College teachers won 1 first prize, 1 third prize and 1 excellent prize in the third young teachers' lecture competition. Wu Changdong, a young teacher who won the first prize, was recommended to participate in the final of the first teaching competition for young teachers in colleges and universities in Sichuan Province and won the provincial excellent prize. The college has achieved fruitful results in teaching reform and scientific research: 26 academic monographs and teaching materials have been published; Published more than 400 academic papers in important academic journals and conferences at home and abroad (76 of which entered the SCI and EI retrieval systems); He has undertaken more than 0/00 national, provincial and ministerial-level vertical and horizontal scientific research projects/kloc, and won 6 provincial and above awards.
The College has completed two appraisal projects of teaching reform of Sichuan Provincial Department of Education, and two final projects of school-level teaching reform, and three teaching reform projects have won two first prizes and two second prizes 1, of which 1 was recommended to apply for the first prize of Sichuan Teaching Achievement Award and completed the application. University teachers edited 7 textbooks and published 27 teaching reform papers. The teaching team headed by Chen Yongqiang, a college teacher, set up the first batch of teaching demonstration courses "Analog Electronic Technology". The college pays attention to the cultivation of students' innovative ability, encourages students to enter the innovation laboratory and participate in "Electronic Design Competition" and "Challenge Cup" to enhance their professional knowledge and practical ability and cultivate their innovative ability. College students won two national second prizes in the national finals of the 20 12 Freescale Cup smart car competition for college students; In the 20 12 Sichuan University Electronic Design Competition, 15 team won all prizes, including 4 provincial first prizes, 6 provincial second prizes and 5 provincial third prizes. In 2009, graduate students published 16 1 articles in public magazines, including 2 papers included in SCI, 27 papers retrieved by EI and 33 core journals. Training objective: To train senior professionals with solid theoretical foundation and innovative ability, who can systematically master a wide range of theoretical knowledge and practical skills such as electrical engineering and computer application technology, be engaged in the installation, operation and management of electrical engineering such as power systems, and have certain design and scientific research and development capabilities.
Core courses: motor and drag foundation, power electronics technology, power system analysis, high voltage technology, power plant electrical parts, power system relay protection, modern control theory, computer control technology, process control and field bus technology, electrical control technology and PLC, etc.
Professional direction: power system and its automation automation electrical technology
Employment orientation: Graduates can engage in R&D, debugging, application, teaching and management in power industry, power generation and distribution departments, enterprises in related industries, universities and research institutes.
(major 1: power electronics technology)
Training objectives: This major trains senior professionals with all-round development in morality, intelligence and physique, good scientific literacy, solid theoretical foundation and basic skills in electronic technology, information processing system, computer and control theory. Students are required to learn the basic theories and methods of information processing technology, control theory and control engineering, computer network technology and application, and have the knowledge and skills of analysis, design, simulation, debugging and application of various electronic devices, motion control and process control systems.
Main courses: circuit principle, electronic technology, power electronics technology, control theory and control engineering, motor and driving foundation, microcomputer principle and interface technology, computer network technology and application, detection and conversion technology, digital signal processing, microcomputer control technology, intelligent measurement and control technology, programmable controller and system, etc.
Employment scope: I can engage in research, development, design, manufacturing, debugging, application and management in scientific research institutes, companies and enterprises in electronic information equipment manufacturing, network and software industry, electrical engineering, control engineering and automation, automobile, machinery, aerospace and other industries, and I can also engage in teaching in related industries.
(Major 2: Power System and Automation)
Training objectives: This major cultivates senior professionals with all-round moral, intellectual and physical development, solid theoretical foundation and innovative ability, systematic mastery of extensive theoretical knowledge and practical skills such as electrical technology, electronic technology, information technology, electrical engineering and computer application technology, and ability to engage in the installation, operation and management of power systems and other electrical projects, as well as certain design and scientific and technological development capabilities.
Main courses: circuit principle, electronic technology, control theory, microcomputer principle and its application, power electronics technology, detection and conversion technology, digital signal processing, motor and drive, power system analysis, power system relay protection, power system automation, power plant electrical parts, high voltage technology, etc.
Employment scope: Engaged in teaching, research, development, debugging, application and management in power generation, power supply and distribution departments, universities, design institutes and other industries, and also engaged in application development, management and education in electronics and computer technology.
(Major 3: Electrical Technology)
Training objective: Modern electrical technology is a multidisciplinary specialty, such as electric power, electronics, information and control. This major trains senior engineering management talents with all-round development in morality, intelligence and physique, solid theoretical foundation and innovative ability, systematic mastery of extensive theoretical knowledge and practical skills such as electrical technology, electronic technology, electrical technology and computer technology, and certain scientific and technological development, engineering design, scientific research and management capabilities.
Main courses: circuit principle, electronic technology, power electronics technology, motor and electrical appliance, electrical transmission and control, microcomputer principle and interface technology, detection and automatic control, factory electrical control, programmable controller and its application, building electricity, power engineering, etc.
Employment scope: I can be engaged in the research, design, debugging, technical application, maintenance, management and education of electrical engineering systems and equipment, electrical transmission and control systems, power supply systems, machinery industry, automobile industry and computer applications in companies, enterprises, scientific research institutes and schools. Professional direction: electronic information communication engineering
Training goal: to train senior professionals with good scientific literacy, knowledge of electronic technology, information processing system and computer system, and solid theoretical foundation and basic skills in the field of electronic information and communication engineering.
Core courses: signal and system, microprocessor and microcomputer system, automatic control theory, digital signal processing, EDA technology, information theory and coding, communication electronic circuit, DSP technology and application, embedded system principle and application, wireless network technology and application, etc.
Employment orientation: Graduates have broad employment prospects, and can be employed in IT, electronics, automobile, aerospace and other industries, engaged in research and development, design and manufacturing, debugging and management. I. Training objectives
Training to meet the needs of the development of science and technology in 2 1 century, with all-round development of morality, intelligence and physique, high comprehensive quality, solid theoretical foundation and innovative ability, systematic mastery of a wide range of professional knowledge such as measurement and control technology, automatic instrument technology, electronic technology, information technology, control theory and computer application technology, and the ability to engage in the advanced design and manufacturing, scientific and technological development, engineering design, scientific research and management of technologies, instruments and systems in various industries of the national economy.
Second, the business training requirements
1, has a good ideological and moral quality, physical and psychological quality, loves the socialist motherland and devotes himself to the cause of socialist construction.
2. Solid foundation in natural science, good foundation in humanities, economic management and social science; Systematically master the basic theoretical knowledge of technology and necessary professional knowledge.
3. Strong engineering consciousness and practical ability.
4. Have a strong ability to use foreign languages.
5. Strong computer application ability and information processing ability.
6. Have strong adaptability to work, and have certain practical working ability in scientific research, scientific and technological development and organization and management.
Three, the main disciplines control science and engineering, instrument science and technology, computer science and technology.
Fourth, the main courses
Fundamentals of circuit analysis, analog electronic technology, digital electronic technology, microcomputer principle and application, automatic control theory, sensor technology, microcomputer control and interface technology, intelligent instruments, signals and systems, virtual instruments, etc.
Five, the main practical teaching links metalworking practice, electronic technology practice, cognitive practice, electronic technology and other course design, graduation practice, graduation design.
Six, the length of study and the degree-granting undergraduate academic system is 4 years, and the flexible study period is implemented according to the credit system management mechanism. Degree awarded: Bachelor of Engineering. Training objective: to cultivate senior engineering and technical personnel with good scientific literacy, who can master the analysis and application technology of modern rail transit train automatic control system and modern communication system, and can engage in the technical development, application, testing, maintenance and operation management of rail transit communication, signals and systems in the industrial production line.
Core courses: microprocessor and microcomputer system, automatic control theory, digital signal processing, electromagnetic field and electromagnetic wave, communication principle, information theory and coding, computer communication and network, rail transit signal and control foundation, railway signal foundation, rail transit automatic control, etc.
Employment orientation: Graduates can engage in scientific research, technology development, engineering design and equipment maintenance in the field of rail transit, such as information engineering and control, traffic automation, automatic control, automatic detection and system design.