Andrzej Pacana – författare

This groundbreaking book introduces the Quality Life Cycle Assessment (QLCA) model – a novel approach that integrates product quality assessment and life cycle assessment (LCA) in sustainable manufacturing.By incorporating environmental criteria alongside quality considerations during the virtual prototyping phase, the QLCA model revolutionizes decision-making for sustainable product development. This book bridges the gap between product improvement and LCA application, addressing the critical need for sustainability in modern manufacturing. Leveraging digital technologies such as Big Data, Data Analytics, and Digital Twin, this book demonstrates how to construct virtual product models with comprehensive LCA integration. The QLCA model, particularly suited for smart factories, supports innovation and informed decision-making in sustainable product development.Aimed at students, research and development managers, and engineers, this volume offers practical guidance on balancing customer satisfaction with environmental impact throughout a product's life cycle. By elucidating the application of LCA in product life cycle assessment and its combination with quality considerations during prototyping, this book provides invaluable insights for practitioners navigating the complexities of sustainable manufacturing in the digital age.

This groundbreaking book introduces the Quality Life Cycle Assessment (QLCA) model - a novel approach that integrates product quality assessment and life cycle assessment (LCA) in sustainable manufacturing.By incorporating environmental criteria alongside quality considerations during the virtual prototyping phase, the QLCA model revolutionizes decision-making for sustainable product development. This book bridges the gap between product improvement and LCA application, addressing the critical need for sustainability in modern manufacturing. Leveraging digital technologies such as Big Data, Data Analytics, and Digital Twin, this book demonstrates how to construct virtual product models with comprehensive LCA integration. The QLCA model, particularly suited for smart factories, supports innovation and informed decision-making in sustainable product development.Aimed at students, research and development managers, and engineers, this volume offers practical guidance on balancing customer satisfaction with environmental impact throughout a product's life cycle. By elucidating the application of LCA in product life cycle assessment and its combination with quality considerations during prototyping, this book provides invaluable insights for practitioners navigating the complexities of sustainable manufacturing in the digital age.

This groundbreaking book introduces the Quality Life Cycle Assessment (QLCA) model - a novel approach that integrates product quality assessment and life cycle assessment (LCA) in sustainable manufacturing.By incorporating environmental criteria alongside quality considerations during the virtual prototyping phase, the QLCA model revolutionizes decision-making for sustainable product development. This book bridges the gap between product improvement and LCA application, addressing the critical need for sustainability in modern manufacturing. Leveraging digital technologies such as Big Data, Data Analytics, and Digital Twin, this book demonstrates how to construct virtual product models with comprehensive LCA integration. The QLCA model, particularly suited for smart factories, supports innovation and informed decision-making in sustainable product development.Aimed at students, research and development managers, and engineers, this volume offers practical guidance on balancing customer satisfaction with environmental impact throughout a product's life cycle. By elucidating the application of LCA in product life cycle assessment and its combination with quality considerations during prototyping, this book provides invaluable insights for practitioners navigating the complexities of sustainable manufacturing in the digital age.

This book introduces Method Supporting Product Improvement (MSPI), a method that aggregates key sustainability criteria during the product design and development stages, including conceptualization and prototyping.The method presented in the book revolutionizes decision-making in product sustainability, bridging the research gap between product improvement focussed on meeting customer expectations and the need to simultaneously meet the requirements of sustainable development. Through MSPI, it is possible to create a ranking of alternative design solutions (prototypes) and select the most advantageous prototype that is simultaneously satisfying for customers, environmentally and socially friendly, and cost-effective. Prototypes of the improved product and their subsequent testing take place in virtual environments. This helps reduce resource waste, facilitating sound management decision-making without the need to produce actual prototypes.Presenting practical guidelines for predicting beneficial product solutions that also meet key sustainability criteria, Designing Future-Oriented Solutions will be of value to students, scientists, research and development managers, and engineers.

This book introduces Method Supporting Product Improvement (MSPI), a method that aggregates key sustainability criteria during the product design and development stages, including conceptualization and prototyping.The method presented in the book revolutionizes decision-making in product sustainability, bridging the research gap between product improvement focussed on meeting customer expectations and the need to simultaneously meet the requirements of sustainable development. Through MSPI, it is possible to create a ranking of alternative design solutions (prototypes) and select the most advantageous prototype that is simultaneously satisfying for customers, environmentally and socially friendly, and cost-effective. Prototypes of the improved product and their subsequent testing take place in virtual environments. This helps reduce resource waste, facilitating sound management decision-making without the need to produce actual prototypes.Presenting practical guidelines for predicting beneficial product solutions that also meet key sustainability criteria, Designing Future-Oriented Solutions will be of value to students, scientists, research and development managers, and engineers.