Electric Vehicle Supply Chain Management

Muhammad Shujaat Mubarik is associate professor of Logistics and Supply Chain Management and the Head of Research in Marketing & Operations at Edinburgh Business School, Heriot-Watt University, UK.Jyri Vilko is an associate professor of Logistics at LUT University, Finland.Sajid Nazir is a junior researcher and Ph.D. student at LUT University, Kouvola-Finland.

"As a scholar deeply engaged in the strategic role of logistics in sustainable and resilient systems, I find this book a timely and essential contribution. It bridges foundational theory with emerging practices in electric vehicle supply chains, offering insights that are both academically rigorous and practically relevant. The integration of circular economy principles and digitalization aligns strongly with the future of logistics research and practice."Prof. Erik Sandberg, Linköping University, Sweden."This volume encapsulates the intricate complexity and dynamic nature of contemporary supply chains within the electric vehicle sector. Drawing upon my extensive experience spanning global logistics, digital supply networks, and collaborative product design and innovation, I commend the book’s comprehensive exploration of regulatory, technological, and human capital challenges. It stands as a valuable resource for scholars, practitioners, and policymakers alike."Prof. Kulwant S Pawar, University of Nottingham, UK."My research in circular economy and remanufacturing finds a strong echo in this book’s treatment of battery sourcing, lifecycle management, and reverse logistics. The authors have succeeded in presenting a multidimensional view of sustainability in EV supply chains, making this work a compelling reference for those interested in environmental and operational transformation."Prof. Matthias Kalverkamp, Wiesbaden Business School, Germany.

• 1. Introduction to Electric Vehicle Supply Chains: A Transformative Landscape Part I - Foundations and Emerging Trends in EV Transportation 2. Electrifying Off-Site Transports of Construction Production – Prerequisites for a Full-Scale Transition 3. Towards Sustainable Mobility: Assessing Electric and Bio-Fuel Vehicles Against Conventional Motors – A Comparative Study 4. Opportunities, Challenges and Barriers related to Hydrogen-powered Heavy-duty Trucks for Road Transportation: A Semi-systematic Literature Review 5. Driving Sustainability: The Role of EVs in Market Dynamics and Circularity Part II - Battery and Raw Material Supply Chain Considerations 6. Impact of New Battery Plants Raw Material Transport on Local Infrastructure and Emissions in Southern Finland 7. Sustainable Pathways for Electric Vehicle Battery Minerals Sourcing: An SDG-Aligned Triple Bottom Line Approach 8. Adaptation of EU Battery Regulation: Data Management Framework Requirements 9. Actor Network Dynamics in Circular Supply Chains for Products Containing Critical Raw Materials Part III - Supply Chain Management, Circular Economy and Digitalization 10. Electric Powertrain Vehicles in Supply Chain Management: New Perspectives to Consider 11. Implementing Digital Technologies to Improve Supply Chain Resilience in the Electric Vehicle Industry 12. Circular Economy and the Electric Vehicle Supply Chain: Opportunities, Challenges and Future Directions 13. Human Capital Related Challenges in Electric Vehicle Supply Chain: A South Asian Perspective Part IV - Charging Infrastructure, Innovation, and Regulatory Challenges in EV Ecosystem 14. Advancing EV Mobility: The Role of Portable Charging Solutions in Sustainable Transportation 15. Developing Strategic Fit in Changing Business Dynamics: The Case of an Electric Vehicle Charging Infrastructure Manufacturer 16. Regulatory Framework and Applicability for Dangerous Goods Transport: The Case of Autonomous Vehicles