Serious Games in Production Management Environments
The IFIP WG5.7 Special Interest Group (SIG) on “Serious Games in Production Management Environments” focuses on the convergence of three relevant developments within the advances in production management systems: Industry 4.0, Gamification, and Augmented & Virtual Reality (AR/VR). The SIG predicts that the evolution and synergetic interaction of these three developments will produce new paradigms in teaching, research, and how knowledge is generated and used within the disciplines of industrial engineering, industrial management and operations management. The SIG envisages the emergence of complex virtual learning environments combined with interactive and collaborative educational processes. The SIG also foresees the development and adoption of novel technologies via gaming and AR/VR. Pioneering research projects will use the practice of AR/VR-supported gamification as an exploration of novel solutions. The SIG purpose is (i) to identify the state-of-the-art of this convergence from conceptual, practical and technological points of view, (ii) to identify the trends, gaps and opportunities emerging from this convergence, and (iii) to establish collaborations between the interested international researchers and practitioners.
Product and Asset Lifecycle Management
The IFIP WG5.7 Special Interest Group (SIG) on “Product and Asset Lifecycle Management” aims at promoting collaborative research and networking activities among researchers and practitioners with a shared interest on the key aspects of product and asset lifecycle management within advanced manufacturing systems. The lifecycle is the cornerstone based on which the SIG explores innovative ways for the development, coordination and control of activities undertaken on products and assets. In particular, the SIG encourages research exploring how to design, implement and improve systems for the lifecycle management of products and assets. To this end, the SIG is interested in merging academic rigour with practical applications on topics such as the effective management and use of data and information among the different lifecycle phases of a product/asset; enabling closing the loops of information required by product/asset-related decisions; the adoption of Zero Defect Manufacturing and Predictive Maintenance strategies to support the optimization of performances along the lifecycle; the adoption of intelligent products and assets for a smart lifecycle management; the exploitation of the Internet of Things, Big Data and Predictive Analytics, semantic technologies as well as advanced Human-Machine Interfaces in order to build an Industry 4.0-infused innovative lifecycle management. The purpose of the SIG is (i) to identify and share best practices to consolidate the knowledge in the field, (ii) to explore the existing gaps in practice and theory in order to identify new research paths, and (iii) to establish interdisciplinary collaborations in international projects and research activities.
Service Systems Design, Engineering and Management
The IFIP WG5.7 Special Interest Group (SIG) on “Service Systems Design, Engineering and Management” promotes collaborative research on future and emerging innovative ideas and networking activities related to new models, methods and tools to support service systems along their lifecycle. The SIG is composed of researchers and practitioners who are committed to improving and advancing the investigation of Service Systems. In particular, the SIG is focused on exploring how service solutions developed within the manufacturing industry (i.e., Product-Service Systems (PSSs)) and/or pure oriented service industries (i.e., healthcare, finance, entertainment, logistics) can be designed, engineered and managed. Moreover, due to the Fourth Industrial Revolution, it aims to exploit how new digital technologies can be applied to rethink operational processes, organizational structures, skills and competencies, management approaches, communication tools, as well as measurement and control systems in the Service Systems field. The purpose of the SIG is (i) to identify and share best practices to consolidate the knowledge in the field, (ii) to explore the existing gaps in practice and theory in order to identify new research paths, and (iii) to establish collaborations in international projects and research activities.
Smart Manufacturing Systems & Cyber-Physical Production Systems
- Co-Leader: Dr. Boonserm (Serm) Kulvatunyou, National Institute of Standards and Technology (NIST), USA, firstname.lastname@example.org
- Co-Leader: Dr. Stefan Wiesner, BIBA – Bremer Institut für Produktion und Logistik GmbH at the University of Bremen, Germany, email@example.com
The IFIP WG5.7 Special Interest Group (SIG) on “Smart Manufacturing Systems & Cyber-Physical Production Systems” is formed by experts from science and industry dedicated to foster the adoption of smart technologies in manufacturing systems, factories and supply chains. This objective is supported by research and networking activities on models, methods and tools across the life cycle of these systems. The scope of the SIG comprises agile development methods and approaches to choose, prioritize, and integrate smart technologies. The SIG encourages new ideas related to smart manufacturing characterization, maturity analysis, interoperability, industrial ontologies, smart data, human-machine interaction, aligning technology with performance goals, or for the creation of new visions of smart systems such as new business models based on smart products and services. Thus, the SIG aims to analyze the state-of-the-art in the above topics, as well as to provide guidance for basic and applied research to close the existing gaps in the theory and practice through international and interdisciplinary collaboration.
Lean Thinking & Practice
The IFIP WG5.7 Special Interest Group (SIG) on “The Future of Lean Thinking and Practice” seeks to deepen the academic foundations of lean by promoting collaborative research on future and emerging trends in lean production. The SIG is composed of researchers and practitioners who are committed to contributing to our understanding of how to reduce waste, unevenness, and overburden along entire value streams. Group members are also encouraged to improve and advance this exciting research field by investigating areas such as lean management, lean production, lean shop-floor control, lean and green, and lean services; as well as digital lean manufacturing systems and lean digital transformations. The SIG places a particular emphasis on research that merges academic rigour with practical applications of lean thinking and practice in Industry. The objectives of the SIG are (i) to create a platform for exchanging ideas and learning, (ii) to organize Gemba walks and industrial best practice visits for its members, (iii) to organize special sessions/tracks at APMS conferences, (iv) to create special issues in leading international journals, and (v) to publish joint position papers among the SIG members. In realizing these objectives, the purpose of the SIG is to consolidate state-of-the-art knowledge in the lean production field and explore gaps in theory and practice in order to identify new research paths and to establish further collaboration in international projects and research activities throughout the SIG.
Operations Management in Engineer-to-Order Manufacturing
The IFIP WG5.7 Special Interest Group (SIG) on “Operations Management in Engineer-to-Order Manufacturing” welcomes research contributions and best industrial practices on operations management enabling effective Engineer-To-Order (ETO) manufacturing, including Industry 4.0 technologies, supply chain management practices, lean operations, production planning and control techniques, production strategies, and product platforms. ETO is a manufacturing approach where design and engineering activities are included in the order fulfilment process. ETO manufacturing is used when engineering specifications of products are not known in detail upon receipt of the customer order, and is common in mechanical industries, construction sector, shipbuilding, offshore supplier industries, and other types of project-based manufacturing; industries typically facing several unique challenges as the products are often one-of-a-kind and/or highly customized.