Is the major of water conservancy and hydropower engineering good

When choosing a major after the college entrance examination, how to choose the major of hydraulic engineering is one of the issues that many students, parents and friends are very concerned about. The following is "Is the major of water conservancy and hydropower engineering good?" compiled by me for your reference only. Welcome to read it.

Is the major of water conservancy and hydropower engineering good? The major of water conservancy and hydropower engineering requires students to have a solid theoretical foundation, a high level of foreign languages and skilled computer application ability, and to cultivate students' comprehensive knowledge and ability of water science and water conservancy engineering technology such as water engineering, water resources, water ecology, water environment, water disaster, water management and water economy. After graduation, I can engage in scientific research work in many aspects, such as high dam and large structure, underground space utilization, urban water conservancy, urban water affairs, port and coastal engineering, and water conservancy project informatization.

China is at the climax of a new round of hydropower development. It can be said that the employment prospects of most graduates majoring in water conservancy and hydropower engineering are still very good! Therefore, graduates majoring in water conservancy engineering are basically in short supply, but graduates majoring in water conservancy, hydropower and electricity are still worried about finding jobs, which is closely related to the working environment and nature of water conservancy, hydropower and electricity.

Generally speaking, water and electricity are in high mountains and valleys, and the working environment is relatively bad. Hydropower projects are far away from cities, and the work is boring. Moreover, as a hydropower builder, holidays are basically not guaranteed, and staying at the construction site for a long time will really be unable to adapt to urban life. Therefore, it is not easy for most graduates majoring in water conservancy and hydropower engineering to find satisfactory and comfortable jobs.

The major of water conservancy and hydropower engineering belongs to the water conservancy category among engineering disciplines, among which there are 5 major of water conservancy, and the major of water conservancy and hydropower engineering ranks 1 in the water conservancy category and 68th in the whole engineering category.

Training objectives and requirements of water conservancy and hydropower engineering specialty

This major trains senior engineering and technical personnel with knowledge of water conservancy and hydropower engineering survey, planning, design, construction, scientific research and management, and can engage in planning, design, construction, scientific research and management in water conservancy and hydropower departments.

Students in this major mainly study the basic theories and knowledge of mathematics, mechanics and building structure necessary for the construction of water conservancy and hydropower projects, so that students can get the necessary basic training in engineering design methods, construction management methods and scientific research methods, and have the basic ability of water conservancy and hydropower project survey, planning, design, construction, scientific research and management.

Further reading: majors with good water conservancy prospects 1. Hydrological automatic forecasting technology specialty.

Training objective: to train advanced technical application-oriented professionals engaged in automatic collection, communication, real-time transmission and processing, software application, hardware maintenance and management of hydrology and hydrological data.

Main courses: hydraulics, surveying, hydrological principle, electronic technology foundation, hydrological test, signal and system analysis, groundwater literature, meteorology, hydrological forecast, telemetry technology foundation, automatic control technology, hydrological forecast automation, computer basic training, electronic technology course design, hydrological test course design, water environmental chemistry course practice, weather meteorology training, hydrological automatic forecast training, graduation comprehensive training, etc. There are also various schools.

2. Water conservancy engineering major

Training objective: to train advanced technical application-oriented professionals engaged in the planning, design, construction and operation management of farmland water conservancy capital construction of small and medium-sized water conservancy projects.

Core courses: hydraulics, engineering hydrology, hydraulic engineering survey, hydraulic reinforced concrete, water conservancy and hydropower planning, hydraulic structures, hydraulic engineering construction, agricultural water conservancy, pumps and pumping stations, hydraulic engineering management, surveying practice, geological practice, irrigation practice, electrician practice, hydrological practice, engineering reinforced concrete, hydraulic engineering, architecture, agricultural water, pumps and pumping stations, etc. And graduation design and internship.

3. Major in water conservancy and hydropower construction engineering

Training objective: to train high-tech applied professionals who master the basic knowledge and technology of water conservancy and hydropower project construction and have the ability of organization and management of small and medium-sized water conservancy and hydropower projects.

Core courses: structural mechanics, hydraulics, hydraulic engineering survey, engineering geology, engineering hydrology, hydraulic reinforced concrete, hydraulic structures, hydropower station buildings, water conservancy and hydropower project construction, water conservancy and hydropower project detection and management, water conservancy and hydropower project cost and bidding, hydraulic engineering survey practice, hydrogeology practice, water conservancy project construction organization practice, graduation practice, reinforced concrete, hydraulic structures, hydropower station buildings, graduation design, etc. , and the main characteristics of each school.

4. Drainage and Irrigation Technology Specialty

Training objectives: This major mainly cultivates the abilities and skills in farmland irrigation and drainage design and technical management, water-saving irrigation management, farmland irrigation channel planning and management, management and operation of small and medium-sized reservoirs, environmental assessment, etc. The construction and management of small-scale agricultural water conservancy projects and safe drinking water projects, as well as the application and popularization of advanced agricultural water conservancy technologies in agricultural production. High-end skilled talents with computer drawing, experimental design and operation.

5. Hydropower Station Equipment and Management Specialty

Training objective: To train high-tech applied talents with strong ability of installation and maintenance of power equipment and general ability of design and construction of hydropower stations.

Main courses: engineering drawing, engineering survey, mechanical design foundation, engineering mechanics, engineering geology and soil mechanics, water energy utilization and hydropower station construction, motor technology, automatic control technology, hydraulic structures, hydraulic turbines, electrical parts of hydropower stations, pumped storage technology, water conservancy and hydropower engineering construction, turbine regulation and auxiliary equipment of units, installation and maintenance of hydraulic units, operation management and fault analysis of units, and computer monitoring technology of hydropower stations.