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خانه آموزش ‌ها برنامه نویسی متلب آموزش برنامه نویسی به زبان متلب

آموزش برنامه نویسی به زبان متلب

مشاهده فایل ها

توضیحات تدریس

Work experience: • Inventing an instrument for calculating soil physics parameters • Inventing self-charging instrument • Computer programing for ABADAN power station using VBA • Teaching Water Engineering Courses at the Karaj University • 12000 m² Drip Irrigation Project in KARAJ, SOHAILIYE, February 2015 • Making an Assessment of groundwater nitrate contamination based on Principal Component Analysis (PCA) (about 4 hours) • Making a full course video tutorial on working with WaterGEMS used for urban water supply network design (about 32 hours) • Making a video tutorial on how to solve engineering problems using classic mathematically-based methods (about 25 hours) • Making a video tutorial on how to solve engineering problems using "linear", and "Quadratic" programming (about 25 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Particle Swarm Optimization” used for solving engineering problems by MATLAB codes (PSO) (about 12 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Genetic Algorithm” used for solving engineering problems by MATLAB codes (GA) (about 25 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Non-Dominated Sorting Genetic Algorithm” used for solving multi-objective engineering problems by MATLAB codes (NSGA-II) (about 25 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Grey Wolves Optimization” used for solving engineering problems by MATLAB codes (GWO) (about 12 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Imperialistic Competitive Algorithm” used for solving engineering problems by MATLAB codes (ICA) (about 4 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Cat Swarm Optimization” used for solving engineering problems by MATLAB codes (CSO) (about 12 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Firefly Algorithm” used for solving engineering problems by MATLAB codes (FA) (about 8 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Shuffled Frog Leaping Algorithm” used for solving engineering problems by MATLAB codes (SFLA) (about 12 hours) • Making a video tutorial on how to code a “Fuzzy Logic” by MATLAB codes used for urban water supplying system design (about 16 hours) • Making a video tutorial on how to "Data Mining", "Time Series Forecasting" and "Time Series Analysis", and "Predicting the Missed Data" by MATLAB (about 25 hours) • Making a video tutorial on how to make an artificial neural network for predicting or forecasting times series and data classification by MATLAB (about 16 hours) • Making a video tutorial on how to design a "Support Vector Machine", and "Support Vector Regression" used for data classification and data clustering by MATLAB • Making a video tutorial on how to discover the optimal weight and bias for an artificial neural network by PSO Algorithm (about 4 hours) • Making a video tutorial on how to discover the optimal "Kostiakov-Lewis Coefficients" by Firefly Algorithm • Making a video tutorial on how to do "data clustering" by "Shuffled Frog Leaping Algorithm" • Making a video tutorial on how to find out the monthly water releases from the "Amir-Kabir" dam in Karaj, Iran by "Non-Dominated Sorting Genetic Algorithm" and "Fuzzy Logic" comparing standard operating policy (about 5 hours) • Making a video tutorial on how to solve the "Production Problem" by PSO Algorithm in Excel VBA • Making a video tutorial on how to solve the "Production Problem" by GWO Algorithm in Excel VBA • Making a video tutorial on how to design a prismatic canal by Excel VBA • Making a video tutorial on how to design a pump station in an urban water supplying system by "WaterGEMS", and "Arc-GIS" • Making a video tutorial on how to discover an economic method used for designing the pipe-lines diameter in an urban water supplying system, by MATLAB and Excel VBA • Making a video tutorial on how to discover the "Pump Operating Point" in urban water supplying distributed system by MATLAB and Excel VBA • Making a video tutorial on how to design an urban waste-water collecting system, by "SewerGEMS", and "Arc-GIS" (about 6 hours) • Conducting a training workshop on the application of MATLAB used for solving engineering problems (more than 2000 hours) • Conducting a training workshop on the application of WaterGEMS software in the design of urban water supply networks (more than 1000 hours) • Conducting a training workshop on the application of Arc GIS software in water resource management and modeling the groundwater flow (more than 500 hours) • Conducting a training workshop on the application of Excel and Visual Basic for Applications in water resource management (more than 300 hours) • Conducting a training workshop on the application of WaterGEMS software in the design of pressurized irrigation systems (more than 100 hours) • Conducting a training workshop on the application of SewerGEMS software in the design of waste water collecting systems (more than 100 hours) • Conducting a training workshop on how to increase the system reliability used for monthly water release from reservoirs (more than 100 hours) • Conducting a training workshop on how to find out the optimal engineering coefficients used for water resource management by metaheuristic algorithms (Genetic Algorithm, Particle Swarm Optimization, Grey Wolves Optimization, Imperialistic Competitive Algorithm, Cat Swarm optimization, Firefly Algorithm, Shuffled Frog Leaping Algorithm, Non-Dominated Sorting Genetic Algorithm (NSGA-II) (more than 100 hours) • Conducting a training workshop on how to find out the optimal engineering coefficients used for water resource management by classic mathematically-based methods (more than 100 hours) • Conducting a training workshop on Multi-Criteria Decision-Making (MCDM) using Arc-GIS (more than 30 hours) • Conducting a training workshop on determining the characteristics of the catchment area (hydrology) using Arc-GIS (more than 30 hours) • Conducting a training workshop on Geo-referencing and Spatial Data Analysis using Arc-GIS (more than 30 hours)


مشاهده فایل ها

توضیحات تدریس

Work experience: • Inventing an instrument for calculating soil physics parameters • Inventing self-charging instrument • Computer programing for ABADAN power station using VBA • Teaching Water Engineering Courses at the Karaj University • 12000 m² Drip Irrigation Project in KARAJ, SOHAILIYE, February 2015 • Making an Assessment of groundwater nitrate contamination based on Principal Component Analysis (PCA) (about 4 hours) • Making a full course video tutorial on working with WaterGEMS used for urban water supply network design (about 32 hours) • Making a video tutorial on how to solve engineering problems using classic mathematically-based methods (about 25 hours) • Making a video tutorial on how to solve engineering problems using "linear", and "Quadratic" programming (about 25 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Particle Swarm Optimization” used for solving engineering problems by MATLAB codes (PSO) (about 12 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Genetic Algorithm” used for solving engineering problems by MATLAB codes (GA) (about 25 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Non-Dominated Sorting Genetic Algorithm” used for solving multi-objective engineering problems by MATLAB codes (NSGA-II) (about 25 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Grey Wolves Optimization” used for solving engineering problems by MATLAB codes (GWO) (about 12 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Imperialistic Competitive Algorithm” used for solving engineering problems by MATLAB codes (ICA) (about 4 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Cat Swarm Optimization” used for solving engineering problems by MATLAB codes (CSO) (about 12 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Firefly Algorithm” used for solving engineering problems by MATLAB codes (FA) (about 8 hours) • Making a video tutorial on how to code a metaheuristic algorithm as “Shuffled Frog Leaping Algorithm” used for solving engineering problems by MATLAB codes (SFLA) (about 12 hours) • Making a video tutorial on how to code a “Fuzzy Logic” by MATLAB codes used for urban water supplying system design (about 16 hours) • Making a video tutorial on how to "Data Mining", "Time Series Forecasting" and "Time Series Analysis", and "Predicting the Missed Data" by MATLAB (about 25 hours) • Making a video tutorial on how to make an artificial neural network for predicting or forecasting times series and data classification by MATLAB (about 16 hours) • Making a video tutorial on how to design a "Support Vector Machine", and "Support Vector Regression" used for data classification and data clustering by MATLAB • Making a video tutorial on how to discover the optimal weight and bias for an artificial neural network by PSO Algorithm (about 4 hours) • Making a video tutorial on how to discover the optimal "Kostiakov-Lewis Coefficients" by Firefly Algorithm • Making a video tutorial on how to do "data clustering" by "Shuffled Frog Leaping Algorithm" • Making a video tutorial on how to find out the monthly water releases from the "Amir-Kabir" dam in Karaj, Iran by "Non-Dominated Sorting Genetic Algorithm" and "Fuzzy Logic" comparing standard operating policy (about 5 hours) • Making a video tutorial on how to solve the "Production Problem" by PSO Algorithm in Excel VBA • Making a video tutorial on how to solve the "Production Problem" by GWO Algorithm in Excel VBA • Making a video tutorial on how to design a prismatic canal by Excel VBA • Making a video tutorial on how to design a pump station in an urban water supplying system by "WaterGEMS", and "Arc-GIS" • Making a video tutorial on how to discover an economic method used for designing the pipe-lines diameter in an urban water supplying system, by MATLAB and Excel VBA • Making a video tutorial on how to discover the "Pump Operating Point" in urban water supplying distributed system by MATLAB and Excel VBA • Making a video tutorial on how to design an urban waste-water collecting system, by "SewerGEMS", and "Arc-GIS" (about 6 hours) • Conducting a training workshop on the application of MATLAB used for solving engineering problems (more than 2000 hours) • Conducting a training workshop on the application of WaterGEMS software in the design of urban water supply networks (more than 1000 hours) • Conducting a training workshop on the application of Arc GIS software in water resource management and modeling the groundwater flow (more than 500 hours) • Conducting a training workshop on the application of Excel and Visual Basic for Applications in water resource management (more than 300 hours) • Conducting a training workshop on the application of WaterGEMS software in the design of pressurized irrigation systems (more than 100 hours) • Conducting a training workshop on the application of SewerGEMS software in the design of waste water collecting systems (more than 100 hours) • Conducting a training workshop on how to increase the system reliability used for monthly water release from reservoirs (more than 100 hours) • Conducting a training workshop on how to find out the optimal engineering coefficients used for water resource management by metaheuristic algorithms (Genetic Algorithm, Particle Swarm Optimization, Grey Wolves Optimization, Imperialistic Competitive Algorithm, Cat Swarm optimization, Firefly Algorithm, Shuffled Frog Leaping Algorithm, Non-Dominated Sorting Genetic Algorithm (NSGA-II) (more than 100 hours) • Conducting a training workshop on how to find out the optimal engineering coefficients used for water resource management by classic mathematically-based methods (more than 100 hours) • Conducting a training workshop on Multi-Criteria Decision-Making (MCDM) using Arc-GIS (more than 30 hours) • Conducting a training workshop on determining the characteristics of the catchment area (hydrology) using Arc-GIS (more than 30 hours) • Conducting a training workshop on Geo-referencing and Spatial Data Analysis using Arc-GIS (more than 30 hours)


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