An ambitious water resources researcher with a proactive attitude and strong passion for research who demonstrates a flair for creativity, seeks to carry out research in the field of hydrological/ hydraulics modelling and analysis, climate change, ground- water hydrology, sediment analysis, wastewater treatment, hazard mapping, and sustainable environment processes.
Hydrology and Hydraulics (H&H): HEC- RAS, HEC-HMS, CBWSS, SW Canal, Storm and Sanitary analysis (SSA), EPA SWMM, HY-8, CROPWAT, CLIMWAT, AquaCrop
Geomorphology: Delft 3D
Remote Sensing / GIS: ArcGIS and QGIS, SWMM (Storm Water Management), Arc Hydro Tools, HECGeoHMS, ArcSWAT
Drafting/ Modelling: Auto CAD, Civil 3D, SW DTM, Adobe Illustrator, Office Package
Data analysis: CumFreq, Google Earth Engine, EasyFit
Programming language:
C, Python, MATLAB, VBA, R
TOEFL IBT: 96 (26 R, 24 S, 24 W, 22 L)
Assessing suitability of METRIC (Mapping Evapotranspiration using Internalized Calibration) model for ETc estimation in hot and humid climate of Tennessee.
Drone image analysis and processing.
Coding for virtual hot pixel to estimate the actual evapotranspiration as per measured by lysimeter.
Prepared LIDAR contour in civil 3d for drainage basins identification.
Wrote LISP code for DEM contour transformations.
Analyzed Hydrological trend by fitting to probability distribution model using Watershed (2d unsteady hydraulic modelling in HEC-RAS and flow hydrograph generation using HEC-HMS)
Coded in VBA for hydrological data analysis
Used Crawford model for assessment of watersheds.
Analyzed Hydrological trend by fitting to probability distribution model using CumFreq and EasyFit. Investigated hydroclimatic trends and extremes in lesser-studied river basins of Nepal using CMIP-6 models (NF, MF, FF) under two shared socioeconomic pathway SSP 245 and SSP 585.
Used R to perform statistical analysis and GIS to perform hydroclimatic characterization of study area.
Oversee assigned activities under guidance of Research Project Supervisor.