Book Title:

Sustainable Buildings and Infrastructure Using Digital Technologies: Leveraging Digital Twins for Enhanced Efficiency and Environmental Impact

Part of the book series by Springer Nature.

Editors:

Professor Iraklis Varlamis – Harokopio University of Athens, Department of Informatics and Telematics | varlamis@hua.gr

Assistant Professor Yassine Himeur – University of Dubai, College of Engineering and IT | yhimeur@ud.ac.ae

Overview

We invite researchers, academics, industry experts, and practitioners to submit their chapter proposals for an interdisciplinary book that explores how digital twin technologies can revolutionize the construction and urban development sectors toward sustainability and resilience.

This edited volume aims to synthesize state-of-the-art technologies, methodologies, case studies, and policy insights that enable data-driven, sustainable, and scalable transformation of the built environment.

The book will be published by Springer Nature, a reputable international academic publisher, and is expected to serve as a foundational reference for professionals, urban planners, engineers, policymakers, educators, and researchers.

Book Structure & Contribution Format

The book is structured into 18 chapters, grouped into foundational, application, and forward-looking sections, each addressing technical innovations, practical applications, and societal implications.

1. Introduction to Digital Twins in Sustainable Construction
2. Building Information Modelling (BIM) Fundamentals for Sustainability
3. Digital Twin Technology: Concepts and Applications in the Built Environment
4. Energy Efficiency through Digital Twins: Case Studies and Best Practices
5. Occupancy Monitoring and Optimization with Digital Twins
6. Sustainability Assessment Using BIM and Digital Twins in Prefabricated Modular Construction
7. Blockchain Integration for Secure and Transparent Sustainability Assessments
8. Resource Efficiency Optimization in Industrial Settings Using Digital Twins
9. Resilience and Risk Management in Sustainable Infrastructure Development
10. Data Interoperability Challenges and Solutions for Digital Twins
11. Lifecycle Management of Buildings with Digital Twins: A Sustainability Perspective
12. Environmental Impact Reduction Strategies Using Digital Twins
13. Digital Twins for Positive Energy Districts: A Review of Simulation Tools and Applications
14. Future Directions and Emerging Trends in Digital Twin Technology for Sustainability
15. Policy and Regulatory Frameworks Supporting Sustainable Digital Twin Adoption
16. Economic Benefits of Digital Twins in Sustainable Construction Projects
17. Social Impacts of Digital Twins on Sustainable Urban Development
18. Conclusion: The Role of Digital Twins in Achieving Sustainable Development Goals

Contributions should be:

Original and unpublished work

6,000–8,000 words, including references, tables, and figures

Use APA or IEEE citation style (publisher-specific style guide will be shared upon acceptance)

Include case studies, illustrations, or data, where possible, to support practical relevance

To get an idea of a Springer Nature book’s online presentation in Fulltext HTML, please look at the following (Open Access) eBook on SpringerLink, which is available for free download . More information on specifically Open Access publishing options can be found here: .

Important Dates

Submission Guidelines

Please submit your abstract or chapter proposal (300–500 words) along with author(s) details, affiliations, and a short bio (max 150 words per author) to both editors:

Prof. Iraklis Varlamis – varlamis@hua.gr

Dr. Yassine Himeur – yhimeur@ud.ac.ae

Accepted authors will receive detailed author guidelines and formatting instructions upon confirmation.

Why Contribute?

Gain visibility in a pioneering interdisciplinary volume

Collaborate with international experts in sustainability, construction, and digital innovation

Reach a broad audience across academia, policy, and industry

Contribute to global efforts toward carbon neutrality, urban resilience, and smart infrastructure