What do you need to learn about environmental engineering, and what do you study in environmental en

Majoring in Environmental Engineering.

Compulsory courses: Graduation** (Design), Water Pollution Control Engineering, Air Pollution Control Engineering, Engineering Drawing, Environmental Planning and Management, Environmental Biochemistry.

Environmental Soil Science, Environmental Microbiology, Solid Waste Treatment and Disposal.

Environmental Impact Assessment, Advanced Mathematics.

Linear algebra, probability theory.

College Physics, Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, College Computer Basics, Physical Pollution Control, Professional English, etc.

Background of the establishment of the environmental engineering major:

The Department of Environmental Engineering trains students with the ability to protect the environment of water, gas, sound and solid waste in urban and modern industry.

The basic knowledge of pollution prevention, environmental planning, resource protection, environmental impact assessment, etc., can be used in environmental protection departments, industrial and mining enterprises, scientific research units, and thermal power plants.

and other senior application-oriented talents engaged in planning, design, management and research and development.

There are four main courses in environmental engineering: air pollution control engineering, water pollution control engineering, noise pollution control engineering, and solid waste control engineering.

The basic courses of environmental engineering mainly learn the basic theories and basic knowledge of general chemistry, engineering mechanics, surveying, engineering drawing, microbiology, hydraulics, electrical engineering, environmental monitoring, and environmental engineering, and receive basic training in foreign languages, computer technology and drawing, pollutant monitoring and analysis, engineering design, management and planning, and have the basic ability of scientific research, engineering design and management planning in the field of environmental science and technology and water supply and drainage engineering.

The main practical teaching links: surveying practice, engineering drawing, computer application and computer practice, hydraulic experiment, microbial experiment, environmental monitoring experiment, water treatment experiment, air pollution control experiment, etc., are generally arranged for about 40 weeks.

Environmental engineering is an interdisciplinary discipline involving civil engineering, chemistry, physics and other related knowledge Specific basic courses include engineering mechanics, surveying, physical chemistry, analytical chemistry, organic chemistry, inorganic chemistry, etc.;

The professional courses include water pollution control engineering, air pollution control engineering, solid waste pollution control engineering, physical pollution control engineering, environmental impact assessment, environmental engineering microbiology, environmental monitoring, industrial wastewater treatment, chemical engineering principles, environmental law, instrumental analysis, environmental protection machinery and equipment, etc.

Employment direction: 1 is to engage in wastewater, air pollution and other pollution factors monitoring and analysis: like environmental monitoring station 2 is to engage in engineering design, into environmental protection companies, contact with various environmental protection projects, do plans, 3 is to do environmental impact assessment (this is currently making money), 4 is the operation and supervision of sewage equipment, companies with sewage treatment stations can go, 5 is to engage in environmental analysis (scientific research) 6 is the development, installation, and maintenance of environmental protection equipment.

Environmental engineering is the study and engagement of science and technology in the prevention and control of environmental pollution and the improvement of environmental quality, and its core is the treatment of environmental pollution sources.

Main courses: Water Pollution Control Engineering, Air Pollution Control Engineering, Environmental Noise Control Engineering, Environmental Impact Assessment, Environmental Engineering Microbiology, Environmental Monitoring, Solid Waste Treatment Technology, Power Plant Water Treatment Technology, Power Plant Desulfurization and Dust Removal Technology, etc.

Career direction: After graduation, you can be engaged in planning, design, management, education, research and development, power plant chemistry and other aspects in ** departments, planning departments, economic management departments, environmental protection departments, environmental engineering design units, industrial and mining enterprises, relevant scientific research units, thermal power plants, etc.

Master the basic theories and basic knowledge of chemistry, fluid mechanics, engineering drawing, environmental microbiology, environmental ecology, environmental monitoring, environmental engineering and other disciplines, receive basic training in foreign languages, computer technology and drawing, pollutant monitoring and analysis, engineering design management and planning, and have the basic ability of scientific research, engineering design and management planning in the field of environmental science and technology and municipal engineering.

If you look at the syllabus of a school, the only places of employment are environmental monitoring stations and environmental protection companies, and in general, the employment area is narrow.

Environmental engineering technology: water pollution control, air pollution control, solid waste treatment and disposal, physical pollution control, environmental engineering construction management, environmental protection equipment manufacturing, installation and commissioning, environmental supervision, etc.

This major cultivates all-round development of morality, intellect, physique and aesthetics, has good professional ethics and humanistic qualities, masters the basic knowledge of environmental engineering process design, construction management, equipment installation, process commissioning, operation and management of environmental protection facilities, and environmental engineering supervision, and has the ability of environmental monitoring, environmental impact assessment and environmental management.

Direction of employment

You can be employed in environmental protection industry and related industries such as environmental protection bureaus, environmental protection research institutes (institutes), urban public utilities departments, environmental protection design institutes (institutes), environmental engineering companies, factories and mining enterprises, Huiyinhe solid waste treatment and recycling, and other environmental protection industries and related industries.

Engaged in environmental management, planning, monitoring, environmental engineering design, transportation and fighting, construction and management of construction projects, operation and management of environmental protection facilities in factories and mines, and other environmental engineering technology and related work.

Environmental engineering is an interdisciplinary discipline, which mainly studies the protection and rational utilization of natural resources, the improvement and prevention of environmental pollution, the improvement of environmental quality, the construction of environmental engineering, environmental monitoring, pollution prevention and control, etc., such as the planning of water treatment projects such as filtration and disinfection of drinking water, the monitoring and analysis of air and water pollutants, and the improvement and prevention of soil pollution and water pollution.

The employment prospects are as follows:

The Environmental Engineering major focuses on engineering design and pollution prevention.

The curriculum consists of theoretical courses and practical courses. Theoretical courses include general education courses, subject foundation courses, and professional courses. Practical courses include experiments, course design, practical training, internships, graduation projects, and other practical activities.

The main courses include "Organic Chemistry", "Analytical Chemistry", "Physical Chemistry", "Inorganic Chemistry", "Environmental Monitoring", "Environmental Engineering Microbiology", "Environmental Chemistry", "Principles of Environmental Engineering", "Water Pollution Control Engineering", "Air Pollution Control Engineering", "Solid Waste Treatment and Disposal", "Fundamentals of Environmental Engineering Design", "Engineering Mechanics" and various practical courses.

Environmental Engineering Major Compulsory Courses:

Graduation** (Design), Water Pollution Control Engineering, Air Pollution Control Engineering, Engineering Drawing, Environmental Planning and Management, Environmental Biochemistry, Environmental Soil Science, Environmental Microbiology, Solid Waste Treatment and Disposal.

Environmental Impact Assessment, Advanced Mathematics, Linear Algebra, Probability Theory, College Physics, Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, College Computer Basics, Physical Pollution Control, Professional English, etc.

Background of the establishment of the environmental engineering major:

The environmental engineering major cultivates senior application-oriented talents who have the basic knowledge of water, gas, sound, solid waste pollution prevention and control, environmental planning, resource protection, environmental impact assessment, etc., and can be engaged in planning, design, management and research and development in environmental protection departments, industrial and mining enterprises, scientific research units, thermal power plants, etc.

Environmental engineering focuses on learning how to protect and improve environmental quality, including pollution control, waste disposal, water management, environmental monitoring, etc.

1.Professional Overview

Environmental engineering is an interdisciplinary discipline that covers knowledge in many fields such as environmental science, civil engineering, and chemical engineering. The main goal is to solve environmental problems through scientific and engineering means, protect the ecological environment and promote sustainable development.

2.Pollution control and remediation

Pollution control and remediation is one of the important contents of environmental engineering. Students will learn about the generation mechanism and emission characteristics of different types of pollution sources, and master the monitoring and treatment techniques of common pollutants. At the same time, they also need to understand environmental regulations and policies, and design reasonable pollution control plans.

3.Waste Management & Resources**

Waste disposal is one of the key issues in environmental engineering. Students will learn the characteristics and treatment methods of different types of waste, and master the technology and equipment of waste treatment such as solid waste, waste water, and waste gas. In addition, resources** are also at the heart of environmental engineering, and students will learn how to turn waste into reusable resources.

4.Water resources management and protection

Water resources management is one of the important directions in the field of environmental engineering. Students will learn about the formation and distribution of water resources, understand the development and utilization technology of water resources, and learn the methods of water environmental protection and water pollution control. They need skills such as water assessment, water quality monitoring, and water resource planning.

5.Environmental monitoring and assessment

Environmental monitoring and assessment is an indispensable part of environmental engineering. Students will learn the basic principles and methods of environmental monitoring, including the monitoring and analysis of environmental elements such as atmosphere, water, and soil. In addition, they will also need to learn the methods of environmental impact assessment to assess the environmental impact and sustainability of engineering projects.

Summary: Environmental engineering is a comprehensive discipline, involving knowledge and skills in pollution control, waste treatment, water resource management, environmental monitoring and other aspects. By studying environmental engineering, students can master scientific and engineering methods to solve environmental problems, and contribute to the protection of the environment and the promotion of sustainable development.

1. Definition and origin of environmental engineering.

Environmental engineering is a comprehensive discipline involving multiple disciplines such as natural sciences, engineering technology and management, aiming to protect and improve the quality of the human living environment. Its origins can be traced back to the early 20th century, when the environmental problems brought about by the Industrial Revolution came to the fore. In the 1930s, agencies such as the National Environmental Protection Agency (EPA) began to be implemented in the United States, marking the formal establishment of environmental engineering as an independent field of study.

Second, the main areas of environmental engineering.

1.Air pollution control: study how to reduce the impact of pollutants such as industrial emissions and traffic exhaust on the atmosphere, and reduce air pollution levels by rotating infiltration. For example, the development of new clean energy technologies, the establishment of stricter emission standards, etc.

2.Water pollution Huaitong hail control: pay attention to the development and utilization of water resources and protection, and prevent water pollution caused by sewage discharge. This includes the treatment of industrial wastewater, agricultural pollution, urban drainage and other issues.

3.Soil remediation and pollution prevention: research on how to remediate contaminated soil and make it productive again; At the same time, the first way to prevent and control soil pollution to reduce the impact on human health and the ecological environment.

4.Noise and vibration control: focus on the impact of noise pollution on human health and social life, and study how to reduce noise levels and improve people's quality of life.

5.Solid Waste Treatment and Management: How to properly dispose of solid waste and reduce its harm to the environment and human beings. This includes a variety of methods such as garbage sorting, utilization, incineration and power generation.

3. The role of environmental engineering in solving environmental challenges.

With global climate change, environmental pollution, and resource depletion on an increasingly serious footing, environmental engineering plays a key role in shaping a better future. Here are some specific examples:

1.Development of renewable energy: through the application of environmental engineering technologies.

The main courses of environmental engineering major: graduation** (design), water pollution control engineering, air pollution control engineering, engineering drawing, environmental planning and management, environmental biochemistry, environmental soil science, environmental microbiology, solid waste treatment and disposal. What are the prospects for the environmental engineering major.

Environmental engineering is a highly applied major, after graduation, students can be engaged in environmental management at all levels of environmental departments, can also be engaged in the research and development of environmental products and technologies in large enterprises and companies, and can also be engaged in scientific research, design and teaching in research institutes and universities, or further study. With the concept of environmental protection'In depth, people's environmental awareness has been continuously strengthened, and the employment prospects of graduates of this major are relatively broad.

Is environmental engineering a good job to be employed.

Regarding the question of whether the environmental engineering major is good or not employed, I can only say that from the perspective of the general direction of the major, the environmental engineering major is being infiltrated in the development of bright slag, and many regional or local enterprises do not pay enough attention to environmental protection. Therefore, for environmental protection students, it is better to choose a big city or a large enterprise for employment.

Some small cities or local enterprises lack awareness of environmental protection, which also leads to a much smaller demand for employment. As a result, in some third-tier cities, it can be difficult for environmental engineering students to find employment. However, with the promotion of the concept of environmental protection, it is believed that the employment situation of environmental engineering students will improve a lot in the next few years.