Hydraulic and geotechnical engineering

Bukhara State Technical University

Hydrotechnical and Geotechnical Engineering

Information

Hydrotechnical and Geotechnical Engineering is one of the important and promising engineering fields related to the efficient use of water resources, the design and construction of hydraulic structures, as well as the study of the engineering properties of soils. This field covers the construction of reservoirs, canals, dams, hydraulic structures and other water management facilities, as well as the study of the interaction between structures and soil and geological conditions.

The Hydrotechnical and Geotechnical Engineering program at Bukhara State Technical University prepares highly qualified specialists in the design, construction and operation of modern hydraulic structures, water flow management, determination of the physical and mechanical properties of soils, and ensuring the strength and stability of structures. The educational program combines theoretical knowledge with laboratory research, engineering calculations, modern design software and practical projects.

What will you study?

• Fundamentals of Hydraulic Engineering — water resources, water flows, operating principles of hydraulic structures and the basics of their design.

• Hydraulics and Hydrology — fluid movement, characteristics of water flows, and the hydrological regime of rivers and water sources.

• Hydraulic Structures — design, construction and operation of dams, canals, reservoirs, spillways and water conveyance structures.

• Fundamentals of Geotechnical Engineering — composition, physical and mechanical properties of soils and their interaction with engineering structures.

• Soil Mechanics — strength, deformation, compaction and behavior of soils under load.

• Foundations and Earth Structures — design of foundations for buildings and hydraulic structures, assessment of soil conditions and ensuring structural stability.

• Hydrogeology — formation and movement of groundwater and its impact on hydraulic structures.

• Safety of Hydraulic Structures — assessment of structural strength and stability, monitoring of technical conditions and reduction of accident risks.

• Engineering Geology — geological structure of territories, properties of soils and rocks, and assessment of engineering-geological conditions for construction.

• Water Resources Management — rational water use, water distribution and improvement of the efficiency of water management systems.

• Digital Design and Modelling — design, modelling and analysis of hydraulic and geotechnical facilities using modern engineering software.

What will the student achieve?

Graduates acquire professional knowledge and practical skills in the design, construction and operation of hydraulic and geotechnical facilities, analysis of water flows and assessment of the engineering properties of soils. They develop competencies in designing structural solutions for hydraulic structures, assessing engineering-geological conditions, and calculating soil strength and stability.

Graduates also acquire practical skills in using modern design and modelling software, monitoring the technical condition of hydraulic structures, efficiently managing water resources and applying modern engineering solutions in construction processes. They become qualified specialists capable of introducing innovative technologies in the water management and construction sectors, conducting research and solving complex engineering problems.

Why this program?

• The curriculum is developed in accordance with modern requirements in hydraulic, geotechnical and water resources engineering.

• Practical classes are conducted in hydraulics, hydraulic engineering and geotechnical laboratories using modern equipment.

• Students receive in-depth practical knowledge in the design, construction and operation of hydraulic structures.

• Students learn to determine the physical and mechanical properties of soils and assess their engineering characteristics.

• Practical skills are developed in calculating the strength, stability and safety of hydraulic structures.

• Students gain modern knowledge of water resource management, water conservation and improvement of water management systems.

• Students learn to perform design, modelling and technical calculations using modern engineering software.

• Opportunities are available for industrial internships at water management organizations, construction companies, design institutes, hydraulic structure operation organizations and research institutions.

• Graduates can work as hydraulic engineers, geotechnical engineers, design engineers, hydraulic specialists, water management specialists, geotechnical specialists, hydraulic structure operation specialists and technical supervision engineers, or continue their education at the master's level.

Learning Methods

The educational process is organized by combining theoretical knowledge with practical experience:

• Lectures and interactive seminars.

• Practical classes in hydraulics, hydraulic engineering and geotechnical laboratories.

• Determination and analysis of hydraulic parameters of water flows.

• Laboratory study of the physical and mechanical properties of soils.

• Design of structural elements of hydraulic structures.

• Modelling of dams, canals, reservoirs and other hydraulic structures.

• Calculation of the strength and stability of foundations and soils.

• Engineering-geological and hydrogeological investigations.

• Analysis of the efficiency of water resource use.

• Design and 3D modelling using modern engineering software.

• Industrial internships in hydraulic engineering and construction organizations.

• Independent research and project-based practical assignments.

Graduates of this program are equipped to use modern hydraulic and geotechnical technologies, design and manage water management facilities, assess soil and geological conditions, ensure the strength and safety of hydraulic structures, and develop engineering solutions aimed at efficient water resource use. They can successfully work in hydraulic engineering, water management, construction, geotechnical engineering, engineering geology, as well as in design and research organizations.