Machinery, Plants, and Production Structures for Agriculture

Knowledge of the basic principles of soil hydrology and agricultural hydraulics, as well as the fundamental characteristics of irrigation machinery and infrastructures needed to address problems related to the sustainable use of water resources in agricultural systems. 
Understanding the essential aspects of the constructive architecture and operating principles of machines, equipment, and structures most commonly used in agricultural production processes.
Understanding the operational parameters closely related to agronomic, zootechnical, and conservation needs, aimed at regulating the operation of tractors and major operating machines, irrigation management systems, and environmental control systems in rural buildings.

The student acquires technical knowledge of irrigation systems and methods and the essential principles of hydraulic design of irrigation systems. He/she also acquires knowledge of soil hydrology and the main tools and techniques available to improve the use of water for irrigation purposes in agricultural systems. Finally, he/she acquires the ability to use simple models (DSS) to support the irrigation management at the farm scale. The student gains an understanding of the architecture, operation, and typical functionality of tractors and main self-propelled operating machines, as well as the operating machines connectable to the tractor used for major Italian crops. Additionally, they acquire a general knowledge of the most common types of electronic controls employed for the integrated management of tractors and operating machines. Finally, the student acquires knowledge relating to the needs of animals in terms of both environmental conditions and space in order to be able to use adequate environmental control systems in livestock facilities.