Environmental science and engineering what?

Question 1: What's the difference between environmental science and environmental engineering in universities? ① Different bachelor's degrees: environmental science is a bachelor of science, and environmental engineering is a bachelor of engineering; (2) The focus of the discipline is different: environmental science is a discipline that studies the physics, chemistry and biology of the environment, and it is also a science that studies the interaction between human social development activities and the law of environmental evolution, and seeks ways and methods for the coordinated evolution and sustainable development of human society and the environment; Environmental engineering is a science and technology to study and engage in the prevention and control of environmental pollution and improve environmental quality; (3) Different disciplines: environmental science mainly studies principles and theories and the relationship between disciplines, while environmental workers mainly study pollution control methods and measures on the basis of learning and mastering basic knowledge; ④ Employment orientation is different: environmental science generally employs people in environmental impact assessment, while environmental engineering focuses on pollution prevention.

I majored in environmental science. Personally, the major of environmental science may be more conducive to the development of girls. After all, environmental engineering will go to the site, and employers will subconsciously favor boys. I wish you a good harvest in your studies and career!

Question 2: What is the major of environmental engineering? What is the employment direction? As a senior majoring in environmental engineering, I will briefly tell you something about environmental engineering in universities and society.

There are quite a few girls in the university environment, and the ratio of male to female in our major is 2 1.

Environmental science is relatively miscellaneous and shallow, which is related to the job content of employment after environmental engineering. The learning environment does not have to be particularly strong in a certain field, but you are required to have as wide a knowledge as possible.

Environment, three directions, water, atmosphere, solid waste, water is the oldest field, solid waste is relatively new, and the atmosphere is growing now.

There are many students taking the postgraduate entrance examination for environmental undergraduate, and most of them are girls.

A large number of people from the environment may go to water plants or sewage plants, power plants or sewage treatment facilities of other factories for operation. This kind of work is boring and there is nothing to learn. It is not recommended.

The most likely thing for girls to learn the environment is to do environmental assessment, which depends on the results. The salary of hard-working people will not be low, but the starting point of environmental assessment is very low, so there are many small companies. It is recommended to go to a bigger EIA company, and the treatment is still good.

Question 3: What is the major of environmental science and engineering? Is it easy to find a job after graduation? difficult

But only by taking the civil service examination can you enter the environmental protection bureau.

Did you study environmental science or environmental engineering?

Maybe you'll divide it when you go in?

Don't study environmental science.

It belongs to science?

Environmental engineering is an engineering course ~

Question 4: What is the major of environmental science and engineering? Environmental science and engineering requires students to master the basic theoretical knowledge of environmental science and engineering, receive basic training in experimental skills, engineering practice, computer application, scientific research and engineering design methods, and have the basic ability to study and evaluate the present situation of environmental quality, innovate environmental protection projects of enterprises, and develop and design new environmental protection products.

Professional knowledge and ability of graduates

1. Master the basic theories and knowledge of mathematics, physics and chemistry; 2. Master the basic theory, knowledge and skills of environmental ecological engineering; 3. Understand the general principles and knowledge of similar majors; 4. Familiar with national policies and regulations on environmental protection and environmental engineering; 5. Understand the theoretical frontier, application prospect and latest development trends of environmental science, as well as the development of environmental protection industry; 6. Master the basic methods of information inquiry, document retrieval and obtaining relevant information by using modern information technology; Have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.

Question 5: What specialized courses should environmental engineering major take? Professional basic courses: inorganic chemistry, analytical chemistry, physical chemistry and organic chemistry.

Specialized courses: environmental chemistry, principles of environmental engineering, introduction to environmental science, design basis of environmental engineering, environmental planning and management, and treatment of three wastes (air, water and solid waste).

The curriculum system of environmental engineering specialty consists of general education, professional education and comprehensive education. Besides studying basic theoretical knowledge such as mathematics, physics, chemistry, foreign languages and computer application, we also study basic theoretical knowledge such as compensation mechanics, engineering drawing, electrotechnics, environmental engineering principles, environmental monitoring and environmental engineering microbiology, with emphasis on water pollution control engineering, air pollution control engineering, solid waste treatment and disposal, and physical contamination control. The main practical teaching links include environmental engineering experimental technology and other experimental courses, water pollution control course design, air pollution control course design, water supply and drainage pipeline system course design, cognitive practice, metalworking practice, measurement practice, production practice, graduation practice and graduation design. This professional exhibition has the concept of sustainable development, can meet the needs of social development in 2 1 century, has a wide range of knowledge, and has compound engineering and technical talents such as water, gas, sound, solid waste pollution prevention, water supply and drainage engineering, environmental planning, resource protection and so on. The major graduates are mainly employed in * * * departments, environmental protection departments, engineering design and construction units, industrial and mining enterprises and scientific research units.

Question 6: What is the definition of environmental engineering? Environmental engineering is a branch of environmental science. Mainly study and apply the principles and methods of engineering technology and related disciplines to protect and rationally utilize natural resources, prevent and control environmental pollution and improve environmental quality. The main contents of environmental engineering include air pollution prevention engineering, water pollution prevention engineering, solid waste treatment and utilization, noise control and so on. Environmental engineering also studies the methods and measures of comprehensive prevention and control of environmental pollution, and uses systematic engineering methods to seek the best solution to environmental problems from the whole region.

Question 7: What majors do environmental science and engineering include? Environmental science (environmental science and engineering) enrolls students according to major categories. Environmental science is a comprehensive science that studies the environmental quality of human existence, the law of the impact of human activities on the environment, and the relationship between resources and social and economic sustainable development. This major is a master's and doctoral degree-granting major approved by the State Council Academic Degrees Committee. There are doctors and masters in environmental science, and there are also four professional directions: environmental pollution and restoration, environmental planning and management, environmental simulation evaluation and prediction, environmental humanities and sociology (including environmental law, economics, public awareness, public health, environment and sustainable development, etc.). ). Recruit 40 undergraduates every year. There are 12 teachers in this major, including 5 professors, 4 doctoral supervisors, 2 associate professors and 6 lecturers. The training goal of this major is: through the mutual infiltration of literature, science, engineering and management, and the training mode that is in line with the global environment and international talent training, the students trained in this major will have the basic theories, knowledge and skills of environmental science, get good basic training in scientific research, have the ability to analyze and solve problems, master the development trends of environmental science at home and abroad, and be familiar with domestic and foreign literature, science and law enforcement mechanisms and their role in macro-decision-making of social and economic sustainable development. Elective courses for students: introduction to environmental science, advanced mathematics, general physics, inorganic chemistry and experiment, analytical chemistry and experiment, organic chemistry and experiment, physical chemistry and experiment, biochemistry and experiment, computer science and foreign languages, environmental ecology, environmental microbiology, environmental geoscience, environmental fluid mechanics, environmental toxicology, environmental economics, environmental law and other basic courses; Environmental chemistry and experiment, environmental detection and experiment, environmental planning, environmental management, air pollution and prevention, environmental impact assessment, coastal pollution and ecology, simulation evaluation and prediction of ecosystem evolution, introduction to ecological restoration of polluted environment, cleaner production and circular economy, environmental engineering and other major professional courses. Employment orientation of graduates: scientific research institutions, universities, planning and design departments, institutions and environmental protection departments, environmental protection institutions of large enterprises, joint ventures, institutions and administrative departments. Engaged in scientific research, teaching, environmental protection, environmental management and policy formulation. The major of environmental engineering was established in 1955, formerly known as the Department of Health Engineering and the major of water supply and drainage engineering of Beiyang University. Environmental Engineering is a doctoral, master's and master's degree awarding unit of environmental engineering and municipal engineering approved by the State Council Academic Degrees Committee. Environmental engineering is divided into two directions: environmental engineering and water supply and drainage engineering. The training goal is to have the concept of sustainable development, knowledge of water, gas, sound and solid waste pollution prevention, water supply and drainage engineering, environmental planning and resource protection, and the ability to design and operate pollution control projects, formulate environmental planning and environmental management, and research and develop new theories, processes and equipment of environmental engineering. Senior engineers and technicians who can engage in planning, design, management, education and research and development in * * * departments, planning departments, economic management departments, environmental protection departments, design units, industrial and mining enterprises, scientific research units and schools. Students majoring in environmental engineering mainly study basic courses such as inorganic chemistry, physical chemistry, engineering mechanics, engineering drawing and electrical technology; Basic courses such as environmental microbiology, environmental monitoring, engineering fluid mechanics and environmental engineering principles, and specialized courses such as water pollution control engineering, air pollution control engineering, environmental assessment and environmental management. There are a group of young and middle-aged teachers who are enthusiastic about environmental education in environmental engineering major, with strong teachers and reasonable age structure. There are 5 professors and 0/2 associate professors/kloc. The Institute of Environmental Science and Engineering of Tianjin University is the main research base of environmental engineering. The main research directions of environmental engineering specialty are: wastewater treatment theory and new technology, micro-pollution source water treatment theory and technology, environment and water supply and drainage engineering system optimization and information management, wastewater reuse technology and water resource utilization, air pollution control theory and technology, solid waste treatment and resource utilization, environmental protection high-tech product development, etc. Environmental engineering also recruits about 20 doctoral students, 40 masters of engineering and 30 masters of engineering every year. The main research directions are water pollution control and sewage treatment, water treatment and sewage recycling, environment and water supply and drainage system optimization, air pollution control, solid waste treatment and recycling technology.

Question 8: What does environmental engineering need to learn? Environmental engineering is a science and technology to study and engage in the prevention and control of environmental pollution and improve 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.

Employment orientation: After graduation, I can work 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.

Question 9: Employment direction of environmental science and engineering The difference between environmental science and environmental engineering can be seen literally. Environmental science focuses on science, that is, there are many theoretical aspects. The main employment direction is environmental monitoring and environmental evaluation. You can take the qualification certificate of environmental assessor. Generally, these jobs may not attract many positions, but if you can generally get employment in these two directions, the employment prospects should be good ~

Environmental engineering, on the other hand, is mainly engineering, with many practical applications, such as sewage treatment and process design. Environmental engineering may recruit more environmental protection companies relatively, but unless you enter a design institute or something, the job pay is not particularly good ~

Or simply go all the way to the end, whether it's environmental science or environmental engineering, and continue your studies until you graduate as a postdoctoral fellow. Choosing a school as a teacher is also a way out.

However, it is a fact that the employment prospects of environmental majors are not very good ~

Question 10: What are the professional categories of environmental science and engineering? Belonging to engineering resources and environmental engineering.