TEAM LEADERThe World Bank Group financed project "Jamuna River Sustainable Management Project" (JARSMP) Component 1: Riverbank Protection and River Training. The project (Sediment Transport, River Morphology, Riverbank Protection and River Training) is providing sustainable structural and non-structural mitigation strategies for the protection of vulnerable riverbanks at selected pilot site(s), which in the long run will provide preliminary support for the larger scale implementation at Phase-2 of the WBG’s series of project.First ever 3D Hydrodynamic, Sediment Transport & Morphological Models of the 267km Jamuna Brahmaputra River. Developed 2D Riverbank Erosion Models in the Jamuna Brahmaputra River & Performed riverbank erosion assessment using Erosion Prediction Tool (DSAS).2D/3D Hydrodynamic, Sediment Transport & Morphological Models of the Jamuna Brahmaputra River for the pilot river training sites.Hydrologic models of Brahmaputra, Ganges and Meghna Basins for flood modeling & Flood Forecasting.2D Flood models for Jamuna Brahmaputra River for Disaster Risk Analysis and Financing.2D Hydrodynamic, Wind-Wave model of Bay of Bengal.

INSTRUCTOR: 2D Hydraulic Modeling (SMS, SRH-2D software)COASTAL ENGINEERINGI have successfully completed numerous coastal engineering projects for public and private. The coastal engineering projects include Seawall, Revetment, Retaining Wall, Sheet Pile and Groin design, Shoreline Characterization, Shoreline Structure Assessment, Inventory & Prioritization of Structure. Coastal analysis includes wind-wave analysis, Wave Uprush Computation & Dynamic Beach Assessment. Developed 2D models for wave parameter estimation, marina structure design, shoreline assessment, near shore sediment transport, geomorphology and dynamic beach analysis. Coastal Projects also include Flooding Hazard, Slope Stability, Erosion Hazard & Shoreline Recession. FLUVIAL GEOMORPHOLOGY Natural Channel Design, Channel Restoration, Channel Realignment, Field Geomorphic Assessment, Detailed Geomorphic Assessment, Bank Erosion Protection, Meander Belt Analysis and Estimation, and Bridge/Culvert Installation ReplacementI have developed an Innovative Technique (Tool) for Natural Channel Design, Channel Restoration and Realignment. RIVER ENGINEERINGI have successfully completed several coastal and river engineering projects. I have applied 1D-2D hydrodynamic, sediment transport and water quality modeling software for the projects. The coastal engineering projects include wave parameter estimation, marina structure design, shoreline assessment, near shore sediment transport, geomorphology and dynamic beach analysis. HYDROLOGY & HYDRAULICHydrologic and Hydraulic Analysis for Floodplain Mapping, Dam Break Analysis. Extensive experience in following software: 1D Hydraulic Model (1D-2D FESWMS, SWMM5, HEC-RAS, PCSWMM, Mike11, Mike Flood)2D/3D Hydraulic Model (RMA2, FESWMS, TUFLOW, SRH-2D, Mike 21, STWAVE, ADCIRC, DELFT3D)Water Quality & Sediment Transport Model (RMA4, TUFLOW, ADCIRC, DELFT3D)Hydrologic Model (HSP-F, SWMM, HEC-HMS, VO2, Mike SHE)

Involved with Lake Ontario Integrated Shoreline Strategy (LOISS) and Lakeview Waterfront Connection (LWC) projects and contributed in Fluvial Geomorphology and Coastal EngineeringInvolved/reviewed over 60 Fluvial Geomorphic Projects on Natural Channel Design, Field Geomorphic Assessment, Channel Realignment, Channel Restoration, Bank Erosion Protection, Scour Analysis, Erosion and Sediment Control, Coastal Engineering;Developed 2D hydrodynamic (Steady and Unsteady) models using FESWMS and TUFLOW for Flood Plain and Flood Hazard Analyses;Hydrologic, Hydraulic and Environmental Assessment; Experience in Hydrologic and Hydraulic analyses including culvert and bridge design, water surface profile; Working Knowledge of Provincial/Federal legislation, polices and guidelines; Providing customer service to clients, and communicating with partners and stakeholders from DFO, MNR, MOE, municipalities and CAs;

Worked on Fluvial Geomorphic Projects such Natural Channel Design, Field Geomorphic Assessment, Channel Realignment, Channel Restoration, Bank Erosion Protection, Scour Analysis, Erosion and Sediment Control, Coastal Engineering;Environmental Assessment, Hydrologic, Hydraulic and Fluvial Geomorphic analysis; Experience in Hydrologic (PC SWMM, HSPF, GAWSER, Visual OTTHYMO, SWHYMO) and Hydraulic Modeling (HEC2, HEC-RAS, Culvert Master); Review applications/projects related with hydrology, hydraulic, fluvial geomorphology and water quality analyses including water balance, groundwater recharge, baseflow, water temperature, geomorphic significance and stream ecology; Collaborate and coordinate with professionals of other disciplines at CVC and government agencies; Providing customer service to clients, and communicating with partners and stakeholders from DFO, MNR, MOE, municipalities and CAs;

Fluvial Geomorphologist, Water Resources Engineera) Physically Semi-distributed HSPF Model for the NVCA & SSEA Watersheds Tier 2 Water Budgetb) MIKE 11 Unsteady Flood Forecasting for Mad River Subwatershed, NVCAc) Central Basin Tier 3 Water Budget Analysis, SSMR Source Water Protection Aread) Credit River Harbour Sedimentation Analysis, Credit Rivere) 2D Modeling for Floodline and Flood Hazard Study, Cooksville Creek

• Extensive working experience in Fluvial Geomorphology, Water Resources and environmental management theories, principles and practices;• Providing Design and Plan review of Development Application, Municipal Infrastructure development and construction;• Developed Distributed Hydrologic model using HSPF, and it is auto-calibrated using PEST. Itsimulates streamflow and Groundwater Recharge for FEFLOW model; • Developed Flood Forecasting Model of the Mad River using coupled MIKE NAM hydrologic and MIKE 11 unsteady hydrodynamic model; • Applying Hydrologic and Hydraulic tools (VO2, PCSWMM, SWMM, SWMHYMO, XPSWMM, HYMO, QUALHYMO and HSPF) and Hydraulic (HEC2, HEC-RAS, MIKE 11 and Culvert Master);• Extensive working knowledge of ArcGIS desktop, mapping, spatial and 3D analyist;

• Applied theories, principles and practices in Fluvial Geomorphology and Water Resources;• Prepared the Draft Watershed Characterization, Water Quality, Conceptual Water Budget and Tier 1 Water Budget reports for the Halton-Hamilton Source Water Protection Region;• Reviewed topography, physiography, surficial geology, overburden thickness and bedrock of the Southern Ontario especially Halton-Hamilton Source Water Protection Region;• Developed hydrologic and Hydraulic models• Working knowledge on legislations, policies and guidelines;• Hydrologic/hydraulic numerical modeling using DEM, HEC-HMS, HEC-GeoRAS, HEC-RAS, for bridge, culvert and water crossing;• Supervising and analyzing Floodplain Mapping (Ontario Regulation 97/04) for Generic Regulation;• Extensive working knowledge of ArcGIS desktop, mapping, spatial and 3D analyist;

Worked on Fluvial Geomorpholgy, Hydrology, Hydraulic and Coastal Engineering• Developed and Applied hydrologic, hydraulic, sediment transport and water quality models (HSPF, MIKE SHE, MIKE 11, ADCIRC, STWAVE, RMA2, SED2D);• Fluvial Geomorphologic analysis of the Detroit River by 2D hydrodynamic (RMA2) and Sediment Transport (SED2D) modeling;• 2-D hydrodynamic modeling (ADCIRC, STWAVE) and analysis to Design coastal Marine Structure in Western Lake Ontario, City of Burlington;• Developed hydrologic and water quality model (HSPF) of the Humber River for Water Balance and Ecosystem analyses;• Data acquisition, processing, interpretation and advanced statistical analyses• Long-term performance assessment using field data and continuous

Teaching Urban Hydrology and Hydraulic Engineering courses.

Research on Fluvial Geomorphology such Alluvial River Bedform, Sediment Transport and Meandering Channel Migration• Developed a 2D numerical sediment transport model to compute sediment movement of an alluvial river bed• Developed a numerical model to compute Expansion and Migration of Meandering Channel through analyzing Fluvial Geomorphic assessment• Estimating flood flow/discharge, water surface profile, and velocity including modeling flood control hydraulic structures for Flood Forecasting and Warning• Data acquisition, processing, interpretation and advanced statistical analyses• Teaching Fluid Mechanics, Urban Hydrology and Hydraulics to 3rd and 4th grade students of Royal Military College, Kingston• Preparation of technical reports, papers and presentations