How Do I Get Started in Electrical Engineering Technology?

Electrical Engineering (EE) is one of the core disciplines in the field of modern science and technology, and it is also an indispensable key discipline in today's high-tech field. For example, it is the tremendous progress of electronic technology that has promoted the arrival of the information age based on computer networks and will change the way of life and work of humans.

Electrical Engineering

In a sense, the development level of electrical engineering represents the level of scientific and technological progress of the country. Because of this, the education and research of electrical engineering has always occupied a very important position in universities in developed countries.

In the name of institutions of electrical engineering in American universities, some schools are called electrical engineering department, some are called electrical engineering and information science department, some are called electrical engineering and computer science department, and so on. This discipline (department) is quite different from domestic electrical engineering disciplines in terms of scientific research, teaching, and academic organization. Understanding the status of foreign disciplines and the direction of teaching and research plays a very important role in adjusting the direction of our disciplines and improving the level of teaching and research.

Traditional electrical engineering is defined as the

The integration of computer networks and communication systems, as well as related supporting technologies for sensing, processing, storing and displaying various information. Information technology has a particularly dominant influence on the development of electrical engineering. The continued exponential growth of information technology depends to a large extent on the continuous technological innovation of many subject areas in electrical engineering. In turn, the advancement of information technology provides a newer and more advanced tool basis for technological innovation in the field of electrical engineering.

Electric power is an important material foundation for the development of production and improvement of human living standards. The application of electric power is continuously deepening and developing. Electrical automation is an important symbol of the modernization of the national economy and people's lives. As far as the current international level is concerned, the demand for electricity will continue to grow for quite a long time to come.

Electrical automation is used in industrial control systems. For example, how can a piece of equipment run to ensure that it can produce qualified products? Modern industry is not entirely manual, operated by humans, but is made by machines. When the machine is started, it will run by itself The reason why the machine can run automatically is electrical automation. The so-called electrical automation is the use of

Circuit principle,

Graduates of this major can engage in teaching, scientific research, engineering design, scientific and technological development, management, and economic and trade work in electrical engineering and its automation in institutions of higher learning, scientific research institutes, companies, enterprises and institutions.

Cultivate the ability to engage in system operation, automatic control,

The fields of teaching and scientific research in the majors of electrical engineering in major U.S. universities are briefly summarized in 11 directions: they are communication and networking, computer science and engineering, signal processing, system control, electronics and integrated circuits, photonics and optics, power, and electromagnetics. , Microstructure, Materials and Devices,

To meet the required indicators of electronic equipment, the first thing is to provide a stable and superior power supply. In some systems with higher professional requirements, the power supply requirements are higher. It can be said that the development and innovation of power supply technology will directly promote the development of electrical appliances and power technology. Power supply technology plays a pivotal role in the development of electrical technology. The most convenient and economical source of electrical energy is AC power drawn from the power grid. However, electronic circuits often require DC power to convert AC power to DC power. For less demanding electronic products, they can be used directly. However, the output voltage of a simple DC power supply is unstable, and the power supply voltage changes with changes in the grid voltage or load, which will inevitably affect the performance of the electronic circuit. Although the rectified DC voltage is filtered, the AC component is still relatively low. Big. Therefore, in demanding electronic products, it is necessary to use

The main factors that will have the greatest impact on the development of electrical engineering in the next few years include:

Decisive influence

Information technology is broadly defined as including computers, worldwide high-speed broadband

Widening of intersections

Because of the invention of the triode and

First echelon

1,

The advanced level of electrical engineering represents the level of scientific and technological progress in the country, so the education and scientific research of electrical engineering has always occupied a very important position in universities in developed countries. Electricity is an important material foundation for the development of production and the improvement of human living standards. The application of electricity is continuously deepening and developing. As far as the current international level is concerned, the demand for electricity will continue to grow for a considerable period of time in the future. The demand for automation technology workers is on the rise ^[1] .

Professional presentation

British electrical and electronic engineering can be described as Europe's first-class and world-leading. The education concepts of the majors related to electrical and electronic engineering in the UK are very forward-looking and creative. Therefore, students studying this major in British universities often have more design ideas of creative thinking and cutting-edge technology. Formula One in the world can be said to be the touchstone to test the best mechanical and electrical engineering inventions, and it is the British engineers who dominate this industry. The core reason why the British electronics industry can occupy such an important position in the world is its outstanding R & D and innovation capabilities, and R & D centers are mostly concentrated in the campus areas of universities.

There are about 70 universities in the UK with related majors, and 64 universities have participated in the ranking in the TIMES newspaper, which shows its importance. Coupled with the close cooperation between schools and the business world, students can have access to the most important core application parts in the learning process, which is useful for learning. It also enables students to have practical experience after graduation, and employment is relatively easy.

Employment prospects

Electrical engineering and its automation include secondary disciplines such as motors and electrical appliances, power systems and their automation, high-voltage power and electric drive, and other specialties. The development of the United Kingdom in this respect has always been on a par with the United States, and its scientific research and teaching standards are leading the world. Electrical engineering is a popular major in the UK, with easy employment, good working environment, and high income. The name is good and the professional content is attractive to students. Social publicity and public opinion orientation are in its favor. This professional direction has very good development prospects.

Famous school

Imperial College was founded in 1907 and is one of the independent colleges of the University of London. It is located in South Kensington, a wealthy area of London. Engineering is great, communication and microelectronics are relatively strong.

Founded in 1905, Sheffield has a 120-year history of engineering and is known as the British engineering empire. The Department of Electronic Engineering is the university's ace major and has its own research center. A new electronic mobile communication technology research center has been newly established, with strong communication, optical communication, electronic and electrical engineering, data communication, mobile communication, and automation control capabilities. A research center has been set up with industrial giants Rolls-Royce and NASA for development research. The Department of Electronic Engineering is committed to electronic engineering research and development, maintains cooperative relationships and exchanges project agreements with many internationally renowned universities, and maintains close ties with British business and European businesses. Every year, special funds for European and British business enterprises support their research and development.

The University of Bristol was founded in 1876 and has a long-established reputation in engineering, with 5 stars in electrical engineering. The majors of radio communication and mobile communication are outstanding, and they are closely connected with mobile communication enterprises. Both learning and practice are market-oriented. The city in which it is located is also a city where information companies are concentrated, and funding is abundant. Bristol has a cooperative relationship with Huazhong University of Science and Technology in China, and enrollment is relatively strict.