My main research area is on applications of open source models in various water resources problems of Bangladesh. So far, I have supervised Nine post-graduate and more than fifteen undergraduate theses. Beside these, has done collaborative research with Newcastle University, UK, and An Giang University, Vietnam.
My research areas are:
Climate Change Impact Studies
Flood forecasting and inundation modeling
Hydrological Modeling
Morphological Modeling
Water Quality Modeling
Groundwater Flow Modeling
Storm Water and Drainage System Modeling
Applications of GIS and Remote Sensing
Downscaling of GCM
Scenario Development
Models and tools those are used mostly:
HEC-RAS 1D/2D, SOBEK
Delft3D, River2D, SRH2D
HEC-HMS, SWAT, SWMM
QGIS
SDSM
Pyhthon, Matlab and C++
Major Researches:
Projects:
River Bank Erosion Dynamics using NUmerical Modeling and Deep Learning Techniques, Funding through WARPO, Ministry of Water Resources, Bangladesh. Project Period: Feb 2018 to June 2019.
Building REsilience to Multi-source Flooding in Southeast Asia through a Technology-informed Community-based approacH (REMATCH), a collaborative research project with Newcastle university, UK, An Gian University, Vietnam, and BUET, Dhaka under the funding from Natural Environmental Research Council, UK. Grant amount: £167,389, Project period: Nov 2016 to July 2017. For more details.
Downscaling of Selected GCM Results for GBM Basin using SDSM, a one-year collaborative research project under NUFFIC-NICHE BGD 155 Project. Grant amount: 10,000 euro. Project period: April 2015 to April 2016.
Morphological modeling of Gorai River using HEC-RAS unsteady sediment model, research project for BWDB. Project period: June 2016 to June 2017.
MSc Researches:
Impacts of Climate Change and Upstream Intervention on the Hydrology of the Meghna River Basin using SWAT, Completed Sept 2020, Pdf
Statistical Downscaling of Selected GCM Results for Whole Bangladesh using SSDM, Completed March 2019. pdf
Impacts of Climate Changes on Sediment Balance of Bhrahmaputra River Basin using HEC-HMS, April 2018. pdf
Effect in the Water Balance of Tista River Basin due to Climate Changes and Upstream Development, Completed March 2018. pdf
Flood Inundation mapping of Bangladesh using MODIS Satellite Image, Completed on Sept, 2015. Pdf
Modeling bank erosion of Jamuna river using MIKE21, Completed on May 2015, Pdf
Impact of climate change on future water availability of Brahmaputra basin using SWAT, Completed on April 2015, Pdf
Modeling bar dynamics of the Jamuna river using Delft3D, Completed on March, 2015, Pdf
Flood inundation mapping of Jamuna flood plain using HEC-GeoRAS, Completed on March, 2015, Pdf
Effect of Bio-shield to reduce wave energy in Coastal belt, Completed on Dec, 2014, Pdf
BSc Researches:
Flash Flood Modeling of Jadu Kata river Basin using HEC-HMS, 2018
Effect of Climate change on flood characteristics of Jamuna River Floodplain using HEC-RAS 2D, 2017
2D flow modeling of Ganges-Gorai River system using HEC-RAS 2D, 2017
Flood inundation mapping of Jamuna basin using HEC-RAS 1D/2D coupled model, 2017
Morphological Modeling of Karnafully River using CCHE2D, 2015
Salinity Intrusion Modeling of Karnafully River using HEC-RAS, 2015
Effect of Climate Change on Upper Meghna River Basin using HEC-HMS, 2014
Hydrodynamic Modeling of Karnafuli River using HEC-RAS, 2014