Environmental engineering:
1, water resources management.
Study and treat water pollution, design water supply and drainage system, and rationally develop and utilize water resources.
2. Air pollution control.
Study and deal with air pollution problems, design and implement emission reduction measures to improve air quality.
3. Solid waste management.
Study and deal with waste treatment, recycling and hazardous waste management.
Employment situation of environmental engineering:
1. Diversification of employment fields.
Graduates majoring in environmental engineering can be employed in government departments, environmental protection agencies, scientific research institutes, environmental consulting companies, engineering companies, energy companies and other fields. They can engage in environmental planning, environmental monitoring, environmental assessment, wastewater treatment, atmospheric control, soil remediation, environmental management and other related work.
2. The needs of the government and the public.
The government pays more and more attention to environmental protection, and the demand for environmental engineering professionals by the government and public departments is relatively stable. They undertake the task of formulating environmental policies, regulations and standards, and are responsible for supervising and managing environmental protection.
3. The needs of private enterprises.
With the enhancement of environmental awareness, enterprises pay more and more attention to environmental sustainable development and environmental responsibility, and the demand for environmental engineers is gradually increasing. Many enterprises need environmental engineers to participate in environmental impact assessment, the establishment of environmental management system and the research and development of environmental governance technology.
Matters needing attention in learning environmental engineering:
1, and establish a solid basic knowledge.
Environmental engineering involves many disciplines, including engineering, chemistry, biology, earth science and so on. Before studying environmental engineering, establish a good foundation of science and mathematics, and have a certain understanding of the basic principles of engineering and environmental science.
2. Diversified interdisciplinary knowledge.
Environmental engineering needs to master the knowledge of many subjects, such as water quality, air quality, soil science, environmental chemistry and so on. Understanding the correlation between these disciplines is helpful to form a comprehensive environmental engineering thinking.
3. Internship and internship opportunities.
Learning environmental engineering, in addition to classroom learning, it is very important to find opportunities for practice and internship. Participate in practical projects and laboratory research, personally experience the practical application and operation of environmental engineering, and accumulate practical work experience.