Prof. Gordon Huang
University of Regina
Canada
Abstract Title:
Biography:
Dr. Gordon Huang is a globally recognized expert in environmental systems engineering, specializing in the intersection of energy, environment, and sustainability. He earned his Ph.D. from McMaster University, where he was later honored with a Doctor of Science for his groundbreaking contributions to the field. He also holds a Master of Science from Simon Fraser University and a Bachelor of Science from Peking University in China. Dr. Huang is a licensed Professional Engineer (P.Eng.) in Saskatchewan, Canada, underscoring his technical expertise and professional standing.
Dr. Huang's career is marked by leadership and innovation. He has held the prestigious role of Canada Research Chair Tier 1 in Energy and Environment, a position that highlighted his influence in shaping sustainable energy policies. He currently serves as the President of the International Society for Environmental Information Sciences, fostering global collaboration in the environmental data field, and is a Fellow of the Canadian Academy of Engineering, a testament to his leadership and contributions to the engineering community.
In addition, Dr. Huang is the Executive Director of the Institute for Energy, Environment, and Sustainability Communities, where he leads interdisciplinary research addressing critical global sustainability challenges. He is also the Editor-in-Chief of the Journal of Environmental Informatics, a leading publication that reflects his dedication to advancing the use of data and informatics in solving environmental problems.
Throughout his prolific career, Dr. Huang has published extensively, with many of his works widely cited in academic and policy circles. His research has provided key insights into sustainable energy systems and environmental management, making a lasting impact on global sustainability efforts.
Research Interest:
Planning of energy and environmental systems
Synchrotron-based environmental chemistry and biochemistry
Climate modeling and downscaling
Simulation of hydrological and environmental systems