Be able to engage in scientific research, teaching, application, development, production and management of information display, photoelectric technology and related fields.
main course
Advanced display technology courses and communication principles, such as luminescence principle, flat panel display driving technology, liquid crystal electronics, electroluminescent display, gas discharge and plasma display, vacuum microelectronics and field emission display, large screen display technology, electro-optic and its application, modern thin film technology, display device manufacturing technology, computer practical network technology, etc.
The employment direction of optical information science and technology specialty is:
1. Entering the Institute of Optics and Mechanics as a researcher requires strong basic skills. Generally, undergraduates are not accepted, but there are exceptions, but the pressure is relatively high.
2。 China Mobile, China Unicom, China Telecom and other companies are well treated. Basically, every year, all parts of the country recruit customer service managers and technicians for this major.
3. Companies engaged in optical devices, including LED and optical storage.
4. Do optical related sales.
Question 2: What is the major of photoelectric technology? Students majoring in information display and photoelectric technology are required to master the basic knowledge, basic theory and basic skills necessary for information display and photoelectric technology, have a solid mathematical foundation and basic theory of electronic technology and new materials, and master the professional knowledge of liquid crystal display and related technologies. Students in this major are required to master the basic knowledge, basic theory and basic skills necessary for information display and photoelectric technology, have a solid mathematical foundation and basic theory of electronic technology and new materials, and master the professional knowledge of liquid crystal display and related technologies. Be able to engage in scientific research, teaching, application, development, production and management of information display, photoelectric technology and related fields. Understand the frontier of this discipline and related fields; Strong computer-aided design and engineering practice ability, certain product development and advanced technology application ability to participate in technical improvement. Employment direction can be engaged in information display, photoelectric technology and related fields of scientific research, teaching, application, development, production and management. The main courses are advanced display technology courses and communication principles, such as luminescence principle, flat panel display driving technology, liquid crystal electronics, electroluminescent 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 device manufacturing technology, computer practical network technology and so on. Employment direction of optical information science and technology specialty: 1. Being a researcher in the Institute of Optics and Mechanics requires strong basic skills, and undergraduates are generally not admitted, but there are exceptions, but the pressure is relatively high. 2。 China Mobile, China Unicom, China Telecom and other companies are well treated. Basically, every year, all parts of the country recruit customer service managers and technicians for this major. 3. Companies engaged in optical devices, including LED and optical storage. 4. Do optical related sales.
Question 3: What does the photoelectric information engineering major do? Engaged in photoelectric information engineering in high-tech enterprises, companies, research institutes and universities related to information industry, including research, design, development, application, management and teaching of CCD photoelectric devices, optical fiber communication, computer input/output/storage/display equipment, household photoelectric equipment, laser optical fiber application, etc. I hope my answer is helpful to you.
Question 4: How about photoelectric technology major? What can photoelectric technology major do?
(1)LED production and sales services;
(2) Development and production of LED products such as LED lighting;
(Design, construction and consulting services of LED lighting engineering;
(4) production, inspection and service of optoelectronic semiconductor components;
(5) Engaged in the design, construction and maintenance of solar photovoltaic power generation system.
Prospect of photoelectric technology specialty
Optoelectronic information engineering majors cultivate applied talents with modern scientific consciousness, solid theoretical foundation, wide knowledge and strong innovation ability, and can engage in scientific research in optical engineering, optical communication, image and information processing, product design and manufacturing, scientific and technological development and application, operation management and other related fields, and can meet the needs of the rapid development of modern information society.
The late 20th century is an era of brilliant achievements in modern optics and photoelectric technology. The combination of electronics and optics has created and established the discipline of photoelectric information, which has developed rapidly in the field of high and new technology, bringing mankind into the information age. "The 20th century is the century of electrons, and 2 1 century is the century of photons"; "Photoelectric information is a sunrise industry"; This inspiring conclusion and prediction properly reveal the motivation of running a school and the employment prospect of the photoelectric information engineering major of Harbin Institute of Technology. In recent years, many large-scale optical valleys, companies and industries have been established at home and abroad. The strong development of photoelectric information has greatly increased the demand for corresponding talents.
Demand Analysis of Optoelectronic Technology Professionals
1. knowledge structure and level: basic knowledge of electronic technology, basic knowledge of computer operation, preliminary knowledge of electronic product production technology, basic knowledge and optical knowledge. Special emphasis on the basic knowledge of electronic technology and optics requires certain knowledge and the ability of sustainable development.
2. Professional skills and abilities: basic circuit analysis ability, photoelectric device test application ability, comprehensive application of professional knowledge to solve problems, skilled operation of electronic instruments, and certain professional English application ability. The photoelectric industry is closely related to other technical industries such as machinery, materials, chemistry, material physics, microelectronics and mechatronics. Employees are required to have strong learning and adaptability and be able to solve problems in professional work with the help of knowledge and technology in other related fields.
3. Comprehensive quality: good psychological quality, strong adaptability, professionalism, team consciousness, communication and coordination ability, and certain post learning ability. It is necessary to cultivate and exercise this ability and quality in the student stage in order to be better qualified for professional team work.
Question 5: What is the photoelectric major in the university? Is it photoelectric information engineering? Or something else? Tsinghua's suggestion is that you should be more ideal, take an examination of other schools, prepare for TOEFL and GRE, and strive for scholarships. Actually, it's not that I look down on domestic schools. You can think about the proportion of classes such as Mazhe, Allen, Ma and Mao in your college. What rubbish! Your specialized courses are not as many as these rubbish courses. It is very likely that if you can get more scholarships from foreign universities, especially American universities, your future is bright. What I want to tell you is that all the above are feasible! Good luck!
Question 6: What is photoelectric information technology? What is your major? Optoelectronic information technology is a multidisciplinary integrated technology integrating optics, optoelectronics and microelectronics. It involves the radiation, transmission and detection of optical information, as well as the conversion, storage, processing and display of photoelectric information. Photoelectric information technology is widely used in all walks of life in national economy and national defense construction. In recent years, with the rapid development of optoelectronic information technology industry, the demand for employees and talents in enterprises is increasing year by year, so the demand for basic knowledge of optoelectronic information technology is also increasing.
Photoelectric information technology promotes the development of modern information technology with its extremely fast response speed, extremely wide bandwidth, huge information capacity and extremely high information efficiency and resolution, thus increasing the market share of photoelectric information industry year by year. In developed countries, the industrial output value related to photoelectric information technology has accounted for more than half of the national economic output value, and the number of employees has increased year by year, and the competitiveness has become stronger and stronger.
Question 7: What is the prospect of learning optoelectronics? Optoelectronic information engineering major, mainly studying the basic theory and professional knowledge of optics, mechanics, electronics and computer science.
This major cultivates the basic knowledge, theory and skills in the field of optoelectronic information engineering, such as optoelectronic signal acquisition, optical communication, optoelectronic information processing, optical storage, optical display and optoelectronic information application, and can engage in the design, manufacture, development, application, research and teaching of optoelectronic technology and system-related products in related industries and departments in the fields of industrial and agricultural production, national defense and military industry, biomedicine, environmental monitoring, culture and entertainment, and scientific research.
Question 8: What is photoelectric information engineering? The main courses include calculus, college physics, college English, circuit foundation, electronic technology foundation, microcomputer principle and interface technology, advanced language programming, signals and systems, information physics foundation, engineering optics, optoelectronics, laser principle, image sensor technology, optical communication technology, photoelectric detection technology, image processing, optical storage technology, flat panel display principle and technology, and quality inspection of liquid crystal devices. Employment orientation: Students in this major mainly study the basic theory and knowledge of optoelectronic information engineering, receive the basic training of optoelectronic information system analysis and design, and have the basic ability of optoelectronic information system design, development, integration and application. After graduation, students have great flexibility and adaptability in choosing jobs. They can engage in the research, design, development, application and management of photoelectric information engineering and technology, optical communication engineering and technology, photoelectric signal detection and processing, photoelectric technology, control technology, photoelectric system integration and other fields, and can also engage in the high-density storage and processing of optical information, as well as the research and development and production of thin-film transistor liquid crystal flat panel displays and large-screen flat panel displays. Main courses: circuit principle, analog electronic technology, digital electronic technology, signal and system, digital signal processing, microcomputer principle and application, single chip microcomputer, software technology foundation, physical optics, applied optics, information optics, photoelectric information processing foundation, photoelectric detection technology, modern optical measurement technology, laser technology, optical fiber communication, optoelectronics, digital image processing, etc. Educational system: 4 years. Degree awarded: Bachelor of Engineering. Employment prospects: Mainly engaged in scientific research, related product design and manufacturing, scientific and technological development and application, operation and management in the fields of photoelectric information engineering, photoelectric engineering, optical communication and computer. Optoelectronic information technology is a multidisciplinary integrated technology integrating optics, optoelectronics and microelectronics. It involves the radiation, transmission and detection of optical information, as well as the conversion, storage, processing and display of photoelectric information. Photoelectric information technology is widely used in all walks of life in national economy and national defense construction. In recent years, with the rapid development of optoelectronic information technology industry, the demand for employees and talents in enterprises is increasing year by year, so the demand for basic knowledge of optoelectronic information technology is also increasing. Photoelectric information technology promotes the development of modern information technology with its extremely fast response speed, extremely wide bandwidth, huge information capacity and extremely high information efficiency and resolution, thus increasing the market share of photoelectric information industry year by year. In developed countries, the industrial output value related to photoelectric information technology has accounted for more than half of the national economic output value, and the number of employees has increased year by year, and the competitiveness has become stronger and stronger. Institutions offering this major: Tsinghua, Beihang University, Tianjin University, Harbin Institute of Technology, Zhejiang University, Ji Liang University in China, Zijin College of Nanjing University of Science and Technology, Chongqing University, Nanjing University of Posts and Telecommunications, Nanjing University of Science and Technology, Huazhong University of Science and Technology, harbin university of science and technology, changchun university of science and technology, Xi University of Posts and Telecommunications and north university of china Q: What is photoelectric information engineering? A: Training objectives of Optoelectronic Information Engineering: This major trains applied talents with modern scientific consciousness, solid theoretical foundation, wide knowledge and strong innovation ability, who can engage in scientific research in optical engineering, optical communication, image and information processing, product design and manufacturing, scientific and technological development and application, operation management and other related fields, and can meet the needs of the rapid development of modern information society. Business training requirements: this major mainly studies the basic theories and professional knowledge of optics, mechanics, electronics and computer science, understands the frontier theory of photoelectric information technology, grasps the development trend of contemporary photoelectric information technology, has the ability to research and develop new systems and technologies, accepts the application training of modern photoelectric information technology, masters the design and manufacturing methods of photoelectric instruments in photoelectric information field, and has the basic ability to engage in scientific research, teaching and development in photoelectric information engineering and related fields. Main subjects: optical engineering, instrument science and technology. Suitable position: I can engage in the design and manufacture of photoelectric instruments and precision instruments, the processing, coating and marking of optical parts, production organization and management in relevant enterprises and institutions. Can also be engaged in teaching and scientific research in universities, scientific research units and military units.
Question 9: What will photoelectric information science and engineering major actually do in the future? Dear users, hello!
According to your description. Photoelectric information engineering is a modern high-tech integrating photoelectric technology, image analysis technology, communication technology, information fusion technology, computer science and control technology. Widely used in national defense, communications, aviation, aerospace, medical and other engineering fields. Such as: military equipment, launch vehicle, satellite launch, missile test, satellite remote sensing, meteorological observation, artificial intelligence and robot research; Image transmission, optical communication, optical storage, medical diagnosis, online detection and nondestructive detection of radio and television systems are also closely related to photoelectric information technology.
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Question 10: What will you do after graduation? The major of information engineering (photoelectric information engineering) is set up to adapt to the socialist modernization in the 2 1 century, especially to meet the needs of the country to accelerate the development of information technology for talent training. Its goal is to cultivate engineering and technical talents with all-round development in morality, intelligence and physique, solid foundation, wide knowledge, high quality, innovative consciousness and engineer training in the field of information engineering (photoelectric information engineering).
This major is a wide-caliber major integrating optics, electricity, information technology and computer applications. Focus on information acquisition, processing, transmission, application and related supporting technologies, and focus on photoelectric sensing, measurement and control, computer vision and image processing, automatic identification, optical communication, photoelectric guidance and other technologies to cultivate corresponding senior scientific and technological talents.
This major is set up in the Department of Measurement and Control Technology and Instruments of the Institute of Automation, with strong teaching and scientific research strength. There are not only well-known old professors at home and abroad, but also young scholars who have emerged in recent years, and they can recruit master students and doctoral students.
This major lasts for four years. The teaching plan emphasizes strengthening the foundation of mathematics and physics, paying attention to the cultivation of foreign language and computer application ability, and strengthening the three technical foundations of photoelectric technology, information technology and electronic technology. In addition to completing the basic courses prescribed by the school, students of this major also need to learn the main courses including: circuit, electronic technology foundation, communication electronic circuit, engineering optics, photoelectric technology, automatic control principle, C language programming, computer software technology foundation, microcomputer principle and interface technology, communication principle, signal and test technology, photoelectric detection technology and system, optical fiber communication technology foundation, image processing and recognition, digital signal.
Through the study of courses and practical links, students are trained to analyze and design information technologies and systems, and have the basic ability to design, develop, apply and integrate information technologies and systems.
After graduation, students majoring in this major can engage in the research, design, development, testing, development and technical management of optoelectronic information engineering and technology, communication engineering and technology, and integration and application of optoelectronic information systems in relevant departments of national defense and national economy.