The power of imagination will always take you wherever you want
AWARDS & HONORS
PUBLICATION
ACADEMIC PROJECT
My research in three phases
My work is mostly done with computers and engineering software, and with the knowledge of water engineering and hydraulic structures, it is extremely easy for me to communicate with specialized software, and I am always eager for research and data mining.
Detailed implementation studies by GIS
Researching and presenting reports on physiography, weather and climatology, hydrology and water resources, erosion and sedimentation, and biological processes
Dam design by using GeoStudio
Analysis of slope stability, deformation pressure, groundwater settlement, and solute transport
Watershed Hydrological Modeling
simulation of sediment and runoff watersheds by using SWAT softword
What Is Hydrology Engineering?
Hydrology engineering is the design and construction of equipment and structures to monitor, control and store water. The term “hydrology” refers to the relationship of water to the environment. A hydrology engineer uses engineering principles to design dams for water containment, pumping stations for distribution and levees and bulkheads for flood control.
Early applications of hydrology engineering can be traced back thousands of years. Dams were built on the Nile River to control flooding. The Greeks and Romans built aqueducts and canals to manage water supplies to their cities. Earthworks were built by early civilizations to control river flooding. Water control gates and valves were used to flood or irrigate fields when river levels were adequate, and pumps were designed to move water from rivers or lakes to fields that needed irrigation.
My research interests
Simulation of Sediment and runoff Transport in the River by Using the SWAT Model” Water
Anis Shafinezhad, Yousef Hasanzadeh, Seyed Saeed Rasinezam,” Simulation of Sediment Transport in the River of AHARCHAY by Using the SWAT Model” Water. (in preparing)
Anis Shafinezhad, Yousef Hasanzadeh, Seyed Saeed Rasinezam,” Simulation of Runoff Transport in the River of AHARCHAY by Using the SWAT Model” Water. (in preparing)
Prediction of changing climate for renewable energy production considering uncertain elements(Doing preliminary research)
Optimization in water engineering and hydraulic structures
Optimizing water speed in order to reduce sedimentation and dredging costs
Application and analysis of Big Data in hydrological engineering
Hydraulic Engineering in the Era of Big Data and Extreme Computing: Can Computers Simulate River Turbulence?
My ideas for future research
simulating hydrological projects considering the significant reduction and optimization of huge costs by GAMS
research in laboratories based on the hydrological system in order to control water resources around the world as a vital human need, designing water supplies, to balance Canals and piping of drinking water to all deprived areas.
I continuously hope to work as an academic and divide my time between mentoring young students