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College of Physics and Optoelectronic Engineering
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College of Physics and Optoelectronic Engineering

Department of Physics and Optoelectronic Engineering in the Taiyuan University of Technology contains Physics, Optical Information Science and Technology Department, Department of Light Source and Lighting Engineering, University Physics Teaching Department, Physics Experiment Center, Institute of Measurement and Control Technology, Institute of Optoelectronic Engineering and the New Sensor Engineering Center in the Shanxi province. It is the main support organization of the key laboratory in the new sensor and intelligent control of the Ministry of Education (Shanxi Province).

At present, the college has 132 teaching staff totally, 6 distinguished Professors of the "Hundred Talents Program" in Shanxi Province, one selected in "Hundred Talents Program" in the Chinese Academy of Sciences, one Changjiang Scholar Professor, 17 full-time professors, 41 associate professors, 101 teachers with doctoral degree, 13 doctoral supervisors and 94 master’s supervisors, 2 academic and technical leaders in the Shanxi Province, 3 top-notch talented teenagers in the high school of Shanxi Province, 2 people selected in the " 333 Talents in the new century academic and technical leaders Project" in the Shanxi Province, 13 outstanding academic leaders of the institutions of higher education, one famous teacher in Shanxi Province, one scholar of Xiangjiang , 3 “Young Sanjin scholars” of Shanxi province , 2 excellent master’s instructors of Shanxi province, 16 leading talents of the institutions of higher education in Shanxi province.

The college now consists of three undergraduate majors, a two-level doctoral degree, two interdisciplinary doctoral degrees, seven academic master's degrees, two professional master's degrees, a master's degree in engineering. It has a provincial experimental demonstration center, two provincial quality courses, two provincial boutique resource sharing classes, a Shanxi provincial brand professional, a Shanxi provincial excellent instructor team of the graduate education, a Shanxi provincial outstanding innovation team of the institution of higher education, a Shanxi Provincial science and technology innovation focus team. There are 873 undergraduates, 306 master's degrees and 14 doctoral students.

In 2016, college research contract funds is totally 12.855 million yuan, 11.133 million yuan of funds and the new discretionary funds are 43 million. 53 New scientific research projects are added, including 14 national projects, 35 provincial and ministerial level Projects, 4 enterprise technology development and service projects. 41 national invention patents, 5 utility model patents and13 software copyrights are authorized. The college applies for 34 federal invention patents and one utility model patent. Our teachers as the first author or the corresponding author published a total of 116 academic papers, which were included 82 papers in the SCI. Among them, 52 papers above two areas,66 papers above three areas. The impact factor greater than 10 has two academic papers, and 7 papers were included by EI.

Optoelectronic Information Science and Engineering

Cultivation Goals: The professionals are trained to adapt to the China's photoelectric information industry development needs, with a solid mathematical and physical basis, having a wide range of professional knowledge in the photoelectric information access, transmission, processing and application, and strong English language applications and practical ability, becoming the wide-caliber and comprehensive high-level professionals in scientific research, teaching, product design and development and production technology management in the fields of optoelectronic information processing, communication technology, electronic information technology and optoelectronics. Students who want to study can continue to pursue master's and doctoral degrees in optical engineering, information and communication engineering, electronic science and technology.

Cultivation Requirements:The students, under the premise of good mathematics, physics training, mainly to learn the basic and basis of core theoretical knowledge of the optoelectronic information science and engineering disciplines , to accept the basic training of the optoelectronic information system analysis and research methods, and to have a professional practice experience, so that students have a solid theoretical foundation, strong research and technology development potential.

Major Courses:advanced mathematics, electromagnetics, optics, electrodynamics, atomic physics, solid physics, optoelectronic information professional experiments, analog electronic technology, digital electronic technology, digital image processing, signal and systems, optical communication principles, optical information processing, information Optics, applied optics, laser principle, modern optical testing technology, photoelectric display technology.

Degree To Be Granted : Bachelor of Engineering.

Study Duration: four years.

Applied Physics

Cultivation Goals:The professionals are trained as innovative talents with a solid physical foundation and system master the basic theory and methods of physics, electronic science and technology, having a strong sense of innovation and practical ability. Graduates can engage in basic physics research and education work, but also can work in the electronic information technology and new materials research, design and development and other aspects of the work of the electronic information industry, scientific research departments, institutions of higher learning and related fields. The students of this major can have a further education in the physics, instrument science and technology, optical engineering, materials science and other directions.

Cultivation Requirements: The professional curriculum system emphasizes the solid foundation of physics and professional knowledge training and basic practice skills and technical training, attention to the organic integration of physics, electronic information and materials science, both to ensure that students can get a solid foundation of physics and practical skills training, but also can focus on strengthening students in the field of high-tech such as electronic technology, new materials science and other aspects of training, so that students can engage in physical research itself in depth, but also engaged in the research and development of electronic technology and materials science-related jobs.

Major Courses:advanced mathematics, mechanics, thermal, optics, electromagnetics, theoretical mechanics, electrodynamics, thermodynamics and statistical physics, quantum mechanics, atomic physics, circuit analysis, mathematical physics, solid state physics, semiconductor physics and devices, analog electronics technology, digital electronic technology, single-chip principle and interface technology, laser principle, photoelectric sensing and detection technology, circuit and system, optical fiber sensing principle and application, intelligent instrument design basis.

Main Practice Teaching Links:enrollment education, military training, social practice, metalworking practice, electronic technology teaching practice, graduation practice, graduation design (thesis) and so on.

Degree To Be Granted : Bachelor of Science.

Study Duration: four years.

Light Source and Lighting

Cultivation Goals:The professionals are trained as innovative and applied talents with a solid basic knowledge of natural science in the light source and lighting technology, broad professional knowledge and strong experimental skills, training with good foreign language skills, innovative spirit and engineering practice ability, tracking and mastering the new theory, new knowledge and new technology capabilities in the field. Graduates can work in the design, development, manufacture, testing and control engineering and other aspects in the field of semiconductor optoelectronic and electrical control and other related products, but also engage in related research and products development work in the information display industry, photovoltaic industry, energy and materials industries. The students of this major can have a further education in the electronic science and technology, optical engineering, information engineering, control engineering, materials science and other directions.

Cultivation Requirements:The professional requires students to master the basic theory, professional knowledge and basic experimental skills in the light source and lighting technology; Possess a solid mathematical knowledge and better knowledge of humanities and social sciences; with the pursuit of innovation, teamwork, communication, international Vision, self-learning and social competition; master a foreign language; trained by the professional skills in the development, system operation, information processing of the semiconductor optoelectronic and electrical engineering-related product; have a strong ability to analyze and solve practical engineering problems, and the potential of the research and technology development.

Major Courses: advanced mathematics, university physics, engineering drawing, circuit analysis, analog electronic technology, digital electronic technology, electrical engineering foundation, automatic control theory, optical foundation and application, semiconductor physics, semiconductor lighting principle and technology, solid light principle and Applications, solar photovoltaic principle and application, photoelectric display technology, signal and system, photoelectric system and control technology, photometry and chromaticity, photoelectric sensing and detection technology, optical radiation measurement principle and technology, lighting structure design, environmental lighting design.

Main Practice Teaching Links:enrollment education, military training, social practice, computer training, metalworking practice, electronic technology teaching practice, professional basic experiment, professional experimental course design, practice in the outside school, graduation practice, graduation design (thesis) and so on.

Degree To Be Granted : Bachelor of Engineering.

Study Duration: four years.

 



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