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Degree Program


Degree Program



Electronic Information Engineering

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

This major was established in 1998, as the outstanding-engineer-cultivating-plan major of provincial level and experimental unit of provincial-level major development integrated reform.

Cultivation Target: This major is set with two cultivating directions, Embedded Technology and Application, and Signal Processing, developing students basic quality and ability in electronic technology application, especially in the aspects of electronic signal acquisition and processing, embedded technology development and application, electronic facilities operation and maintenance, etc. This major cultivates students to have the ability to discover, understand and address electronic technology engineering problems and to gain the potential to innovate or do entrepreneurship in this profession. All students of this major are belong to outstanding-engineer-cultivating plan and the graduates can do technic job or professional educational job in enterprises and government institutions. Graduates of this major can be granted with Bachelor Degree of Engineering, and the distinctive graduates can be recommended to further study as master candidate (majored in Information and Telecommunication Engineering) without examination.

Main Courses: Advanced Mathematics, Mathematics for Engineering, Circuit Analysis, Analog & Digital Electronic Technology, Signal & System, Digital Signal Processing, Electronic Design Automation, DSP technology, Microcontroller and Interface Technology, Computer Network, Advanced Program Design, etc.

 

Telecommunication Engineering

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

Cultivation Target: This major is set with two cultivating directions, Broadband Telecommunication Network Technology, Sensor Network Technology, developing students to the applied talents on engineering and technology who have the fundamental theoretical knowledge on telecommunication technology, system, and corresponding net and who have the primary ability of designing, maintaining, and tuning modern telecommunication system and network, of engineering application, and of engineering management. Graduates from this major can be competent to develop telecommunication technology and equipment, design, operate and maintain telecommunication system, and apply to electronic information technology in enterprises and departments concentrating on telecommunication operation, equipment, and construction. They also can undertake the teaching position in sorts of schools to teach the majors of telecommunication and electronic technology. Graduates of this major can be granted with Bachelor Degree of Engineering, and the distinctive graduates can be recommended to further study as master candidate (majored in Information and Telecommunication Engineering) without examination.

Main courses: Advanced Mathematics, Mathematics for Engineering, Circuit Analysis, Analog Electronic Technology, Digital Electronic Technology, Signal and System, Telecommunication Principle, DSP Technology, Computer Network, Fiber Optic Communication, SPC Switching Theory, Mobile Communication, Sensor Network Technology, Telecommunication System Emulation, Telecommunication Network Construction, etc.

Network Engineering

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

Cultivation Target: This major is set with two cultivating directions, System Integration and Intelligent Building, Computer Network Engineering, developing applied engineering technology talents who master the professional knowledge on modern computer network communication, network engineering, and network system management, who have the ability to facilitate computer software, hardware and corresponding engineering technology, and who can be competent to do the job of network system design, system integration, network equipment installation and maintenance, corresponding software development, and network engineering construction and management in enterprises or government institutions concentrating on computer network and computer system application & operation. Graduates of this major can be granted with Bachelor Degree of Engineering, and the distinctive graduates can be recommended to further study as master candidate (majored in Information and Telecommunication Engineering) without examination.



Main courses: Advanced Mathematics, Discrete Mathematics, Basis of Electronic Technology, Advanced Network Program Design, Switching Principle and Equipment, Network Engineering, TCP/IP Protocol, Operation System, Network Integration, Network Equipment Operation and Management, Network Engineering Construction, Network Database Technology, Intelligent Building, etc.

Electric Engineering and Automation

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

This major is the outstanding-engineer-cultivating-plan major of provincial level.

Cultivation Target: 2 experimental classes are set, such as the class for outstanding engineers and class for international engineering talents, aiming at developing comprehensive and versatile talents who can conduct system operation and experimental analysis in the domain of electric engineering, especially in power system and automation, power system protection and automated telecontrol technique, power electronic application, etc., developing high-quality engineers with innovative spirit and international perspective, and developing professional technic talents who serve regions of nationalities in Yunnan and Southeast Asia. This major recruits students independently and graduates can be granted with Bachelor Degree of Engineering. The class for outstanding engineers is to cultivate applied professional technic talents who serve regions of nationalities in Yunnan and Southeast region; class for international engineering talents is to cultivate professional technic talents with international educational background. Courses schedule of this class will follow course arrangement from overseas and teach specialty class in English, whose qualified students can apply for studying in cooperated foreign universities for 1 or 2 years. Students who finish the bilateral graduation demands can simultaneously gain bachelor degrees from both countries. Graduates of this major can be granted with Bachelor Degree of Engineering, and the distinctive graduates can be recommended to further study as master candidate (majored in Electric Engineering) without examination.

Main courses: Advanced Mathematics, Mathematics for Engineering, Circuit Theory, Basis of Electronic Technology, Electric Control and PLC, Automation Control Theory, Power Electronic Technology, Electric Machine Drives, Power System Analysis, Power Support for Factory, Power System Protection, High Voltage Technology, Transformer Substation Integrated Automation, New Type of Power System Protection and Fault Location Technology, Power Engineering Project Management, Metal Processing Craft Internship, Course Design, etc.

 

Automation

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

Cultivation Target: This major aims at developing students personality, imposing background knowledge on humanity and social science in order for them to become comprehensive, creative talents, to have the ability to understand and address problems of engineering, to have the ability of communication and team cooperation, and to have the integrated quality to conduct jobs on system analysis, integration, operation, and maintenance in the wider domain of automation, especially in industrial automation and power automation. These high-qualified talents on engineering technology would serve regions of nationalities in Yunnan Province and Southeast Asia. Graduates of this major can be granted with Bachelor Degree of Engineering, and the distinctive graduates can be recommended to further study as master candidate (majored in Electric Engineering) without examination.

Main courses: Advanced Mathematics, Mathematics for Engineering, Circuit Theory, Analog Electronic Technology, Digital Electronic Technology, Automation Control Theory, Electric Machine and Drives, Electric Control and PLC, DSP Technology, Detecting Technology, Sensor Technology and Application, Instrument and Process Control, Microcontroller Principle and Application, DCS and Fieldbus Technology, Control System Emulation, Transformer Substation Integrated Automation, Automated Equipment in Power System, etc.

Civil Engineering

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

Cultivation Target: This major aims at developing students personality, imposing background knowledge on humanity and social science in order for them to become comprehensive, creative talents, to have superior innovative recognition, team corresponding ability, political quality and professional morality, to comprehensively master primary theory and practical skills in civil engineering, and to have the ability to be competent to do technic job and management in civil engineering construction. Students will be trained to become engineers, architects, and supervisors, to utilize engineering skills and knowledge to cope with problems in construction practice, and to finish construction management job with corresponding knowledge. Graduates can engage in civil engineering works in Yunnan and Southeast Asia. This major recruits students independently and graduates can be granted with Bachelor Degree of Engineering.

Main courses: Advanced Mathematics, Mathematics for Engineering, Mechanics, Rock and Soil Mechanics, Hydraulics, Basic Code of Concrete Structure, Engineering Surveying, Construction Project Planning, Engineering Budget, Building Structure against Earthquake, Civil Engineering Construction, Engineering Construction Supervision, Engineering Geology Practice, Engineering Practice with BIM Software Application, etc.

 

Physics

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

Cultivation Target: This major cultivate applied professional talents who can master basic theory and method in Physics, own superior mathematical foundation and experimental skills, have English and computer applied ability, and can conduct education, scientific research, technology, and management in Physics and relative domains of science and technology. Graduates can be source of master candidates for Theoretical Physics and Physics Application, of educational talents for Physics teaching in high schools, and of the talents to do research jobs and skill service positions in Physics, Electronic Information, and computer. 2 directions---Physics Education and Applied Electronic Technology---are set in this major. Graduates can be granted with Bachelor Degree of Science.

Main courses: Advanced Mathematics, Methodology of Mathematical Physics, Mechanics, Thermotics, Electromagnetism, Optics, Modern Physics, Theoretical Mechanics, Electrodynamics, Thermodynamics Statistical Physics, Quantum Mechanics, Circuit Analysis, Analog Electronic Technology, Digital Electronic Technology, Digital Signal Processing, Program Design, Education, Psychology, etc.

Physics Application

(4-year undergraduate for Bachelor degree, set for students of science or engineering)

This major is to cultivate comprehensive talents combined with science and engineering knowledge who have solid foundation and methodology in Physics, gain necessary knowledge and skill training in application, possess practical skill and innovative spirit, and own the ability to conduct jobs of technology development, products design and production, operation and management, and professional education in departments on technology, industrial & mining establishments, and scientific research & education which are related to domains of Physics, new energy technology, and sensor technology. 2 directions---New Energy Technology and Sensor Technology---are set in this major. Graduates can be granted with Bachelor Degree of Science.

Main courses: Advanced Mathematics, Mechanics, Thermotics, Electromagnetism, Optics, Modern Physics, Theoretical Physics, Solid State Physics, Electronic Technology, Microcontroller Principle and Application, Program Design, New Energy Technology, Manufacture and Craft of Solar Cells, Photovoltaic Power Technology of Solar Energy, Optoelectronic Technology, Semiconductor Technology, Sensor Technology and Operation, etc.