The academic content of the Bachelor's Degree Program in Agricultural Structures and Irrigation aims to provide students with in-depth knowledge and skills in structures and modern irrigation methods used in the agricultural sector. The curriculum of this program is equipped with basic sciences and engineering principles as well as specialized courses, which are designed to provide students with expertise in agricultural structures and irrigation systems.
The program usually starts with basic engineering courses. These courses include basic science courses such as mathematics, physics and chemistry, as well as basic engineering techniques such as computer programming, computer use in engineering and engineering drawing. These courses are critical to give students the ability to analyze and solve engineering problems.
Specialized courses focus on topics such as agricultural structures, irrigation methods, water resources management, hydrology and soil mechanics. The agricultural structures course examines the planning, design and construction of various types of structures required for agriculture. These structures may include warehouses, greenhouses, animal shelters and other agricultural facilities. The irrigation methods course focuses on the design principles and applications of various irrigation techniques (surface, sprinkler, drip irrigation, etc.) and the efficient use of water.
The water resources management course covers the strategies and techniques necessary to ensure the sustainable use of water resources. Students learn how to protect water resources, improve water quality and manage water crises. Hydrology covers topics such as the water cycle, surface water and groundwater dynamics. Soil mechanics is a course that examines the physical and mechanical properties of soils and their effects on the design of agricultural structures and irrigation systems.
In addition, as part of the program, students are offered courses such as land surveying techniques, environmental impact assessment and project management. These courses are intended to increase students' hands-on knowledge in the field, enabling them to be more effective in their post-graduation careers.
The curriculum of the program includes theoretical knowledge as well as practical applications, laboratory work and field trips, so that students have the opportunity to apply their theoretical knowledge in real-world conditions. This approach develops students' ability to solve complex engineering problems, while at the same time ensuring that graduates are ready for the world of work.