Hassan Qudrat-Ullah is a full professor of decision sciences at the School of Administrative Studies, York University, Canada. Dr. Qudrat-Ullah has more than 20 years of teaching, research, industry, and consulting experience in the United States, Canada, Singapore, Norway, United Kingdom, Korea, China, Saudi Arabia, Latvia, Switzerland, Spain, and Pakistan. His research interests include dynamic decision-making, interactive learning environments, system dynamics, and energy policies. His research has appeared in Decision Support Systems, Simulations & Gaming, Journal of Decision Systems, Telecommunication Systems, Sustainability, Energy Policy, Energy, Energies, International Journal of Technology Management, and Computers & Education. He has also published 20 books (including edited volumes), 43 journal articles, and numerous conference proceedings and presentations. He was awarded Dean’s Award for Excellence in Research (York University) in 2017.

• 1. Introduction- A Journey Toward Resilient Future2. System Dynamics in a Changing World3. Innovations in Technology and Climate Resilience4. Climate Resilience: Challenges and Strategies5. Assessing Impacts of Climate Extremes6. Urban Climate Resilience7. Resilience Calculation and Climate Change Effects8. Conceptual Model for Resilience to Climate Events9. Natural Resource Management10. Case Studies in Resilient Futures11. The Role of Policy and Governance12. Future Prospects and Challenges for Climate Resilience13. Conclusion and a Way Forward

Hassan Qudrat-Ullah is a full professor of decision sciences at the School of Administrative Studies, York University, Canada. Dr. Qudrat-Ullah has more than 20 years of teaching, research, industry, and consulting experience in the United States, Canada, Singapore, Norway, United Kingdom, Korea, China, Saudi Arabia, Latvia, Switzerland, Spain, and Pakistan. His research interests include dynamic decision-making, interactive learning environments, system dynamics, and energy policies. His research has appeared in Decision Support Systems, Simulations & Gaming, Journal of Decision Systems, Telecommunication Systems, Sustainability, Energy Policy, Energy, Energies, International Journal of Technology Management, and Computers & Education. He has also published 20 books (including edited volumes), 43 journal articles, and numerous conference proceedings and presentations. He was awarded Dean’s Award for Excellence in Research (York University) in 2017.

• 1. Introduction- A Journey Toward Resilient Future2. System Dynamics in a Changing World3. Innovations in Technology and Climate Resilience4. Climate Resilience: Challenges and Strategies5. Assessing Impacts of Climate Extremes6. Urban Climate Resilience7. Resilience Calculation and Climate Change Effects8. Conceptual Model for Resilience to Climate Events9. Natural Resource Management10. Case Studies in Resilient Futures11. The Role of Policy and Governance12. Future Prospects and Challenges for Climate Resilience13. Conclusion and a Way Forward

Hassan Qudrat-Ullah is a full professor of decision sciences at the School of Administrative Studies, York University, Canada. Dr. Qudrat-Ullah has more than 20 years of teaching, research, industry, and consulting experience in the United States, Canada, Singapore, Norway, United Kingdom, Korea, China, Saudi Arabia, Latvia, Switzerland, Spain, and Pakistan. His research interests include dynamic decision-making, interactive learning environments, system dynamics, and energy policies. His research has appeared in Decision Support Systems, Simulations & Gaming, Journal of Decision Systems, Telecommunication Systems, Sustainability, Energy Policy, Energy, Energies, International Journal of Technology Management, and Computers & Education. He has also published 20 books (including edited volumes), 43 journal articles, and numerous conference proceedings and presentations. He was awarded Dean’s Award for Excellence in Research (York University) in 2017.

• 1. Introduction- A Journey Toward Resilient Future2. System Dynamics in a Changing World3. Innovations in Technology and Climate Resilience4. Climate Resilience: Challenges and Strategies5. Assessing Impacts of Climate Extremes6. Urban Climate Resilience7. Resilience Calculation and Climate Change Effects8. Conceptual Model for Resilience to Climate Events9. Natural Resource Management10. Case Studies in Resilient Futures11. The Role of Policy and Governance12. Future Prospects and Challenges for Climate Resilience13. Conclusion and a Way Forward