1. What is the development direction of hydrology and water resources specialty?
This major has a good development prospect. After graduation, you can get employment in the related fields of land and resources, water conservancy, water resources, urban construction, environmental protection, transportation and other departments, and engage in scientific research, teaching, management, design and production.
Graduates majoring in hydrology and water resources engineering can engage in surveying, planning and design, forecasting, management, technical and economic analysis, teaching and basic theoretical research of hydrology, water resources and environmental protection. Graduates can hold positions such as hydrogeologic engineers.
2. What is the employment prospect of hydrology and water resources specialty?
This major has a good development prospect. After graduation, you can get employment in the related fields of land and resources, water conservancy, water resources, urban construction, environmental protection, transportation and other departments, and engage in scientific research, teaching, management, design and production.
Introduction and main courses of hydrology and water resources engineering
1, professional introduction
Cultivate engineering and technical personnel with basic theories and professional knowledge of hydrology, water resources and water environment, who can engage in hydrology, survey, planning and design, construction, forecasting, management and basic theoretical research in water resources planning and management, optimal allocation and efficient utilization of water resources, hydrological forecasting, water resources development and protection, water environment protection and other departments.
Students mainly study the basic theory and knowledge of hydrology, the collection and processing of water resources and environmental information, the prediction and prevention of floods and droughts, water resources planning, water environmental protection, water conservancy project planning and design, water conservancy project operation and management, and water administration management.
Basic training in engineering drawing, operation, experiment and testing. Have the basic ability to analyze and solve practical problems, conduct scientific research, and organize and manage by using their major.
2. Main course:
Main courses of hydrology and water resources engineering: water resources science, hydrology principle, hydraulics, physical geography, hydrological forecast, hydrological and hydraulic calculation, water environmental chemistry, water environment monitoring and evaluation, water resources planning and management. ?