Choosing a school for studying abroad is a very important thing. Every student who is going to study abroad wants to choose his ideal institution. There are many excellent institutions abroad, and many students don't know which one to choose. But our domestic students all know about domestic universities. There are many universities in China, and each university has its own advantages and disadvantages. Tsinghua University is one of the most famous universities in China, and Tsinghua University is the top in China in terms of teaching strength and educational resources. So, what is Tsinghua University equivalent to in the United States? What is the area of Tsinghua University? Today, I will take you to learn more. 1. What university is Tsinghua University equivalent to in the United States? For undergraduates, Tsinghua can compete with top universities in the United States, including the Ivy League. The basic education of undergraduate science and engineering, including advanced mathematics, physics, computer and other courses, can also be comparable to top universities in the United States. In terms of scientific research, Tsinghua can be compared with famous American cattle schools (such as MIT, Stanford, Cornell, Berkeley, CMU, Michigan, Columbia University, etc.). ) In some engineering fields. One is the lack of international reputation and fame. Tsinghua is inferior to those top schools in the United States. After all, people have great advantages in teaching English, and the influence of alumni is even greater internationally. The second is some soft power, such as students' all-round development, critical thinking, creative thinking, leadership and social activities. Generally speaking, in some engineering fields, Tsinghua can rank among the top ten in the United States. Generally speaking, there is no problem for Tsinghua to enter the top 60 schools in the United States. This is already very good, such as Washington, Austin, Utah, Pennsylvania and other state universities with high comprehensive level. 2. What is the area of Tsinghua University? Tsinghua University (hereinafter referred to as "Tsinghua"), located in Haidian District, Beijing, is a national key university directly under the Ministry of Education of People's Republic of China (PRC), and ranks among the national "Double First-class", "985 Project" and "2 1 1 Project". The nine schools' alliance (C9), Song Lian League, China University Presidents Association, Asian University Alliance and Huanhuan were selected for "20 1 1 plan", "Everest Plan", "Strong Foundation Plan" and "11plan". Tsinghua University's school spirit is naturally one of the best in the country, which seems not difficult to understand, because Tsinghua University's admission score is very high, and the students of this school are scholars from all over the country. When this group of excellent people get together, it is natural to talk more about the learning environment and learning atmosphere. And Tsinghua University's graduation requirements are very strict. Although they are all masters, there are still many students who fail to meet the graduation requirements smoothly. As of February 20021and February 65438+,Tsinghua University has a campus area of 462.74 hectares and a building area of 3,026,700 square meters. There are 2/kloc-0 colleges, 59 teaching departments and 87 undergraduate majors. There are 50 post-doctoral research stations, 22 national key disciplines of first-class disciplines, and 62 doctoral and master's authorization points of first-class disciplines; Faculty 16057, with 57325 students. Three. Tsinghua University Departments Introduction The departments in Tsinghua University are: department of engineering physics, Department of Chemical Engineering, Department of Astronomy, School of Architecture, School of Civil and Hydraulic Engineering, School of Environment, School of Mechanical Engineering, School of Aeronautics and Astronautics, Department of Electrical Engineering and Applied Electronic Technology, School of Information Science and Technology, Institute of Interdisciplinary Information, department of engineering physics, School of Materials, School of Science, School of Life, School of Public Administration, etc. Four. Introduction of National Specialty in Tsinghua University 1. Computer Software (with five major directions) Software engineering is a discipline that studies the construction and maintenance of effective, practical and high-quality software by engineering methods. It involves programming languages, databases, software development tools, system platforms, standards, design patterns and so on. In modern society, software is used in many aspects. Typical software includes e-mail, embedded system, man-machine interface, office suite, operating system, compiler, database, games and so on. At the same time, almost all industries have computer software applications, such as industry, agriculture, banking, aviation, government departments and so on. These applications promote economic and social development, and also improve work efficiency and life efficiency. Training objectives This major mainly studies software engineering methods, software system development, system analysis and design, software development management, software testing, software quality assurance and other knowledge, and needs a series of related professional knowledge such as software requirements analysis, development, project management and software testing. Employment orientation: After graduation, students majoring in this major can engage in office automation processing, computer installation and maintenance, webpage production, maintenance and development of computer networks and professional servers, development and management of dynamic business websites, software testing and development, and commodity trade of computer-related equipment. In addition to being admitted to famous universities at home and abroad, the main graduation destinations are computer software professional companies, information consulting companies, and other wholly-owned and joint ventures such as finance. This major is suitable for entrance examination. 2. Training objectives of water conservancy and hydropower engineering major: this major cultivates knowledge of survey, planning, design, construction, scientific research and management of water conservancy and hydropower engineering, which can meet the needs of social and economic development, has a solid foundation, wide knowledge, strong ability, high quality, innovative spirit and ability, international vision and communication skills, and can engage in survey, planning, design and construction of water conservancy, hydropower, civil engineering, transportation and other industries. Training requirements: Students in this major mainly study the basic theory and knowledge of water conservancy and hydropower engineering, receive the training of basic skills in planning, design, construction and management of water conservancy and hydropower engineering, and have the basic ability in survey, planning, design, construction and management of water conservancy and hydropower engineering. 3. Chemistry majors cultivate high-quality comprehensive innovative talents with profound humanistic background, solid basic knowledge and theory of chemistry and broad international horizons. I can not only engage in scientific research, technology development, teaching and management in related fields, but also have the foundation and development potential for further study. 4. Training objectives of automation major: This major develops knowledge, ability and quality in an all-round way, grasps basic theories, basic knowledge and professional skills in the field of automation, and can engage in engineering design, technology development, system operation management and maintenance in industrial enterprises, scientific research institutes and other departments related to motion control, manufacturing system automation, automatic instruments and equipment, robot control, intelligent monitoring system, intelligent transportation, intelligent building and Internet of Things. Training requirements: Students in this major mainly study basic theories and knowledge in the field of automation, accept basic methods in the field of automation and basic training in solving practical engineering problems, and have the basic ability of automation engineering design and research. 5. Mechanical engineering and its automation mechanical engineering is an applied discipline that studies and solves all theoretical and practical problems in the development, design, manufacture, installation, operation and repair of various machinery based on relevant natural and technical sciences and combined with technical experience in production practice. Training objectives Students in this major mainly study the basic theory of mechanical design, manufacturing, electrical and electronic technology, computer technology, information processing technology and its automation. Basically, they are all trained by modern mechanical engineers, and have the basic ability to engage in the design, manufacture and system technical analysis of machinery and electromechanical products, production organization management and equipment control. Employment orientation: After graduation, students majoring in this major can engage in mechanical product design and development, processing and manufacturing, tooling and mold design, production process management, numerical control technology application, industrial automation production maintenance management, computer software application, product marketing and other aspects of work, and can also engage in teaching and research work in institutions of higher learning and scientific research departments. This major is suitable for entrance examination. 6. Energy Power System and Automatic Energy and Power Engineering are committed to the utilization of traditional energy and the development of new energy, as well as how to use energy more efficiently. Energy includes not only traditional energy sources such as water, coal and oil, but also new energy sources such as nuclear energy, wind energy and bioenergy, as well as hydrogen energy that will be widely used in the future. Power includes internal combustion engine, boiler, aero-engine, refrigeration and related test technology. 20 12 The Ministry of Education adjusted thermal energy and power engineering to energy and power engineering in the new edition of undergraduate specialty catalogue of ordinary colleges and universities. Considering the professional development of students, the major of thermal energy and power engineering is divided into the following four professional directions: engineering thermophysical process and its automatic control, power machinery and its automation, fluid machinery and its automatic control, thermal energy engineering and its automation in power plants. Training objectives Students in this major mainly study the basic theories of power engineering and engineering thermophysics, and learn various theories and technologies of energy conversion and effective utilization. They are trained by modern power engineers and have the basic ability to design, operate and conduct experimental research on power machinery and thermal equipment. Employment orientation: Graduates of this major can engage in research and design, product development, manufacturing, testing, management and teaching of thermal energy engineering, power engineering and refrigeration engineering in large enterprises, related companies and related scientific research institutes, design institutes, universities and management departments. The main employment direction is power plant, internal combustion engine factory, automobile factory, logistics control, boiler factory, large machinery factory, shipyard, air conditioning factory, refrigeration equipment factory, HVAC engineering, etc. This major is suitable for entrance examination. 7. Architecture is a comprehensive discipline, involving science, engineering, literature and art, with the characteristics of combining science with art and combining science with engineering with humanities. Based in China and facing the world, this major aims to cultivate high-quality architectural talents who can meet the needs of national construction, understand the frontier of disciplines, have international competitiveness and have the potential to become professionals. 8. Chemical Engineering and Industrial Bioengineering The major of chemical engineering and industrial bioengineering aims to train students with solid basic knowledge of mathematics, physics, chemistry and biology; Master the theory and method of chemical products, equipment and process design and system integration, as well as the ability to find, analyze and creatively solve complex engineering problems; Have a healthy body and mind and abide by engineering ethics; Actively face the major needs of science and technology, economy and society, and give play to the leading role of industry, academia and management. 9. Mathematics and Applied Mathematics Through the strict training of basic courses, the deepening and improvement of specialized courses, practical links and scientific research training, students can understand the characteristics of mathematics development and master the basic knowledge needed for learning modern mathematics, thus laying a solid foundation for their future development. Cultivate young talents with strong mathematical theory research or practical application ability, especially young students with good mathematical foundation, strong innovative consciousness and ability, excellent comprehensive quality and potential to become leading talents. 10. The characteristic of project management is to pay equal attention to technology and management. Committed to cultivating "research-oriented, management-oriented, innovative and international" construction industry leaders and reserve command talents with international vision and competitiveness, solid knowledge and skills in engineering, economy, management and law, proficiency in foreign languages and computer applications, certain engineering practice experience, good at solving practical engineering problems and efficiently managing engineering projects, and excellent leadership and team spirit. The above is an introduction about what universities Tsinghua University is equivalent to in the United States and the region where Tsinghua University is located, so as to facilitate students to prepare for admission and enter the ideal university. If you still have questions about universities and majors, you can always pay attention to our official website and get the latest information.