Electronic and Information Engineering
This professional development with electronic technology and information systems based on knowledge, in all types of electronic equipment and information systems science and technology research, product design and development, technology management, application-oriented high-level expertise.After graduation students may be employed in government, research institutions, schools, enterprises and other units engaged in electronic information systems research, development, manufacture, testing and other work can also be engaged in electronic information technology, teaching and technology management.
Main courses:circuit analysis, analog electronics, digital electronics, signals and systems, communications, electronic circuits, program design, computer systems and applications, SCM principles and applications, smart instrumentation, digital signal processing and so on.
Electronic Information Science and Technology Specialty
This professional development with information and electronics, microelectronics, optoelectronics devices and system design, research and development, and operation and maintenance of the basic ability to engage in scientific research, teaching, product development, production technology or management expertise of senior applied.After graduation students can apply for government, research institutions, schools, enterprises and other units engaged in the development of electronic information, manufacturing, testing, inspection and other work can also be engaged in the teaching of electronic information technology, training and technical management.
Main courses:program design, computer systems and applications, circuit analysis, analog electronics, digital electronics, microelectronics technology infrastructure, photonics technology, optical display and drive technology, signals and systems, electromagnetic field and wave, SCM principles and applications and so on.
Computer Science and Technology Specialty
The professional training in computer software development, system testing, system maintenance, network management, software, technical training, advanced technology and management expertise.After graduation students may be employed in government, research institutions, software services outsourcing enterprises and other enterprises engaged in computer software design, enterprise information system management and maintenance, network systems engineering design, development, management and maintenance, etc. work can also be engaged in information technology education, training and technical management.
Main courses: basic programming, data structures, discrete mathematics, operating systems, computer organization, database theory, principles of computer networks, software engineering, compiler theory and so on.
This professional development in the field of communications research, design, manufacture, operation and defense industry in the development and application of communications technology and equipment innovation with a certain type of high-level application expertise.After graduation students can apply for government, research institutions, enterprises and other units engaged in communications and information systems technology research, development, manufacture, testing and other work, but also can engage in communication technologies, especially photonics optical communication technology in teaching and management work.
Main courses: circuit analysis, analog electronics, digital electronics, signals and systems, electromagnetic fields and electromagnetic waves, communication theory, communication systems Introduction to photonics technology, computer systems and applications, program-controlled switching technology, digital mobile communications, digital signal processing.