;292
6.3;21 Integrated Modeling of Work Processes and Decisions in Chemical Engineering Design;302
6.4;22 Serious Gaming: The Impact of Pervasive Gaming in Business and Engineering;317
7;Part 4 Holistic Activities and Work Forms;329
7.1;23 Use of Design Equations for Analyzing User Requirements in Process Control;330
7.2;24 Action Regulation Theory: Are the Characteristics of Well Designed Tasks Valid for Interactive Jobs as Well? – The Concept of Two-dimensional Task Identity in Interactive Work;345
7.3;25 Evaluation of the Quality of Job Design with the Action-Oriented Software Tool REBA – Recent Developments and Applications;354
7.4;26 How Can Creativity Be Promoted Within the Framework of Vocational Training and Further Education?;367
8;Part 5 Workplaces;377
8.1;27 Complexity in Ergonomics;378
8.2;28 Principles, Methods and Examples of Ergonomics Research and Work Design;393
8.3;29 Modular Concepts for Integrating Ergonomics into Production Processes;412
8.4;30 Methods for Measuring Mental Stress and Strain;424
8.5;31 Ergonomics and Human Factors: Methodological Considerations About Evidence Based Design of Work Systems;441
8.6;32 Comparison of Ergonomic Risk Assessment Methodology with an Example of a Repetitive Sawmill Board Edger Occupation;454
8.7;33 Work Science and Aviation Safety;468
8.8;34 Development of Theory and Practice in Ergonomics;482
8.9;35 Accessibility in Information Technology;496
8.10;36 Ergonomics and Design;508
8.11;37 Design of Visual and Auditory Human-Machine Interfaces with User Participation and Knowledge Support;525
8.12;38 Human-Computer Interaction in Aerial Surveillance Tasks;536
8.13;39 Implicit Interaction in Multimodal Human- Machine Systems;547
9;Part 6 Sensorimotor Control of Tools;561
9.1;40 Design and Evaluation of an Augmented Vision System for Self-Optimizing Assembly Cells;562
9.2;41 Visual Ergonomic Issues of LCD Displays – An Insight into Working Conditions and User Characteristics;584
9.3;42 Forty Years of Research on System Response Times – What Did We Learn from It?;597
9.4;43 Productivity Improvement with Snap-Fit Systems;616
9.5;44 Developing Seating Designs that Support Traditional Japanese Sitting Postures;630
9.6;45 Finger Fatigue: Blockings and Approximate Kinematic Invariances;642
10;Part 7 Autonomous Organismic Systems;651
10.1;46 Neurobehavioral Tests as Evaluation of Neurotoxically Induced Impairments of Health;652
11;Index;708