Programme overview
Main Subject
Engineering - General
Degree
MEng
Study Level
Masters
Study Mode
On Campus
The Irrigation and Land Reclamation Engineering master’s programme focuses on the sustainable management of land and water resources, the improvement of agricultural land conditions, and the effective development of hydraulic infrastructure systems. The programme represents a comprehensive engineering field that addresses irrigation, drainage, soil improvement, and water resource management.
Within the programme, students study the principles of irrigation systems, prevention of soil salinization and waterlogging, groundwater level regulation, water storage and distribution, and the scientific management of water resources. The curriculum integrates disciplines such as soil science, hydrology, water management systems, hydraulic engineering, digital modelling, and engineering calculations.
The programme also covers the scientific foundations of land reclamation systems, planning and design of irrigation and drainage networks, structural features of canals and reservoirs, and the assessment of soil and water quality indicators. Students learn to address engineering challenges related to hydraulic stability, water flow regulation, flood risk reduction, and optimization of water balance.
In addition, the programme emphasizes compliance with technical standards, environmental regulations, and engineering safety principles. Modern developments in the field include the application of digital technologies, automated monitoring systems, and innovative water-saving technologies, which are incorporated into the curriculum.
Overall, the programme contributes to the preparation of specialists capable of supporting sustainable agricultural development, strengthening food security, and ensuring efficient use of water resources through advanced engineering solutions.
Programme overview
Main Subject
Engineering - General
Degree
MEng
Study Level
Masters
Study Mode
On Campus
The Irrigation and Land Reclamation Engineering master’s programme focuses on the sustainable management of land and water resources, the improvement of agricultural land conditions, and the effective development of hydraulic infrastructure systems. The programme represents a comprehensive engineering field that addresses irrigation, drainage, soil improvement, and water resource management.
Within the programme, students study the principles of irrigation systems, prevention of soil salinization and waterlogging, groundwater level regulation, water storage and distribution, and the scientific management of water resources. The curriculum integrates disciplines such as soil science, hydrology, water management systems, hydraulic engineering, digital modelling, and engineering calculations.
The programme also covers the scientific foundations of land reclamation systems, planning and design of irrigation and drainage networks, structural features of canals and reservoirs, and the assessment of soil and water quality indicators. Students learn to address engineering challenges related to hydraulic stability, water flow regulation, flood risk reduction, and optimization of water balance.
In addition, the programme emphasizes compliance with technical standards, environmental regulations, and engineering safety principles. Modern developments in the field include the application of digital technologies, automated monitoring systems, and innovative water-saving technologies, which are incorporated into the curriculum.
Overall, the programme contributes to the preparation of specialists capable of supporting sustainable agricultural development, strengthening food security, and ensuring efficient use of water resources through advanced engineering solutions.
Tuition fees
Domestic
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