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Arizona State University / Postdoctoral Research Scholar - School of Sustainable Engineering & Built Environment
I have a Ph.D. in Civil Engineering specializing in hydrological modeling, water resources management, and geospatial applications. I have several years of experience working across Japan and the U.S. for several research projects utilizing state-of-the-art numerical models, and ground and satellite observations to inform decision-making. During these years, I have gained a lot of experience using
I am currently on a research exchange in the U.S. and am looking for long-term roles in Japan. I am interested in working for an organization where I can use the latest Earth observation and simulation tools to inform decisions that can make a positive impact on society. Such as using these tools to enhance water resources management, dis
– Validation and analysis of the National Oceanic and Atmospheric Administration’s (NOAA) National Water Model (NWM) outputs to support the Arizona Department of Water Resources (ADWR) by providing insights related to water resources development and groundwater recharge in Arizona
- Supporting the development of a data assimilation scheme for the CaMa-Flood model, a global hydrodynamic model - Supporting the development of a benchmarking toolkit for CaMa-Flood model
- Development of long-range (3-month) real-time hydrometeorological forecasting system for a snowfed watershed in Japan using a distributed hydrological model (WEB-DHM) and downscaled meteorological forecasts to support hydropower reservoir operations
– Development of a hydrometeorological forecasting system (comprehensive data pipeline development from scratch) in Japan using gridded weather forecasts, radar observations, satellite observations and a distributed hydrological model using the state-of-the-art Data Integration and Analysis System (DIAS)
Dissertation title: Optimizing cascaded hydropower dam operations in a snowfed mountainous watershed Grades: 2 A grades out of 3 courses (Equivalent to a CGPA of 3.73/4.00 but not calculable at The University of Tokyo)
Dissertation title: Development of an integrated approach for robust hydropower planning Grades: 10 A grades out of 11 courses (Equivalent to a CGPA of 3.91/4.00 but not calculable at The University of Tokyo)
Learning the model physics, algorithms, and numerical schemes employed in the Water and Energy Budget-based Distributed Hydrological Model (WEB-DHM) for future contribution to model development
Dissertation title: A GIS based evaluation of hydropower potential of Northern Areas of Pakistan CGPA: 3.99/4.00
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Arizona State University / Postdoctoral Research Scholar - School of Sustainable Engineering & Built Environment
Best lightning talk award presented by ASU’s Center for Hydrologic Innovations and Arizona Hydrological Society for talk titled ’Can We Improve Process-based Snow Hydrological Modeling by Using Reanalysis Vertical Temperature Profiles?’.
