In the civil engineering course, the student learns all the specialized subjects and works to communicate the information in a simplified manner and by all available means. In the calculus course, students learn the basics of calculus for functions of one variable. These ideas will also be applied to a wide range of problems to improve students' ability to think critically, to analyze the problem and to solve it using a wide range of tools. In the statistics course, an elementary introduction to statistics, where it focuses on the most important elements of statistics, which is descriptive statistics, with the aim of deepening students’ abilities to solve some statistically economic problems and problems and overcoming them by learning the concept of data collection, organization and analysis using statistical measures, in addition to understanding statistical models and how to estimate them using regression and forecasting methods. It deals with different phenomena using time series, in addition to drawing policies using index numbers to help students acquire skills and abilities to analyze in an easier, faster and more accurate manner.

In the civil engineering course, the student learns all the specialized subjects and works to communicate the information in a simplified manner and by all available means. Surveying engineering, which is concerned with the study of engineering geographic locations and spatial dimensions. Sanitary engineering, which is concerned with operating sewage systems and water plants. Construction engineering, which is concerned with the design and implementation of various facilities, such as industrial, residential, and concrete. Irrigation engineering, which is concerned with studying the methods required to control the types of irrigation and agricultural water facilities. Transportation Engineering, which is concerned with the design and implementation of roads, traffic engineering, and transportation engineering. Fluid engineering, which is concerned with studying the properties of fluids and their impact on various facilities. Management and construction engineering, which is concerned with the study and implementation of facilities. Ports and Marine Facilities Engineering, which is concerned with the design and implementation of ports and marine facilities. Dams and water resources engineering, which includes designs for water facilities and infrastructure, in addition to distinguished hydraulic designs. Geotechnical engineering, which is concerned with studying all the physical, chemical and mechanical properties associated with the materials in the soil, rocks, and their technology. The department is also concerned with the study and design of tunnels, foundations, and previously developed facilities