How about environmental engineering majors in American universities

It's not particularly good, you can check the professional rankings, and the top 20 schools in the general major rankings are good, but American universities are not.

If you want to know what universities you can apply to with your GPA, IELTS, TOEFL, GMAT, GRE and other scores, you can enter your own information into the study abroad volunteer reference system, and the system will automatically match the cases of students who are similar to you from the database, and see which universities and majors they have successfully applied for, so that you can see what level of colleges and majors you can apply for at your current level, and accurately position yourself. The location address can be obtained from the public *public* account [Study Abroad Volunteer Reference System], or you can click it directly.

For students who don't know or are not sure which colleges and universities they can apply for, you can input your GPA, language scores, majors and other information into this study abroad volunteer reference system, and the system will automatically match the cases of students who are similar to you from the database, and see which colleges and majors they have successfully applied for, so that you can see what level of colleges and majors you can apply for at your current level, and accurately position yourself.

Environmental engineering majors in the United States are generally set up under the School of Engineering, and some schools have separate environmental engineering majors, such as Yale University; Some schools are located with civil engineering and are called civil and environmental engineering departments, such as Princeton University; Some are set up with earth resources majors called earth and environmental engineering, such as Columbia University. We take these three schools as examples to analyze the subdivision direction and professional introduction of the Ring Raid Project.

Yale University: Yale's research and teaching program focuses on the basic understanding of chemistry and physics, as well as the underlying environmental engineering and scientific problems of biological processes.

Its main research areas are: physical and chemical processes for water quality control, water and environmental chemistry, evaluation of non-hazardous alternative chemicals and materials, environmental engineering microbiology, greening engineering and product design, environmental nanotechnology, membrane treatment desalination and water reuse, biological processes for water and energy production, aerosol science and technology, toxic waste, industrial ecology, water and sanitation in developing countries, and the linkages between public health, engineering and sustainable development.

Princeton University:

The School of Civil and Environmental Engineering at Princeton University has subdivisions in Mechanics, Materials and Structures, Environmental Engineering, and Water Resources.

Columbia University:

Columbia University's geo-environmental engineering direction has renewable energy, water resources and climate hazards, environmental health engineering, and sustainable waste management. Ph.D. is offered by the College of Engineering, while Ph.D. is offered by the College of Science.

Environmental science and environmental engineering majors are easily confused, especially for students studying abroad, choosing a good major is especially important, so what are the differences between these two majors? The following is "What are the differences between studying environmental science and environmental engineering in the United States" compiled by me for your reference only, and you are welcome to read this article.

Overview of Environmental Science and Environmental Engineering

Environmental Science

Introduction to the profession. It is a science major, and you must have professional knowledge of physics, chemistry, and biology to study this major. This major involves outdoor work such as sampling, which is suitable for students who like outdoor sports, like to explore unknown areas, and one thing, physical strength should also be good.

Course Overview: Environmental science requires the study of the physics of the natural environment and the processes of biological change, the scientific method of solving environmental problems, and finally how to apply this method to practice.

Because of the outdoor work involved in sampling, many people misunderstand environmental science majors as those that travel in the mountains and rivers. In fact, the pain and joy of going out to investigate are best known to students who study this major.

Suitable for people: ES is very suitable for outdoor sports, students who like to explore unknown areas, and have good physical strength.

Employment direction is only potatoes:

After graduation, students can work as scientific researchers, university professors, high school teachers, functional personnel, regulatory experts and other related jobs.

Environmental engeering

Introduction to the profession. From environmental engineering properly is an engineering major. This major is mainly responsible for solving environmental sanitation problems in daily life, such as garbage recycling system, drainage system and so on.

It can be divided into five parts: genetic engineering, cell engineering, microbial engineering, enzyme engineering, and bioreactor engineering. The course covers the molecular principles of biomaterials, cell matrix mechanics, bionetwork analysis, design and application of medical devices, etc.

Background Requirements: Must have a solid foundation in mathematics and chemistry.

Direction of employment. After graduating, students who study environmental engineering can work as drainage engineers, environmental engineers, etc.

Environmental science differs from environmental engineering

1. Bachelor's degree is different: Bachelor of Science in Environmental Science and Bachelor of Engineering in Environmental Engineering;

2. Different discipline focuses: Environmental science is a discipline that studies the three parts of the environment: physics, chemistry and biology, and is also a science that studies the interaction between the development activities of human society and the law of environmental evolution, and seeks ways and methods for the co-evolution and sustainable development of human society and the environment. Environmental engineering is the study and engagement of science and technology to prevent and control environmental pollution and improve environmental quality;

3. Different discipline composition: Environmental science is mainly based on principles and theories, as well as the interrelationship between factors of various disciplines, while environmental engineering is mainly based on the study and mastery of basic knowledge and the study of pollution control methods and measures;

4. Different employment directions: The majority of environmental science is generally engaged in environmental impact assessment, while environmental engineering is mainly engaged in pollution prevention and control.