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We are working on different aspects of rainfall and runoff in both cities and riverine areas so that we raft through hydroclimatological extremes. The work we pursue is multi-dimensional which consists of collection, analysis, modelling, and development and dissemination of products in the context of rainfall and runoff.
If you want to upload flood relevant media, you can use one of these: SnapFlood mobile application, SnapFlood Google from link and X (formerly known as twitter)
Dr. Satish Regonda
The goal is to develop a flood information system for both cities and riverine areas so that it allows scientists, engineers, policymakers and citizens to talk to each other and assists in finding realistic solutions in making cities and villages flood resilient. As we are aiming to develop a system that consists of several components, including data collection, analysis, modeling, products, and dissemination, collaborations are important and make it faster. Therefore, we are up for collaborations.
The goal is to develop a flood information system for both cities and riverine areas so that it allows scientists, engineers, policymakers and citizens to talk to each other and assists in finding realistic solutions in making cities and villages flood resilient. As we are aiming to develop a system that consists of several components, including data collection, analysis, modeling, products, and dissemination, collaborations are important and make it faster. Therefore, we are up for collaborations.
PhD Scholars
Surya Kiran
I am working on the development of hydrological modeling and forecasting for the Indian river basin. As part of it, I deal with calibration of multiple hydrological models, hydraulic models and regionalization for the prediction in ungauged basins.
I am working on the development of hydrological modeling and forecasting for the Indian river basin. As part of it, I deal with calibration of multiple hydrological models, hydraulic models and regionalization for the prediction in ungauged basins.
Padmini
My research centres on urban flood modelling, encompassing satellite rainfall data, optical remote sensing, and crowdsourced data extraction. I employ multi-criteria decision analysis and hydraulic models for flood risk mapping. I also develop web-based R-Shiny apps and disseminate flood information via social media platforms.
My research centres on urban flood modelling, encompassing satellite rainfall data, optical remote sensing, and crowdsourced data extraction. I employ multi-criteria decision analysis and hydraulic models for flood risk mapping. I also develop web-based R-Shiny apps and disseminate flood information via social media platforms.
Saipriya
My research focuses on understanding the hydroclimatology of cities, identifying factors that result in both heavy rainfall events and floods, as well as developing models and techniques that provide information on flood-relevant aspects.
My research focuses on understanding the hydroclimatology of cities, identifying factors that result in both heavy rainfall events and floods, as well as developing models and techniques that provide information on flood-relevant aspects.
Lagnajeet
Understand and forecast the change of meteorological parameters with the continuous change of urban morphology for Hyderabad city with Weather Research and Forecasting (WRF) model. Creating a solution for urban climate extremes like Urban Heat Island (UHI) and urban floods in the context of climate change.
Understand and forecast the change of meteorological parameters with the continuous change of urban morphology for Hyderabad city with Weather Research and Forecasting (WRF) model. Creating a solution for urban climate extremes like Urban Heat Island (UHI) and urban floods in the context of climate change.
Mohan
My primary research interest includes hydrologic and hydraulic modelling pertaining to runoff and floods, and irrigation engineering practice.
My primary research interest includes hydrologic and hydraulic modelling pertaining to runoff and floods, and irrigation engineering practice.
Vamshi
My research interests are spatio-temporal scale analysis and modelling of catchment runoff using physically based as well as machine learning based models.
My research interests are spatio-temporal scale analysis and modelling of catchment runoff using physically based as well as machine learning based models.
MTech Students
Swagatam
My research focuses on runoff estimation combining hydrologic- and hydraulic models along with ML techniques
My research focuses on runoff estimation combining hydrologic- and hydraulic models along with ML techniques
Kanishka
My research focuses on rainfall nowcasting for city of Hyderabad, India, by leveraging radar reflectivity data and advanced deep learning techniques.
My research focuses on rainfall nowcasting for city of Hyderabad, India, by leveraging radar reflectivity data and advanced deep learning techniques.
Shruti
My research focuses on developing maps of high-risk flood-prone areas for cities, Hyderabad and Kochi
My research focuses on developing maps of high-risk flood-prone areas for cities, Hyderabad and Kochi
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