Mohammad Reza Pirestani Email & Phone Number

Mohammad, his primary interest is in the area of environmental, hydrotechnical, and water resources engineering with experience in hydraulic/hydrologic assessments, hydraulic structures, water distribution systems, river morphology, flood mapping, erosion control, scour analysis, sedimentation processes, hydraulic modeling, channel assessment, sediment management, river stability, floodplain assessment, controlling debris flow, field investigation, experimentation, and office programs. He has experience in data management, stream assessment, and data analysis.He has been involved in all aspects of project development with the most experience in project planning and designing under challenging circumstances. Mohammad is a result-oriented planner with excellent multi-tasking and time management skills who can perform tasks efficiently and accurately with substantial knowledge of design codes, water work standards, engineering, contract negotiation and management, and tender documents. Recently, he was involved in a project to classify the Mountain Rivers with different methods. Two methods, Rosgen and Montgomery-Buffington, were selected to classify the rivers in this project. In addition, bankfull discharge was calculated using the Descriptive Method and the Hydraulic Equation Method to obtain regime relationships. Mohammad was involved in analyzing the water depth of the floodplain and developing a hydraulic model to investigate flood zone mapping and active floodplains. He organized appropriate project documentation, detailed design drawings, and specifications and prepared this project's proposal, reports, and tender documents. His skill is in explaining complex engineering concepts and proficiency in hydraulic/hydrologic models, including HEC-RAS, AutoCAD, Tecplot, ArcGIS, Surfer 3D Surface map, PCSWMM-2D, WaterGEMS, and Microsoft Office. He is interested in working on applying machine learning methods in solving hydrology and hydraulic problems using a group of data to predict and explain flood events.