Professional basic courses include chemical principle experiment, engineering drawing, introduction to earth science, physical chemistry, probability theory and mathematical statistics, introduction to environmental science, environmental engineering principle, transmission principle and ordinary differential equation B.
Professional core curriculum
Environmental chemistry, environmental microbiology, water treatment engineering, environmental science and engineering experiments, solid waste treatment and recycling, air pollution and prevention, environmental monitoring, environmental monitoring experiments (environmental science and engineering)
Environmental chemistry, hydraulics, basic experiments of hydraulics, meteorology and climatology, principles and applications of hydrology, GIS and remote sensing applications, introduction to ecology, groundwater hydrology, water resources evaluation and management, soil physics (hydrology and water resources)
Graduation ending
Scientific and technological innovation projects, cognitive practice, innovative science and technology courses, graduation thesis (environmental science and engineering)
Introduction to earth science practice, hydrology and water resources practice, innovative design course, graduation thesis (hydrology and water resources)