Core courses in Environmental Engineering

Below is the course link for the Environmental Engineering program at Fudan University: http://environment.fudan.edu.cn/jiaoxue/ungraduate.htm

There are many subjects studied in environmental engineering, including: general chemistry, analytical chemistry, physical chemistry, engineering mechanics, surveying, engineering drawing, hydraulics, electrical engineering, engineering fluid dynamics, noise pollution control engineering, environmental engineering microbiology, environmental monitoring, environmental planning and management, environmental impact assessment, water pollution control, solid waste treatment and disposal, air pollution control. The main practical training components include: surveying experiments, engineering drawing, computer applications and hands-on practice, hydraulics experiments, microbiology experiments, environmental monitoring experiments, water treatment experiments, air pollution control experiments, etc

The environmental engineering program has distinct characteristics depending on the university; for example, some universities offer more courses related to chemistry, while others provide only a basic introduction to these subjects. Those who wish to study this field should check out the information available on the relevant programs at various universities. If one intends to work in this field, it’s important to consider the types of tasks that will be involved. In the case of waste management, topics such as basic chemistry, waste treatment, and microbiology are relevant; for engineering-related roles, courses in water supply and drainage, pollution control engineering, and design are important to consider

In addition to what the brother on the 3rd floor mentioned, there should also be environmental hydraulics, an introduction to environmental science, organic chemistry, instrumental analysis, engineering cost estimation, various chemical experiments, structure design, environmental chemistry, environmental planning, environmental ecology, and so on.

Addition: Environmental protection principles and design. Most environmental science programs at institutions that offer degrees in environmental protection fall under the chemistry category, while in some schools they are part of the mechanical engineering department, with an emphasis on environmental protection equipment. It depends on which aspect the original poster is interested in. Water, the atmosphere, solid waste, and so on – it’s suitable for conducting research or running equipment companies. There are countless small companies in the environmental protection sector nowadays. The benefits seem to be okay as well~~~

CAD needs to be mastered as well; otherwise, it’s all in vain~~~~~~~~~~~~~ Hehe, schools didn’t place much emphasis on CAD back then, but it’s very important once you start working

Environmental science is an interdisciplinary field, which means that one has to be familiar with aspects of various related specialties. It is generally divided into environmental chemistry, environmental biology, environmental engineering, and environmental planning; presumably the breakdown varies among different schools, and the courses are not standardized. In any case, there are courses in physics, chemistry, biology, engineering, as well as economics, English, management, **ethics, law, and various experiments, but once you enter the workplace, you hardly use any of what you learned. If you work in engineering, fields such as environmental engineering, water supply and drainage engineering, water pollution control, air pollution control, and engineering drawing are definitely things you need to learn

Noise pollution control engineering, Environmental engineering microbiology, Environmental monitoring, Environmental planning and management, Environmental impact assessment, Water pollution control, Solid waste treatment and disposal, Air pollution control, etc

Basic courses: The four main branches of chemistry – inorganic chemistry, organic chemistry, analytical chemistry (including instrumental analysis), and physical chemistry; the three main branches of mechanics – theoretical mechanics (statics), mechanics of materials, and fluid mechanics. Specialty basic courses: Environmental microbiology and environmental monitoring. Specialty courses: In the field of water resources: water supply engineering, drainage engineering, water supply and drainage pipeline engineering, pumps and pump stations. In the field of atmospheric environment: air pollution and control engineering. For solid waste: treatment and disposal of solid waste. For noise: noise pollution control. In the field of environmental assessment: environmental quality assessment and environmental impact assessment. Civil engineering courses: surveying, concrete structure design, construction techniques, and project management