Professional name: Automation (enrollment according to major categories, including measurement and control technology and instruments, automation, spatial information and digital technology, electrical information engineering and environmental engineering).
Years of study and degree awarded: four years, bachelor of engineering.
Training objectives:
Automation major aims to cultivate innovative talents of automation technology with rich basic knowledge, strong professional ability, high comprehensive quality and international vision.
Students are required to master basic theory and system theory knowledge related to detection technology, instrumentation technology, intelligent control technology and environmental monitoring, remote sensing technology, electrical engineering and information science. , and has the ability of automatic test system and intelligent control system design and development, computer software and hardware application, industrial process control system design and analysis, geographic information system and remote sensing, power system analysis and control and other comprehensive application capabilities. , become a senior technical personnel in the field of automation technology.
Professional features:
Automation specialty includes 1, measurement and control technology and instrument direction (national specialty specialty of Ministry of Education and brand specialty of Sichuan Province). This major aims to cultivate senior scientific and technological talents who have the research ability of electronic measurement and automatic test system and can design software and hardware of measurement and control system and intelligent instruments; 2. Automation direction (brand specialty in Sichuan Province). This major aims to cultivate wide-caliber high-tech engineering and technical personnel with engineering technical foundation and professional knowledge in a wide range of fields, such as electronic technology, electrical technology, cybernetics, information theory, system engineering, computer technology and application, and computer network technology. 3. Spatial information and digital technology. This major aims to cultivate compound senior scientific and technological talents with the professional foundation of spatial information technology such as navigation and positioning technology, sensor technology, geographic information system, remote sensing science and technology, wide professional caliber and strong engineering practice ability. 4. The direction of electrical information engineering, which is a new interdisciplinary specialty in our school. This major aims to cultivate all-round development of morality, intelligence and physique, master solid basic theories, professional knowledge and basic skills in the fields of electrical engineering, information technology and automation control science, have the ability to apply new theories, knowledge and technology in related fields, and engage in scientific research, technology development and management in the fields of electrical engineering, information processing and automation control, electronic technology and computer. 5. The direction of environmental engineering, which is a new interdisciplinary specialty in our school. Relying on the background of electronic measurement, control engineering and remote sensing science in our university, the training direction of environmental science and engineering specialty is expanded, aiming at cultivating technical talents of environmental science and engineering who are in increasing demand because of environmental pollution caused by industrial modernization and global changes.
Based on the idea of cultivating talents with thick foundation and wide caliber, the automation major adopts the mode of "large-scale enrollment and students' independent choice of major", that is, according to the enrollment situation of automation major, students mainly study public basic courses and subject basic courses in the first two years after entering school, laying a good foundation for automation major, and in the second two years, students choose their own professional direction according to their personal hobbies.
Culture conditions:
The automation major relies on the School of Automation Engineering of the University of Electronic Science and Technology of China, and has jurisdiction over: the Department of Instrument Science and Technology, the Department of Control Science and Technology, the Department of Remote Sensing Science and Technology and the Practice Teaching Center. The school has strong teaching and scientific research strength, with three first-class disciplines, namely, instrument science and technology, control science and engineering, surveying and mapping science and technology, two corresponding doctoral programs, 1 postdoctoral mobile station and five master programs.
At present, the college has many professional and teaching laboratories, such as modern test technology experimental base laboratory, automatic test technology laboratory (ATS), virtual instrument laboratory (NI), Sichuan Provincial Key Laboratory for Wide-area Measurement and Control of Power System, Modern Control Engineering Joint Laboratory (ge), Motor and Power Automation Laboratory, Sensor Laboratory, Intelligent Automation Laboratory, Environmental Engineering Laboratory and Student Innovation Practice Base.
Curriculum system:
The curriculum system of automation specialty includes five parts: basic courses, basic courses, core courses, elective courses and practical training. The main courses are:
Basic courses: Calculus, Linear Algebra and Spatial Analytic Geometry, Probability Theory and Mathematical Statistics, College English, College Physics, College Physics Experiment, Mathematics Experiment, College Physical Education, Military Theory, Ideological and Moral Cultivation and Legal Basis, Outline of Modern History of China, Basic Principles of Marxism, etc.
Basic courses: circuit analysis foundation, analog circuit foundation, signal and system, digital logic design and application, electromagnetic field and wave, microcomputer system principle and interface technology, virtual instrument technology, automatic control principle, spatial information system, sensor principle, software technology foundation, complex variable function and integral transformation, discrete mathematics, electronic technology experiment foundation, integrated circuit application experiment, etc.
Professional core courses: electronic measurement principle, automatic test system, communication electronic circuit, process control system, computer control system, power electronic technology, analytical chemistry (including instrumental analysis), environmental monitoring, sensor principle and application, navigation and positioning principle and application, introduction to remote sensing, introduction to power system and foundation of geographic information system.
Specialized elective courses: advanced language programming, communication technology and communication system, data acquisition and processing technology, sensor principle, introduction to system engineering, motor and transmission foundation, linear system theory, comprehensive experiment of environmental engineering, principle and application of spatial database, power system analysis, power system automation, remote sensing image processing and application, and secondary development of GIS.
Graduation destination:
Automation graduates have been highly praised by the society for many years. Nearly 60% (20 10) students can continue to study for graduate students in measurement technology and instruments, detection technology and automation devices, pattern recognition and intelligent systems, control theory and control engineering, cartography and geographic information engineering, and power system automation, or go abroad for further study. The rest of the students enter enterprises, research institutes and military units related to measurement and control systems and intelligent instruments, robot intelligence, navigation and guidance, automatic environmental monitoring, remote sensing and geographic information systems, and power system analysis and control, and engage in technology development, project management, technical support and scientific research, thus becoming wide-caliber senior technical talents in this field.