Vidya Samadi, Ph.D., A.M.ASCE
Assistant Professor-Water Resources Engineering
Director of Clemson Hydrosystem and Hydroinformatics Research (HHR) Group
Agricultural Sciences Department
Office:
Phone:
Email: samadi@clemson.edu
Personal Website: http://ssamadi.com/
Educational Background
Educational Background
Research Assistant Professor in Water Resources Engineering
Department of Civil and Environmental Engineering,School of Engineering and Computing, University of South Carolina.
Postdoc in Water Resources Management
The Carolinas Integrated Sciences & Assessments (CISA; NOAA-funded research center), University of South Carolina.
Postdoc in Civil Engineering-Water Resources
Hydro-environmental Research Centre (HRC), Department of Architectural, Civil & Environmental Engineering, School of Engineering, Cardiff University, United Kingdom.
Ph.D. (DENG)
Water Engineering and Science. 2009
M.S. (MENG)
Water Engineering, University of Tehran, Iran. 2002
Courses Taught
-GIS in Civil and Environmental Engineering (proposed course-undergraduate level:UofSC)
-GIS in Water Resources Engineering (proposed course-graduate level: UofSC)
-Research in Civil Engineering (UofSC)
-Selected Topics in Civil Engineering (UofSC and Clemson University)
-Thesis Preparation in Civil Engineering (UofSC & Clemson University)
-Thesis Preparation in Agricultural Sciences-Informatics and Agricultural Water System Management (Clemson University)
-Thesis Preparation in Computer Science (UofSC & Clemson University)
-Master’s Thesis Research in Computer Science (Clemson University)
-Dissertation Preparation in Civil Engineering (UofSC & Clemson University)
-River Basin Management (Cardiff University & UofSC)
-Stochastic Hydrology and Hydroinformatics (proposed course-graduate & undergraduate levels; UofSC)
-Engineering Hydrology (UofSC)
-Advanced Hydrology (graduate level;co-taught with prof. Meadows of UofSC)
-Senior Design in Civil Engineering (co-taught with prof. Meadows of UofSC)
Profile
Dr. Samadi is trained as a water resource engineer and works to advance the field of hydroinformatics and cyber-physical modeling systems. Much of her current research focuses on developing analytics and intelligent computing systems for flood/stormwater and watershed modeling and management. Vidya's research sponsors include the National Science Foundation (CBET, CMMI), the U.S. Geological Survey (USGS), the U.S. Department of Agriculture (USDA), Savannah River National Lab, NOAA, and the Department of Transportation (DOT).
Dr. Samadi is a founding member of Women in Artificial Intelligence for Water (WomenInAI4Water) which aims to strengthen diversity and increase female representation and participation in AI and work towards gender-inclusive water data analytics and modeling in academia. She is highly committed to combating the disparity of women in Engineering and currently contributes to the Society of Women Engineers as well as Clemson PEER and WISE Inclusion programs to inspire future women Engineers.
Ph.D./MS applicants for Clemson: Please follow the instructions on the Clemson admission page.
Research Interests
Academic Research Interest: Dr. Samadi's academic research focuses on hydroinformatics and cyber-physical modeling systems, an interdisciplinary approach combining water resources engineering, computer science, and data analytics. The goal is to leverage advanced modeling and computing tools to address problems and challenges associated with water resource systems. Much of her current work is focused on machine learning applications in flood/stormwater computing and decisions making, impacts of flooding on critical infrastructure, big data analytics, and Geographic Information systems (GIS). Dr. Samadi's team has developed many packages and modeling systems, including Flood Analytics Information System (FAIS), FAIRDNN, Flood Image Classifier, Watershed Toolkit, and physical-based models.
Industry Research Interest: Dr. Samadi's industry research interest concentrates on GIS software development, web, and mobile application development, and web programming that involves creating, leveraging, and utilizing web mapping solutions to solve specific environmental problems, build complete applications, or consume or produce data and geospatial processing services. Web GIS programming applies to both mobile and desktop application development. Dr. Samadi is proficient in various programming languages (python, Java, HTML, etc.) and seeks collaboration with academics and industry to develop tools that can address applied water resources engineering research and practical settings.
Awards & Honors (selected)
1. Clemson Support for Early Exploration and Development Award. 2021. Clemson University.
2. Advanced Support for Innovative Research Excellence Award. 2017. The University of South Carolina.
3. Outstanding Reviewer Award.2016. ASCE Journal of Hydrologic Engineering.
4. Second Ranked in the National Entrance Exam Competition for Water Engineering (MENG). 2000. Iranian Ministry of Science and Research.
Professional Services (selected)
1. Chair- The CUAHSI Standing Committee on Informatics, 2021-2023
2. Panel Member- The World Meteorological Organization (WMO)-GEWEX Hydroclimatology Panel (a global flood crosscutting project lead), 2019-2022
3. Board Member- International Environmental Modelling & Software Society, 2022-2024
4. Associate Editor - Journal of Environmental Modeling & Software
Extension and Outreach
Dr. Samadi serves on the WMO-Global Energy and Water Exchanges (GEWEX) Hydrometeorology Panel (GHP). She currently leads a global, crosscutting, flood research initiative that allows GHP to propagate flood modeling and research knowledge from one region to the other and synthesizes results at the global scale. Also, she serves as a board member of the International Environmental Modelling and Software Society. At the national level, Dr. Samadi chairs the Consortium of Universities for the Advancement of Hydrologic Science (CUAHSI) Informatics Committee and oversees the CUAHSI informatics and data service activities, Informatics Blog, etc. At the state level, she leads South Carolina surface water modeling systems for SC Water Resources Center. She works collaboratively with state stakeholders as well as with 12 water agents (of the 12 current water agents, 11 of them are female) across the state of South Carolina to address water education and outreach.
Publications
Recent Research Papers (selected)
* Denotes graduate students under my supervision.
1. Windheuser L. *, Karanjit, R. *, Pally R. *, Samadi, S., and N.C. Hubig. 2023. An End-to-End Flood Gauge Height Prediction System Using Deep Neural Networks. The AGU Earth and Space Science. Accepted.
2. Phillips, R. C.*, Samadi, S., Hitchcock, B.D., Meadows, M., Wilson C. A. M.E. 2022. The devil is in the tail dependence: An assessment of multivariate copula-based frameworks and dependence concepts for coastal compound flood dynamics. The AGU journal of Earth’s Future, p.e2022EF002705.
3. Sadeghi Tabas S.*, Samadi S. 2022. Variational Bayesian Dropout with a Gaussian Prior for Recurrent Neural Networks Application in Rainfall-Runoff Modeling. Environmental Research Letters.DOI:https://doi.org/10.1088/1748-9326/ac7247
4. Pally, R.*, Samadi S. 2022. Application of Image Processing and Convolutional Neural Networks for Flood Image Classification and Semantic Segmentation. Environmental Modelling & Software. 148, p.105285.
5. Samadi S. 2022. The Convergence of AI and IoT for Advancing Flood Analytics Research. Invited submission to the Frontiers in Water: Rising Stars 2021 Special Issue, 4:786040. doi: 10.3389/frwa.2022.786040.
6. Samadi S., van Oevelen P., Prein A., Roundy J. K., Dominguez F., Nazemi A. 2021. Opinion: The Role of GEWEX in Moving the Needle on the Resiliency of Society to Flooding. World Meteorological Organization (WMO)- Global Energy and Water Cycle Experiment (GEWEX) Quarterly Newsletter.
7. Samadi S., Sadeghi Tabas S.*, Wilson, C., Hitchcock, D. 2021. Big Data Analytics for Rainfall-Runoff Modeling: A Case Study of the Cape Fear Catchment, North Carolina. Book chapter for the AGU/Wiley edited volume "Advances in Hydroinformatics: Artificial Intelligence and Optimization for Water Resources". In press.
8. Donratanapat, N.*, Samadi S., Vidal, M.J., S. Sadeghi Tabas*. 2020. A National Scale Big Data Analytics Pipeline to Assess the Potential Impacts of Flooding on Critical Infrastructures and Communities. Environmental Modelling & Software.133, p.104828.
9. Samadi S., Pourreza-Bilondi M., Wilson C. A. M.E., Hitchcock, B.D. 2020. Bayesian Model Averaging with Fixed and Flexible Priors: Theory, Concepts, and Calibration Experiments for Rainfall-Runoff Modeling. The AGU Journal of Advances in Modeling Earth Systems. 12(7), p.e2019MS001924.
10. Liu H.*, Hitchcock D., and Samadi S. 2020. Spatio-temporal analysis of flood data from South Carolina. Journal of Statistical Distributions and Applications. 7, 11 (2020).
11. B. Toni. Modern Statistical Methods for Spatial and Multivariate Data. In: David Hitchcock, Haigang Liu, and S. Samadi. 2019. Spatial and spatial-temporal analysis: A case study based on precipitation data from South Carolina. STEAM-H: Science, Technology, Engineering, Agriculture, Mathematics & Health. Vol. Netherlands: Springer.
12. Philips, R. C.*, Samadi, S., Meadows, M.E. 2018. How extreme was the October 2015 flood in the Carolinas? An assessment of flood frequency analysis and distribution tails. Journal of Hydrology. DOI: https://doi.org/10.1016/j.jhydrol.2018.05.035.
13. Samadi S., Tufford D., Carbone, G. 2018. Estimating Hydrologic Model Uncertainty in the Presence of Complex Residual Error Structures- Stochastic Environmental Research and Risk Assessment. 32: pp 1259–128.
14. Samadi S., Tufford D., Carbone, G. 2017. Assessing prediction uncertainty of a semi-distributed hydrology model for a shallow aquifer-dominated environmental system– Journal of the American Water Resources Association (JAWRA). 53(6): 1368-1389.
15. Samadi S., Meadows M.E. 2017. The Transferability of Terrestrial Water Balance Components under Uncertainty and Non-stationarity: A Case Study of the Coastal Plain Watershed in the Southeastern United States. River Research and Applications. 33:796–808.
16. Pourreza-Bilondi Mohsen, Samadi S., Akhoond-Ali Ali-Mohammad, Ghahraman Bijan. 2016. On the Assessment of Reliability in Semiarid Convective Flood Modeling Using Bayesian Framework. ASCE Journal of Hydrologic Engineering, 05016039:1-16.
Peer-Reviewed Conference Papers (selected)
1.Humaira, N., Tabas, S.S., Samadi, S. and Hubig, N.C., 2021, December. FlowDyn: A Dynamic Web-based Streamflow Prediction Pipeline. In 2021 IEEE International Conference on Big Data (Big Data) (pp. 757-767). IEEE.
2.Samadi, S. and Pally, R., 2021. The Convergence of IoT, Machine Learning, and Big Data for Advancing Flood Analytics Knowledge. European Geosciences Union.
3. Pally, R. and Samadi, S., 2021. Application of Image Processing and Big Data Science for Flood Label Detection. European Geosciences Union.
Software Patents
1. Pally, R. *, Kranjit, R. *, Sadeghi Tabas, S*. Samadi, S., 2022. Image processing and semantic segmentation for flood image analytics and inundation mapping. Software/Copyright Disclosure - Tech ID: 2022-049
2. Donratanapat, N.*, Kranjit, R. *, Sadeghi Tabas, S*. Samadi, S., 2022. Flood Analytics Information System (FAIS). Software/Copyright Disclosure - Tech ID: 2023-003.
Software/Package (selected)
1. Pally, R.*, and Samadi, S. 2022. A Python tool for Flood Image Classification and Semantic Segmentation (funded by NSF). Released strictly using the MIT license.
2. Donratanapat, N.*, Samadi S. 2020. A Google Module for Computing Rapid Surface Runoff (funded by NSF). Released strictly using the MIT license.
3. Sadeghi Tabas, S.*, Samadi S. 2020. A Deep Learning Application for Managing Water Resources Systems (funded by NSF; will be Beta-tested in 2021).
4. Donratanapat, N.*, Samadi S., and Vidal, J. 2019. “FAIS”: Flood Analytics Information System (funded by NSF). Released strictly using the MIT license.
5. Sadeghi Tabas, S.*, Samadi S. 2019. A Web GIS Project Screening Tool (PST, ArcGIS API for JavaScript) for Environmental Assessment(funded by SCDOT).
6. Liu H. *, Hitchcock D., and Samadi S. 2018. A tree-based model and spatial information for stochastic analysis of hydrological extremes. Python tool.
Links
Twitter
Researchgate
Blog
Google Scholar