This course provides review and study different irrigation systems, such as fixed and portable sprinkler irrigation, Centerpivot and Linear Move Irrigation and Microirrigation system. The course covers topics relating to different comparisons between these systems, various design processes for these systems, as well as calculation of friction losses in pipes and selecting the pumping power unit and determination of the different efficiencies of irrigation system. Many examples will demonstrate how can be evaluated these systems.

The Advanced Groundwater Hydrology course is concerned with the study of the movement of water in underground Aquifers, including the movement of water in various aquifers, hydraulics and phenomena related to groundwater such as seawater intrusion, land subsidence, aquifer recharge, and the movement of pollutants through groundwater.

The course deals with the theoretical basics associated with the movement of groundwater and the movement of pollutants with groundwater, the types of pollutants in terms of source, form and characteristics, the physical and chemical properties of pollutants that affect their spread in groundwater. Through the study of the course, learn about mathematical equations and models describes the movement of pollutants as a function of concentration, distance and time. It also describes the potential dangers of groundwater pollution to human health and the environment and the necessary measures to reduce groundwater pollution

This course provides an advanced understanding of the role of soil physics science and its relationship to other sciences related to soil and water management processes, and enables the student to deepen the understanding of the foundations used in the study of the physical and mechanics of soil in the field and laboratory, and to fully understand the concepts of water movement in soil and the laws that govern its movement under different conditions. Soil moisture varies, the state and processes of movement of each of the soil heat and salts and the spread of various gases within the soil profile are studied, and modern methods of conducting laboratory and field measurements of many of the physical properties of soil are identified.

In this course, the concept of the soil-plant-atmosphere system and its connection with water in particular is clarified. It also discusses the physical and chemical properties of water and the components of water potential in soil and plants, soil physical properties, and plant physiology. The course also deals in depth with the different theories of water movement in the soil- plant atmosphere system. Plant response to salinity, water stress, and short- and long-term changes that occur during the period between irrigations are explained. In addition, the evapotranspiration and its impact on the productivity of crops are described in detail.

The advanced soil and water conservation course describes the importance of preserving natural resources for sustainable development. This course is concerned with identifying soil problems such as water erosion, wind erosion, and others. This course explains the ways and means of protecting the soil from erosion, and also explains the laboratory and field methods for conducting scientific research in the field of water erosion and wind erosion.

The Evapotranspiration advanced course aims to introduce the concept of evapotranspiration, determine the factors affecting evapotranspiration. This course also describes methods for estimating the rate of evapotranspiration. Through the study of this course, the mechanism of the evapotranspiration process and the importance of evapotranspiration estimation in agricultural planning are discussed. using remote sensing techniques in estimating actual and potential evapotranspiration and estimating the expected crop yield.

In the agricultural environmental pollution course, the causes and effects of environmental pollution that result from modern agricultural practices are studied. Where this pollution leads to the deterioration of the ecosystem and the land. The agricultural pollution process stems from the many stages it goes through. The student will be introduced to the agricultural environment as part of the biosystem, and to assess the environmental impact caused by agricultural activity, the concept of sustainability and its relationship to overcoming pollution of the agricultural environment.

The irrigation water management course aims to introduce the concepts of water resources and their management in order to make optimal use of irrigation water. In this course, the scientific methods used in irrigation operations and their proper management are discussed. This course explains the various irrigation water exploitation problems by studying underground reservoirs. Where the student learns scientific applications in the field of water and land resources management, as well as analyzes the causes of pollution of various water resources and the environmental effects of that.

The importance of the systems analysis course is represented in conducting a comprehensive analysis by developing a unified structure in which quantitative analysis is used to study the relationship between the elements of that system. This course also focuses on studying the relationship between variables and to identify the elements and components of different systems and to identify the inputs, outputs and variables of the different analysis systems, and to identify the mathematical methods that help to interpret the analysis systems.

The advanced topics course describes the basic concepts in research and writing articles and scientific reports. This course also deals with teaching the student how to write scientific reports and articles. Through this course, the student chooses the scientific topics related to his research of study. The student also learns how to analyze and compare scientific papers and sources to enhance his research capabilities.

This course aims to plan and manage irrigation and drainage projects, to introduce the concepts of water resources and their management in order to make optimal use of the management of irrigation and drainage projects. This course deals with the scientific methods used in studying irrigation and drainage projects and managing them properly. This course explains the various problems of exploiting marginal waters by studying groundwater reservoirs. Where the student learns scientific applications in the field of water and land resources management, as well as analyzes the causes of pollution of various water resources and the environmental effects of that.

The seminar course is concerned with preparing the student's research plan, as well as teaching the student how to present his own research in a convincing way to listeners from different disciplines. The student also learns how to write a research proposal in an accurate scientific manner. One of the objectives of this course is also for the student to highlight the skills required to discuss reviewers and critics and how to prepare scientific response reports.

This course is concerned with identifying the concept of remote sensing techniques and their applications in the field of land resources. This course introduces the different sources of information for remote sensing technology, which include aerial photographs and satellite images. This course is also concerned with explaining the operations used in the processing of satellite visuals, which include geometric correction, subtraction, processing, optimization, visual analysis, and unsupervised and supervised classification. The student learns how to use some of the software used in remote sensing techniques, such as: ERDAS IMAGINE or ENVI, in the study of land resources (soil - water - vegetation and land cover).

This course is concerned with enabling the student to choose the subject of study. The student also learns the stages of research for the subject of his study. The student also learns how to present the chosen research problem and find solutions and proposals for it.