Question 2: What is the optoelectronic technology major Introduction
Information display and optoelectronic technology students are required to master the information display and optoelectronic technology must be the basic knowledge of the basic theories and basic skills, with solid mathematical and physical foundation and electronic technology, new materials, basic theory, mastery of the liquid crystal display and related technical expertise. Students studying the program are required to master the basic knowledge, basic theories and basic skills necessary for the specialty of information display and optoelectronic technology, have a solid foundation in mathematics and science and electronic technology, new materials, basic theories, and master the liquid crystal display and related technical expertise. To be able to engage in scientific research, teaching, application, development, production and management in information display, optoelectronic technology and related fields. Understand the frontiers of the discipline and knowledge of related fields; have strong computer-aided design and engineering practice ability, and have a certain degree of product development and participate in the technical improvement of advanced technology application capabilities.
Career Direction
The students are able to engage in scientific research, teaching, application, development, production and management in information display, optoelectronic technology and related fields.
Main Courses
Basic Luminescence Principle, Flat Panel Display Driving Technology, Liquid Crystal Electronics, Field Luminescence Display, Gas Discharge and Plasma Display, Vacuum Microelectronics and Field Emission Display, Large-screen Display Technology, Electro-Optics and its Application, Modern Thin Film Technology, Display Manufacturing Technology and other courses on modern display technology, as well as principles of communication and practical computer network technology.
Optical information science and technology professional employment direction are:
1. into the optical machinery institute as a researcher, this need to have strong basic skills, generally do not accept undergraduates, but there are exceptions to the time, but the pressure is relatively large.
2. into the mobile, Unicom, Telecom such companies, the treatment is very good, basically across the country every year in the face of this professional customer service manager as well as technical personnel.
3. Into the optical device companies, LED, optical storage and so on.
4. Doing sales related to optics.
Question 3: How to specialize in optoelectronic technology, out of what can be done Optoelectronic technology jobs
(1) the production of LED, sales services;
(2) LED lighting fixtures and other LED products development, production;
(3) LED lighting project design, construction, consulting services;
(4) Optoelectronic Semiconductor components production, testing, services;
(5) engaged in solar photovoltaic power generation system design, construction, maintenance and other labor penalties.
Prospect of Optoelectronic Technology
Optoelectronic information engineering, the professional training of modern scientific awareness, solid theoretical foundation, broad knowledge, strong innovation ability, can be engaged in optical engineering, optical communications, image and information processing and other fields of scientific research in the field of technology, as well as related fields of product design and manufacturing, scientific and technological development and application, operation and management of the work, able to adapt to the needs of contemporary The application-oriented talents who can adapt to the needs of the rapid development of the contemporary information society.
The late 20th century is the era of modern optics and photoelectricity technology to achieve brilliant achievements. The combination of electronics and optics, generated and established the photoelectric information discipline, the development of rapid momentum in the field of high technology, so that mankind entered the information generation. "The 20th century is the century of electronics, the 21st century is the century of photon"; "photoelectric information is a sunrise industry"; this inspiring assertion and prediction appropriately said the Harbin Institute of Technology photoelectric information engineering program schooling power and employment prospects. In recent years, several large-scale optical valleys, companies and industries have been established at home and abroad. The strong development of optoelectronic information on the corresponding demand for talent soaring growth.
Optoelectronic technology professional talent demand analysis
1. Knowledge structure and level: basic knowledge of electronic technology, basic knowledge of computer operation, preliminary knowledge of the production process of electronic products, basic, optical knowledge. Particularly emphasize the basic knowledge of electronic technology and a certain degree of basic knowledge of optics, requires a certain degree of knowledge, with the ability of sustainable development.
2. Professional skills and abilities: basic circuit analysis capabilities, optoelectronic device testing and application capabilities, the comprehensive use of professional knowledge to solve problems, the ability to skillfully operate electronic instruments, a certain degree of professional English application skills. Optoelectronic industry and machinery, materials, chemistry, materials physics, microelectronics, mechatronics and other technology industries are very closely linked, which requires practitioners to learn and adapt to the ability to solve the problems in the work of this specialty with the knowledge and technology of other related fields.
3. Comprehensive quality: good psychological quality, strong adaptability, dedication, teamwork, communication and coordination skills, and a certain degree of job learning ability. Need to cultivate and exercise this aspect of the ability and quality in the student stage, in order to be better able to work in the professional team.
Question 4: What are the applications of photovoltaic technology? The field of optoelectronic technology is very broad, mainly imaging and light source. Among the imaging technologies are CRT, image tube, image intensifier, CCD, CMOS, 3D imaging, holographic imaging, liquid crystal, plasma, PHP. light source technologies are infrared, ultraviolet, visible light, laser.
Optoelectronics industry in recent times the development of a very fast involved also gradually spread, in the field of optical communications, lasers, photovoltaic display, optics, solar photovoltaic, electronic engineering, logistics network and other areas of the development of the more obvious; and gradually integrated into a wider space.
Question 5: What is the difference between photovoltaic technology and optoelectronic technology ah Optoelectronic technology science yes. These two professions are actually almost the same, learn things are also very similar, the final way out is almost the same, the biggest difference is that if you learn photonics technology science will have two diplomas, there are two alma maters. These two majors can be enrolled as long as your province enrollment. There are any questions you can ask me again.
Question six: what is photoelectric technology photoelectric technology is relying on photoelectric equipment to produce high-tech it.
Compared with the ancient optics, optoelectronic technology is more in favor of the integration of light, machine, electricity and calculation, which is a more comprehensive technology.
Question 7: What is the basic concept of photovoltaic technology? Photovoltaic technology in short is the conversion of light energy into electrical energy, electrical energy into light energy. Give a daily example of camera technology, light hit the semiconductor photoreceptor chip, the chip generates internal current, according to the size of the light energy strength to generate the corresponding current, that is, light energy into electrical energy; the strength of the current into the microprocessor is compiled into electronic signals, these signals through the display into the light signals into the eyes of the human eye, that is, the conversion of electrical energy into light energy. Optoelectronic technology is currently a very important direction of development, a wide range of uses, is of great significance
Question 8: Physics Optoelectronic technology is a professional What is this school, it is very easy to keep graduate school (generally the first 70% of the stable, the review of the time you can get a little impression, even if the bottom of the if the effort to magnetism is not difficult. The difficulty of graduate school actually does not lie in the specialized courses, and some of the things that need to pay attention to the teacher will not take the initiative to remind you of what because early graduation is not a normal situation, and graduate school intends to go up to the test, then. There's no difference between going to graduate school and wasting every single class hour and every single credit. There is no such thing as skipping a grade. I'm guessing there's a situation at home.), ask in a different category. There are quite a few people in my grade who took almost all their credits a year early, and really those classifications don't make much difference at all. Taking a full load of credits early requires fine-tuning your entire college course schedule from freshman year. But if your ambition is theoretical physics. If you're not in a hurry to get a job. As for specific school recommendations. However, the specific provisions of different schools are not the same, that is, a few mandatory courses are not the same, I personally do not recommend that you so, classroom stress, but in the English politics (and of course, magnetism), this classification of the general physics and the four major are generally selected for the highest credits . The other people are the last year to concentrate on the boss to do scientific research by the way to take some graduate courses (the same school graduate courses can be part of the transfer of credits), and ultimately get a Bachelor of Science diploma in Physics (diploma on the no difference, it should be said that the early graduation, but only one in order to work a year earlier in the third year to hastily Zhangluo early graduation (to take the undergraduate scientific research paper against thesis, at least in our department is this way), the final is also a bachelor of science in Physics. It is recommended to just choose physics, it is likely to fail because of a variety of small problems and formalities, and not always available for early graduation; science - institutional information. The different classifications on our side of the program are just used to give students a final year look at which classification is better to gather credits for graduation, the key is to plan and prepare), go for education/. The general requirement is that you three years to repair the full teaching program required by the mandatory elective credits + thesis physics undergraduate words
Question 9: photoelectric information science and engineering (photoelectric technology direction) is what it means En, this, as the name suggests, is related to photoelectricity technology direction, in short, it is the conversion of light energy, electricity
For example: solar power generation, photosensitive devices (typical: photocoupler), luminescent devices, and other light-sensitive components, and the use of photovoltaic technology, the use of photovoltaic technology.
Question 10: What is optoelectronics information engineering Engaged in optoelectronics, such as lasers, liquid crystal displays, plasma displays, led, optoelectronic detection, optoelectronic radar, laser advanced manufacturing, laser production of large-scale integrated circuits and so on very much 。。。。
Optoelectronics is an emerging industry, the country is vigorously investing in the development of the optoelectronics industry, built in Wuhan, China Optical Valley. Currently the best school is the Huazhong University of Science and Technology, with photoelectricity class the strongest laboratory of the National Photoelectric Laboratory (one of the five national laboratories, photoelectricity class the only one, each national laboratory inputs equivalent to seven national key laboratories. Five national laboratories have a photoelectric, visible national importance of photoelectricity), which built an international joint laboratory, four national key laboratories, a national engineering laboratory, more than 30 academicians at home and abroad, more than 100 workers guide, 37 academic teams, and built in the center of the Optical Valley of China, surrounded by Fiberhome Communications Technology, Huawei Research Center, ZTE, Chutian Laser, China Telecom Research Center, Changfei Optical Fiber and many other optoelectronic enterprises, future employment or business is very good. It is recognized as the strongest photoelectric university in China. Exam 340 points or so
In addition to Huazhong Science and Technology, there are Harbin Institute of Technology, North Polytechnic, Tianjin University are not bad. Because it is an emerging specialty, many universities like Chuan University is not good at photoelectric school, the annual job fair to 300 units are not a photoelectric enterprises, employment is more difficult. And like Huake such as photoelectricity as the characteristics of the school every year, there are several photoelectric job fair, the work is very good to find. In fact, it is not so difficult to study, as long as you insist on a sure thing, I hope that the owner of the goal to set a high point to set a long point
As for the subject of the examination, I strongly recommend that you do not test optics, it is very difficult to find a job, and even optics of the country's top three of the University of Harvard University, the optics of the graduates of the monthly salary is not high, and also not good to look for, after all, the science is this way. Physical electronics or optical engineering of the two engineering specialties but very good job, strongly recommend that you report optical engineering or physical electronics, we have many students did not light engineering prefer to come back to a year is not adjusted to the optical