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Ying Huang

Prof. Dr. Ying Huang

Department of Civil and Environmental Engineering, North Dakota State University...

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Dr. Ying Huang received a BS in civil engineering from Guangzhou University, China, an MS in civil engineering from Harbin Institute of Technology, China, and a PhD in civil engineering from Missouri University of Science & Technology. She is currently a Professor of Civil Engineering and the Welch Faculty Fellow Professor at North Dakota State University (NDSU). She is also a member of AI SUSTEIN Center. Her research interests include smart cities and autonomous systems; artificial intelligence and Big Data; energy networks and pipelines; advanced, high-performance, and smart materials; corrosion protection and mitigation; intelligent transportation systems; pavement and traffic monitoring; structural health monitoring; railroad damage and defect assessment; wildfire and natural hazard detection; and assessment and emergency evacuation for multi-hazards.

Research Keywords & Expertise

Structural Health Moni...
Transportation Enginee...
Smart city and smart s...
Pipeline and railroad ...
Corrosion detection an...

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Structural Health Monitoring
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Corrosion detection and monitoring
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Smart city and smart structures

Short Biography

Dr. Ying Huang received a BS in civil engineering from Guangzhou University, China, an MS in civil engineering from Harbin Institute of Technology, China, and a PhD in civil engineering from Missouri University of Science & Technology. She is currently a Professor of Civil Engineering and the Welch Faculty Fellow Professor at North Dakota State University (NDSU). She is also a member of AI SUSTEIN Center. Her research interests include smart cities and autonomous systems; artificial intelligence and Big Data; energy networks and pipelines; advanced, high-performance, and smart materials; corrosion protection and mitigation; intelligent transportation systems; pavement and traffic monitoring; structural health monitoring; railroad damage and defect assessment; wildfire and natural hazard detection; and assessment and emergency evacuation for multi-hazards.