What is the difference between environmental engineering and environmental science What are the job

Environmental engineering is more applied, and environmental science is more theoretical. It's easier to find a job in environmental engineering. If it is a school that does better in environmental engineering, such as Tsinghua University, Zhejiang University, Harbin Institute of Technology, Tongji University, Huda University, etc., it is relatively easy to find a job.

If you want to find a job that is more suitable and has a better unit, it is recommended to study for a master's degree or above. If you want to go to environmental protection companies and research institutes, you need a master's degree, and if you want to go to a university to become a teacher, you need a doctor's degree. Those who are particularly excellent in the undergraduate program can enter the environmental protection company.

If you are lucky, it is possible to go to a remote local environmental protection bureau, otherwise it depends on the relationship.

If you can, don't choose either of these two majors. If you choose 1 out of 2, it's environmental engineering. That science is too theoretical, are you going to the lab? I graduated from environmental engineering, and it was very difficult to find a job, so I barely got a job, and many people had to change careers.

Environmental engineering? If you have a great background in your family, then your prospects are much better... If you don't have a background, get ready to sweep the streets,。。

A man who has been deceived by environmental engineering.

One is engineering, one is science, one is hands-on, and one is brain-based.

I am a year above you in environmental engineering, I wish us good luck.........

Environmental engineering belongs to the engineering discipline, in addition to learning and understanding the theoretical knowledge related to environmental science, it is also necessary to learn to understand the theory of engineering, which should be said to focus on the application and practice of existing mature theories; Environmental science is a science discipline, which is mainly biased towards the study of professional theories, and the focus should be on the research and development of theories. I studied environmental science.

Environmental engineering is the study and engagement of science and technology to prevent and control environmental pollution and improve environmental quality. Environmental engineering is related to ecology in biology, environmental hygiene and environmental medicine in medicine, and environmental physics and environmental chemistry. Since the Environmental Engineering Office is in its infancy, the field of the discipline is still developing, but its core is the treatment of environmental pollution sources.

Environmental science is a discipline that studies the geography, physics, chemistry, and biology of the environment. It provides an integrated, quantitative, and interdisciplinary approach to the study of environmental systems. Since most environmental problems involve human activities, knowledge of economics, law and social sciences can often also be used in environmental science research.

It is a science that studies the interaction between the development activities of human society and the evolution of the environment, and seeks the ways and methods of co-evolution and sustainable development of human society and the environment.

Hello, as far as we know, there are 3 differences between environmental science and engineering and environmental science and environmental engineering:

The main courses of the three are different:

1. The main courses of environmental science and engineering: mechanical drawing, engineering mechanics, environmental protection equipment design, electrical engineering and experiment, instrument analysis, chemical engineering principles, chemical principle experiments, chemical process design, computer application in chemistry and chemical engineering, professional foreign languages, introduction to environmental science;

Environmental System Engineering and Optimization, Environmental Chemistry, Environmental Monitoring, Environmental Quality Assessment, Environmental Noise Control, Solid Waste Treatment Engineering, Air Pollution Control Engineering, Water Pollution Control Engineering, Introduction to Environmental Engineering, Environmental Quality Evaluation, Environmental Monitoring, Environmental Monitoring Experiments, etc.

2. The main courses of environmental science major: ecology, environmental science, environmental chemistry (inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry), environmental biology, environmental monitoring, environmental engineering, environmental quality and evaluation, environmental instrument analysis, water pollution control engineering, air pollution control engineering, solid waste treatment and disposal, environmental management and environmental law, environmental information system, etc.

3. The main courses of environmental engineering: 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.

The training goals of the two and three are different:

1. The training objectives of environmental science and engineering major: to cultivate knowledge of urban and urban water, gas, sound, solid waste pollution prevention and water supply and drainage engineering, pollution control planning and water resources protection, etc., and to be able to be able to work in the first department, planning department, economic management department, and environmental protection department;

Design units, industrial and mining enterprises, scientific research units, schools and other senior engineering and technical personnel in environmental engineering disciplines engaged in planning, design, construction, management, education and research and development.

2. Training objectives of environmental science major: This major cultivates applied talents in environmental science with a solid theoretical foundation in environmental science and strong professional practical skills, innovative thinking ability, international vision, and combination of science and engineering.

3. Training objectives of environmental engineering: 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 and other aspects of urban and modern industrial environmental protection, 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.

Third, the development prospects of the three are different:

1. Development prospects of environmental science and engineering: Graduates can be engaged in environmental science research and engineering design, technology development, environmental quality management and other aspects in environmental protection, chemical industry, metallurgy, energy, transportation, light industry, medicine, agriculture, military industry and other industries, and can also further study for master's degrees in this major or related majors at home and abroad.

The major of environmental science and engineering requires students to master the basic theoretical knowledge of environmental science and engineering, and receive basic training in experimental skills, engineering practice, computer application, scientific research and engineering design methods, etc., and the major of environmental engineering mainly studies how to protect and rationally use natural resources, use scientific means to solve increasingly serious environmental problems, improve environmental quality, and promote environmental protection and social development.

The employment prospects for environmental science majors and environmental engineering majors are good, and both are very employable. In terms of future development, graduates majoring in environmental science can engage in teaching, scientific research, management and applied technology in universities, scientific research institutions, environmental protection and environmental monitoring, urban planning and construction departments, and can also choose to study abroad or adjust to the research direction of environmental engineering at the master's level.

Graduates of the Environmental Engineering degree can work in environmental planning departments, environmental resource consulting companies, or as professionals in companies involved in chemical, manufacturing, engineering, mining, petroleum and other fields.

Environmental Science and Engineering: Graduates can be engaged in environmental science research and engineering design, technology development, environmental quality management and other aspects in environmental protection, chemical industry, metallurgy, energy, transportation, light industry, medicine, agriculture, military industry and other industries, and can also further study for a master's degree in this major or related majors at home and abroad.

Environmental engineering: After graduation, several branches can be engaged in planning, design, management, education, research and development, power plant chemistry and other aspects in the first department, planning department, economic management department, environmental protection department, environmental engineering design unit, industrial and mining enterprises, relevant scientific research units, thermal power plants, etc.

Environmental science and environmental engineering both belong to the category of environmental science and engineering, but the learning content and research direction are different.

The training direction of environmental science major is environmental planning and management and ecological engineering, etc., and the training goal is to engage in management and technical work in the field of environmental science, such as teaching, scientific research, planning and design, monitoring and evaluation, ecological environmental protection and restoration, reconstruction, etc., focusing on environmental quality evaluation and planning management**, and can be awarded a degree in science or engineering after graduation.

Environmental engineering mainly studies how to govern the environment, the main courses are water pollution control engineering, air pollution control engineering, solid waste treatment and disposal, physical pollution control engineering, etc., graduates can be awarded engineering degrees, graduates can be engaged in environmental protection and related fields of teaching, scientific research, engineering design, construction and environmental management.

Environmental science and engineering belongs to engineering, and environmental science and engineering majors mainly solve complex engineering and technical problems related to resources and environment. For example, when a problem arises, we also know the principle, how to turn the principle into technology, turn technology into engineering, and then implement and change. It focuses on solving practical problems.

Environmental science and engineering mainly studies the basic knowledge and skills of the environment and its relationship with human beings, environmental transformation engineering, environmental pollution problems, etc., and carries out environmental engineering construction, environmental quality monitoring and evaluation, environmental pollution prevention and control, etc. For example: the planning and design of environmental projects such as water treatment and solid waste treatment, the monitoring of environmental quality of water quality, air and soil, and the prevention and control of environmental pollution such as noise, heavy metals and dust.

The curriculum system includes "Environmental Toxicology", "Soil Environment", "Water Resources and Water Environment Protection", "Solid Waste Treatment and Disposal", "Mathematical Model of Porous Media Environment", "Functional Microorganisms", "Principles of Environmental Engineering", "Environmental Economics and Management", "Introduction to Green Engineering", and "Water Treatment Engineering".

Employment directions include engineering enterprises: water supply and drainage engineering, water treatment engineering, solid waste treatment engineering; Chemical enterprises: R&D, production and manufacturing of environmental protection products; **, public institutions:

Environmental protection, environmental monitoring, environmental quality assessment, pollutant monitoring, pollution prevention, environmental noise control.

At present, there is a shortage of talents in many environmental protection enterprises, and they are eager to find talents. However, there is still a gap between the professionals they need and the graduates they provide, and the schools cannot fully meet their needs.

There are three types of destinations for environmental engineering graduates: national environmental protection departments and scientific research units at all levels, industrial and mining enterprises that need to solve pollution problems, and environmental protection companies that really eat "environmental protection rice". Judging from the current market demand for environmental engineering students, there are only a few who can really enter the environmental protection department, planning department, and construction management department.

Affected by the personnel system under the long-term planned economic system, there are many obstacles in the personnel establishment and index control of these units. Therefore, combined with the characteristics and positioning of higher vocational education, graduates of higher vocational environmental engineering majors should be mainly oriented to: environmental engineering companies, environmental monitoring departments, industrial and mining enterprises, design units or departments engaged in environmental engineering design, construction management, environmental protection project operation management, environmental monitoring and other basic and technical work.

From the perspective of the situation, students majoring in environmental engineering have certain advantages in environmental protection companies, and these units generally need practical professional and technical personnel who can quickly come in handy in the design, construction, operation and commissioning of environmental protection projects.

1. After graduating from the environmental engineering major, they can be engaged in planning, design, management, education, research and development, power plant chemistry and other aspects in the department, planning department, economic management department, environmental protection department, environmental engineering design unit, industrial and mining enterprises, relevant scientific research units, thermal power plants, etc.

2. The discipline of environmental engineering in China was developed rapidly in the mid-to-late 70s, which was marked by the establishment of Tsinghua University in 1977 on the basis of the original water supply and drainage major, which was the first environmental engineering major in China. This also marks the beginning of the development process of China's environmental engineering major. By the beginning of 2000, more than 140 universities in China had established environmental engineering programs.

The employment direction and employment prospects of environmental engineering are as follows:

First, the direction of employment.

After graduation, they will be able to engage in planning, design, management, education, research and development, power plant chemistry and other aspects in the first department, planning department, economic management department, environmental protection department, environmental engineering department, industrial and mining enterprises, relevant scientific research units, thermal power plants, etc.

Engineering enterprises: water supply and drainage engineering, solid waste treatment engineering; Chemical enterprises: R&D, production and manufacturing of environmental protection products; **, public institutions: environmental planning, resource protection, environmental monitoring, environmental quality assessment, pollutant monitoring, pollution prevention and control.

2. Employment prospects.

This major is still relatively easy to employ, for the talent engaged in related professions is less, and it is more in demand in the market, the supply and demand are unbalanced, the demand is large, and the employment prospects are good.

Because many local or local enterprises have not paid enough attention to environmental protection, their needs are much smaller, and most of the personnel of many county-level environmental protection departments are cobbled together from the original health and epidemic prevention departments or other departments, and they often lack attention to environmental engineering.

These reasons have led to the low demand for graduates majoring in environmental engineering in colleges and universities in China. However, with the deepening of the concept of environmental protection and the strengthening of people's awareness of the environment, there is reason to believe that the demand for environmental engineering students will increase greatly in the next few years.

Introduction to Environmental Engineering

Environmental engineering mainly studies the basic knowledge and skills of the protection and rational utilization of natural resources, the improvement and prevention of environmental pollution, and the improvement of environmental quality.

For example, the planning of water treatment projects such as drinking water filtration and disinfection, the monitoring and analysis of air and water pollutants, and the improvement and prevention of soil pollution and water pollution. Compared with environmental science, it focuses more on aspects such as engineering design and pollution prevention.

The curriculum system is "Engineering Surveying", "Environmental Toxicology", "Soil Pollution Remediation Technology", "Fundamentals of Microbiology", "Environmental Engineering Microorganisms", "Reinforced Concrete Structure Design", "Environmental Protection Machinery and Equipment", "Environmental Engineering Monitoring", "Soil Environment", "Environmental Molecular Biology", etc.

The above content refers to Encyclopedia - Environmental Engineering.

The above content refers to Encyclopedia - Environmental Engineering.