I am a Civil Engineer holding master's degree in Hydraulic Engineering from IIT Roorkee. I have over four years of experience as a Hydraulic Modeler using HEC-RAS, HEC-HMS, GIS, Civil 3D, and AutoCAD software. I specialize in hydrological modeling, flood modeling, and sediment transport modeling. As a Hydraulic Modeler, my responsibilities were water resource system planning and engineering design. Prepare stormwater management plans and conduct field investigations. Develop plans and specifications, complete hydraulic modeling, and design each project using software programs such as HEC-RAS, HEC-HMS, Civil 3D, and GIS. With five years of experience as a part-time IT Trainer. As an IT Trainer, I taught Computer Software such as MS Office and Basic Hardware in high school. Also, I was involved in workshops for training teachers, taking Exams, and interviewing, and I was a member of the selection committee of students for Scholarships. Technical proficiency in the field of: 

✅. Hydraulics and hydrology analysis, 

✅. Sediment Transport 

✅. Erosion and sediment control/scour protection design, 

✅. Flooding assessment/ flood plain maps definition,

 ✅. Stream restoration projects, 

✅. Hydrology analysis /catchment delineation/ streamlines definition using the Arc Gis software tools. 

✅. Stormwater and drainage design 

✅. Gis Mapping, land survey mapping 

✅. Topography mapping 

✅. Irrigation structure design

 ✅. Water quality modeling

 ✅. Groundwater 

✅. Site plan 

✅. Grading Plan Software skills 

✅. AUTOCAD 

✅. Civil 3D 

✅. ArcGIS 

✅. HEC-RAS 

✅. HEC-HMS

 ✅. StromCAD 

✅. SWMM 

✅. MS Office 

✅. Google SketchUp

 📖 I completed my master's degree in civil engineering specializing in Hydraulic engineering from the Indian Institute of Technology Roorkee, India. My master's thesis topic was the mathematical modeling of Reservoir sedimentation. One year of research experience helps me to recognize my ability. It helps me to know more about myself. Research improved my confidence and interest in the research, and how vital the mitigation and management of sediment encouraged me to continue. My purpose as a hydraulic engineer is: that sediment management is key, which should be mitigated. It is essential to manage Sediment transport, soil erosion, landslide, surface erosion, and bed degradation. Over the past three decades, researchers developed many mathematical sediment transport and hydrodynamic models. To categorize these models, the better way can be by the variety of the models’ applications, like bed load against suspended load chemical against physical transport, steady against unsteady, 1D, 2D, and 3D. The models can be selected by evaluating the landscape and the problem's difficulty. Thus, the chosen models can calibrate, and simulate the condition adequately, access the data for model confirmation, and full access time and budget to resolve the problem.