△ Electronic Information Engineering
Training objectives This major aims to cultivate all kinds of advanced engineering technology and management talents with solid basic knowledge and skilled basic skills of electronic technology and information system, strong self-knowledge updating ability, innovation ability, scientific research ability and rapid social adaptation ability, master certain basic knowledge of meteorology, and design and production of electronic engineering. Can engage in electronic equipment, meteorological electronic instruments and equipment, electronic information system research, design and application development.
The students of this major mainly learn the basic theories and knowledge of electronic technology and electronic engineering, signal detection and processing, electronic equipment and information system, etc., and carry out the basic training of electronic and information engineering practice (including production practice, metalworking practice, electronic process engineering training, graduation practice and the experiment of each specialized basic course and specialized course). With good scientific quality and meteorological background, with the design, development, application, integration of electronic equipment and information system basic ability and independent work ability, and has a strong self-knowledge update ability, innovation ability and a wide range of scientific adaptation ability.
Graduates should acquire knowledge and abilities in the following areas:
1. Systematically master the broad technical basic theoretical knowledge in the professional field, master the basic skills and engineering implementation methods of electronic information engineering, and adapt to a wide range of work in electronic and information engineering.
2, master the basic theory and practical technology of electronic circuits, have the basic ability of independent analysis, simulation, design of electronic equipment and systems, and have a certain degree of self-innovation and application ability in the field of meteorology.
3, master the basic theory of signal and information acquisition, processing and expression and the general method of application, with the basic ability of design, integration, application and computer simulation of information system, and have the basic skills of electronic countermeasures and network application and security.
4. Master the general design and research methods of modern electronic technology and electronic engineering, and have the ability to independently develop and research new technologies, new electronic equipment and systems.
Main subject: Communication Engineering, Electronic Science and Technology, Computer Science and Technology.
Main course Advanced Mathematics, Engineering Mathematics, College Physics, College English, Fundamentals of Circuit Analysis, Analog circuits, digital circuits, High frequency circuits, Signals and Systems, C language, Principles and applications of microcomputer, digital signal processing, Communication principles, Electromagnetic fields and electromagnetic waves, Principles of automatic control, Principles and applications of single chip Microcomputer, embedded systems and applications, Fundamentals of electronic Measurement Technology, electromagnetic compatibility, etc. Close the course. Special courses in meteorology include: Introduction to Atmospheric science, Foundation of modern lightning protection technology, Introduction to public meteorological Service, meteorological instruments, atmospheric sounding.
The main practical teaching links include professional basic courses and professional courses experiment, computer training, course design, production practice, metalworking practice, electronic technology practice and integrated electronic system design training, graduation practice and graduation design. The practical teaching session is not less than 30 weeks.
The main professional practice is electronic circuit experiment, electronic system simulation experiment, electronic process experiment, integrated electronic system design and production, computer control system design and implementation, electrical signal and non-electrical signal detection and processing experiment.
Students can pursue master's and doctoral degrees in information and communication engineering, measurement and control technology and instruments, electronic science and technology, mechanical and electronic engineering, biomedical engineering, automation, computer science and technology, control engineering and other disciplines.
The employment direction is mainly engaged in research, design, development, teaching, installation, production and administrative management of electronic information, electronic equipment, electronic systems, electronic technology and electronic engineering in scientific research institutes, military forces, educational units, administrative organs, financial institutions, companies and institutions of all kinds.
