Ashutosh Samadhiya – författare

Industry 5.0 Leveraging Technologies: Net Zero Pathways Through Sustainable Approaches offers an important combination of Industry 5.0 innovations with net-zero approaches. The book illustrates how this synergy can drive sustainable growth and create a lasting positive impact on both the economy and the environment. Readers will find topics on AI, IoT, and advanced manufacturing, with much emphasis on strategies related to carbon reduction and climate change. By highlighting emerging trends and challenges, this resource equips readers with the knowledge to navigate the evolving landscape of Industry 5.0.Covers transformative innovations such as artificial intelligence (AI), the Internet of Things (IoT), robotics, and blockchain, detailing how these technologies can enhance efficiency and sustainabilityOffers practical insights and strategies for implementing smart manufacturing, decarbonizing supply chains, and adopting circular economy modelsProvides real-world case studies that illustrate the successful integration of Industry 5.0 technologies with sustainability goals

Industry 5.0 Leveraging Technologies: Net Zero Pathways Through Sustainable Approaches offers an important combination of Industry 5.0 innovations with net-zero approaches. The book illustrates how this synergy can drive sustainable growth and create a lasting positive impact on both the economy and the environment. Readers will find topics on AI, IoT, and advanced manufacturing, with much emphasis on strategies related to carbon reduction and climate change. By highlighting emerging trends and challenges, this resource equips readers with the knowledge to navigate the evolving landscape of Industry 5.0. - Covers transformative innovations such as artificial intelligence (AI), the Internet of Things (IoT), robotics, and blockchain, detailing how these technologies can enhance efficiency and sustainability- Offers practical insights and strategies for implementing smart manufacturing, decarbonizing supply chains, and adopting circular economy models- Provides real-world case studies that illustrate the successful integration of Industry 5.0 technologies with sustainability goals

Blockchain technology is considered a disruptive innovation that changes the ways companies and global processes operate. This technology has impressive powers to change this world for the better.This book examines the origins, emergence, challenges, and opportunities in the blockchain field, rethinking business strategy and readiness in the digital world and how blockchain technology would improve businesses. It provides a blockchain readiness model for managing supply chains and reviews enabling technologies such as AI, big data and organisational capabilities that support the adoption of blockchain technology. Through innovative design and simulation of a blockchain framework, it aims to enhance the traceability and transparency of business operations and supply chains. This includes developing key performance indicators for measuring the seamless integration of blockchain technology and achieving a successful outcome. It explores how blockchain technology enhances the green and sustainability aspects of businesses by comparing the sectors and discussing the potential for blockchain to promote a green and sustainable economy. This book concludes with research frontiers and blockchain applications in healthcare, international trade, and supply chain sectors.Key featuresIntegrates both theoretical and practical perspectivesIncludes material that is informative for readers from diverse backgrounds and disciplinesExplores blockchain technology practices and challenges in-depth across various sectorsOffers up-to-date, critical insights on the design, management, and control of blockchain technology for businessesWritten by experts with extensive experience in the field.It is primarily written for senior undergraduate and graduate students and academic researchers in fields including buisness management, industrial and systems engineering, supply chain, electrical engineering, electronics and communication engineering, computer engineering, and information technology.

Blockchain technology is considered a disruptive innovation that changes the ways companies and global processes operate. This technology has impressive powers to change this world for the better.This book examines the origins, emergence, challenges, and opportunities in the blockchain field, rethinking business strategy and readiness in the digital world and how blockchain technology would improve businesses. It provides a blockchain readiness model for managing supply chains and reviews enabling technologies such as AI, big data and organisational capabilities that support the adoption of blockchain technology. Through innovative design and simulation of a blockchain framework, it aims to enhance the traceability and transparency of business operations and supply chains. This includes developing key performance indicators for measuring the seamless integration of blockchain technology and achieving a successful outcome. It explores how blockchain technology enhances the green and sustainability aspects of businesses by comparing the sectors and discussing the potential for blockchain to promote a green and sustainable economy. This book concludes with research frontiers and blockchain applications in healthcare, international trade, and supply chain sectors.Key featuresIntegrates both theoretical and practical perspectivesIncludes material that is informative for readers from diverse backgrounds and disciplinesExplores blockchain technology practices and challenges in-depth across various sectorsOffers up-to-date, critical insights on the design, management, and control of blockchain technology for businessesWritten by experts with extensive experience in the field.It is primarily written for senior undergraduate and graduate students and academic researchers in fields including buisness management, industrial and systems engineering, supply chain, electrical engineering, electronics and communication engineering, computer engineering, and information technology.

This timely Handbook demonstrates how AI can be used to create circular economies with the goal of reducing waste, reusing waste products and protecting the planet. Leading scholars from across the globe highlight the potential of circular economies to transform operational approaches, moving beyond the traditional and unsustainable ’take-make-dispose’ model.Through extensive research and case studies, this Handbook illustrates how AI can facilitate the shift to a circular economy by optimizing a decision-making framework that results in better choices, more efficient processes and streamlined outcomes. By adopting interdisciplinary perspectives which draw on sustainability, operations and ethics studies, contributing authors analyze the benefits of AI in key areas, including healthcare, supply chains, marketing, product design and manufacturing. Ultimately, this Handbook outlines how AI can reduce the complexity of circular transitions to accelerate systemic, cross-sector change.The Handbook on Artificial Intelligence and the Circular Economy is a valuable resource for scholars and students of environmental policy, environmental economics, technology management, industrial engineering and human geography. It is also useful for policy-makers, business managers and operations and supply chain management professionals interested in the practical applications of AI to enhance sustainability.

This timely Handbook demonstrates how AI can be used to create circular economies with the goal of reducing waste, reusing waste products and protecting the planet. Leading scholars from across the globe highlight the potential of circular economies to transform operational approaches, moving beyond the traditional and unsustainable 'take-make-dispose' model.Through extensive research and case studies, this Handbook illustrates how AI can facilitate the shift to a circular economy by optimizing a decision-making framework that results in better choices, more efficient processes and streamlined outcomes. By adopting interdisciplinary perspectives which draw on sustainability, operations and ethics studies, contributing authors analyze the benefits of AI in key areas, including healthcare, supply chains, marketing, product design and manufacturing. Ultimately, this Handbook outlines how AI can reduce the complexity of circular transitions to accelerate systemic, cross-sector change.The Handbook on Artificial Intelligence and the Circular Economy is a valuable resource for scholars and students of environmental policy, environmental economics, technology management, industrial engineering and human geography. It is also useful for policy-makers, business managers and operations and supply chain management professionals interested in the practical applications of AI to enhance sustainability.

This timely Handbook demonstrates how AI can be used to create circular economies with the goal of reducing waste, reusing waste products and protecting the planet. Leading scholars from across the globe highlight the potential of circular economies to transform operational approaches, moving beyond the traditional and unsustainable 'take-make-dispose' model.Through extensive research and case studies, this Handbook illustrates how AI can facilitate the shift to a circular economy by optimizing a decision-making framework that results in better choices, more efficient processes and streamlined outcomes. By adopting interdisciplinary perspectives which draw on sustainability, operations and ethics studies, contributing authors analyze the benefits of AI in key areas, including healthcare, supply chains, marketing, product design and manufacturing. Ultimately, this Handbook outlines how AI can reduce the complexity of circular transitions to accelerate systemic, cross-sector change.The Handbook on Artificial Intelligence and the Circular Economy is a valuable resource for scholars and students of environmental policy, environmental economics, technology management, industrial engineering and human geography. It is also useful for policy-makers, business managers and operations and supply chain management professionals interested in the practical applications of AI to enhance sustainability.

Blockchain technology is considered a disruptive innovation that changes the ways companies and global processes operate. This technology has impressive powers to change this world for the better.

This book examines the origins, emergence, challenges, and opportunities in the blockchain field, rethinking business strategy and readiness in the digital world and how blockchain technology would improve businesses. It provides a blockchain readiness model for managing supply chains and reviews enabling technologies such as AI, big data and organisational capabilities that support the adoption of blockchain technology. Through innovative design and simulation of a blockchain framework, it aims to enhance the traceability and transparency of business operations and supply chains. This includes developing key performance indicators for measuring the seamless integration of blockchain technology and achieving a successful outcome. It explores how blockchain technology enhances the green and sustainability aspects of businesses by comparing the sectors and discussing the potential for blockchain to promote a green and sustainable economy. This book concludes with research frontiers and blockchain applications in healthcare, international trade, and supply chain sectors.

Key features

Integrates both theoretical and practical perspectives Includes material that is informative for readers from diverse backgrounds and disciplines Explores blockchain technology practices and challenges in-depth across various sectors Offers up-to-date, critical insights on the design, management, and control of blockchain technology for businesses Written by experts with extensive experience in the field.

It is primarily written for senior undergraduate and graduate students and academic researchers in fields including buisness management, industrial and systems engineering, supply chain, electrical engineering, electronics and communication engineering, computer engineering, and information technology.