Product Lifecycle Management. Leveraging Digital Twins, Circular Economy, and Knowledge Management for Sustainable Innovation

.- Technology implementation: Augmented reality, CPS and digital twin.
.- Benefits of Digital Twin Applications used to Study Product Design and Development Processes.
.- A Digital Twin framework for Industry 4.0/5.0 technologies.
.- A Data Structure for Developing Data-Driven Digital Twins.
.- A quality-oriented decision support framework: cyber-physical systems and model-based design to develop Design for Additive Manufacturing features.
.- Examining the Influence of Business Models on Technical Implementation of Smart Services.
.- Navigating the Digital Twin: 3D Exploration for Asset Administration Shell Content.
.- Industrial Layout Mapping by Human-Centered approach and Computer Vision.
.- A Data Management Approach for Modular Industrial Augmented Reality Applications.
.- A Method to Interactive Simulations of Industrial Environments Based on Immersive Technologies.
.- Organisation: Knowledge management, change management, frameworks for project and service development.
.- How to support knowledge exchange in a multi-division manufacturing firm?.
.- Contextualization for Generating FAIR Data: A Dynamic Model for Documenting Research Activities.
.- Gamification as a knowledge management tool.
.- Drivers of change impacting outcome-based business models in industrial production equipment.
.- Exploration of multi-layers networks to elicit and capture product changes.
.- A Model to Predict Span time and Effort for Product Development Processes.
.- A multicriteria framework proposition for project management approaches.
.- Innovative Development in a university environment based on the triple helix concepts: a systematic literature review.
.- Understanding service design in the context of servitization.
.- Modelisation : CAD and collaboration, Model-based system engineering and Building information modeling.
.- SE Based Development Framework for Changeable Maritime Systems.
.- Interface modeling for complex systems design: an MBSE and PLM