The communication engineering major of Purdue University introduces Purdue University in detail.
Purdue University is an engineering school with a fine tradition. Professor Deng Jiaxian, a famous "two bombs and one satellite" in China, studied for a master's degree in this school when he was young; Purdue University, known as the "mother of American space", has trained 22 astronauts, including Armstrong, the first man to set foot on the moon, and the last man to leave the moon so far. It is also the birthplace of the world's first all-electronic television and wireless telephone technology. These facts are enough to illustrate Purdue's engineering strength.
Purdue University's EE department is the largest department in the school and one of the largest EE departments in the United States. The teaching and research team has reached 130 people, including 23 IEEE members, 4 academicians of the National Academy of Engineering, 2 Gordon Prize winners, National Technology Medal winners 1 person, and IEEE Chairman 1 person.
Brief introduction of communication engineering specialty in the United States
Communication engineering (also known as information engineering and telecommunication engineering) is an important branch of electronic engineering and one of the basic disciplines. This course focuses on the principle and application of information transmission and signal processing in communication.
In the United States, communication engineering majors study the problem of transmitting information from a sender (source) to one or more receivers (sink) through electric pulses in the form of electromagnetic waves, sound waves or light waves. Whether the receiver can correctly identify the information depends on the loss in transmission. Signal processing is an important link in communication engineering, including filtering, coding and decoding.
Communication engineering focuses on a wide range of frequency bands. The low frequency band is related to technical acoustics or low frequency technology. The high frequency band is concentrated in the range from microwave or radar to visible laser or laser. Almost all frequency bands from microwave to visible light are the research objects of communication engineering. In addition, the media and technologies used in the communication process, including the application of communication systems on land, underwater, air and space, are also quite rich.
Communication engineering is based on mathematical equations in applied mathematics. Its theoretical starting point is the phenomenon of matter and wave propagation observed under the conditions of Fourier thermal diffusion and Maxwell electrodynamics.
Employment prospect of communication engineering major in the United States
American communication engineering graduate students are popular candidates for studying abroad. Communication engineering is a rapidly developing and vital field in information science and technology, especially digital mobile communication, optical fiber communication and internet network communication, which makes it easier for people to transmit and obtain information than ever before.
The development prospect of communication engineering is very broad, and it is also one of the professions with serious shortage of talents. This major studies communication technology, communication system and communication network. After graduation, I can engage in research in the fields of wireless communication, large-scale integrated circuits, intelligent instruments and applied electronic technology in the United States. Of course, students are also competent in the research, design and technical development of emerging 5G communication projects, and their employment prospects are very good.
Even after returning to China, students majoring in communication engineering are definitely "hot items" in the talent market. Engineering developers, communication network engineers, platform developers, etc. are all scarce gold posts in China. Moreover, with the upcoming launch of 5G in China, students majoring in communication engineering will have plenty of opportunities to display their talents. For example, you can find a job in the telecommunications sector and telecommunications equipment manufacturing.
Communication industry is now a mature large-scale industry, which can absorb a large number of high-quality talents. Most general doctoral graduates go to big companies to do scientific research, and their annual salary is about $6,543,800. Most of the graduates are developers, with an average annual salary of 50,000 to 80,000 dollars.