Electronic science and technology, electronic information engineering, computer science and technology, which is better, which is better for employment, thank you.

Electronic science and technology, electronic information engineering and computer science and technology are similar and belong to similar majors. The following is a comparison of the three majors:

First, the employment direction comparison

Electronic science and technology: electronic enterprises: electronic technology, electronic engineering, communication technology, integrated circuit design, electronic component development, software and hardware design of measurement and control instruments, and electronic system design; IT enterprises: software engineering and hardware engineering.

Electronic information engineering: electronic enterprise: electronic technology, engineering technology, communication engineering, technology introduction, technology development, product research and development, system design, manufacturing and production management; IT enterprises: software development, system research and development.

Computer science and technology: IT enterprises: technology development, program design, software engineering, hardware engineering, product manager, product operation and product design; Government and scientific research institutions: network security, network development, system maintenance and configuration management.

Second, the comparison of learning content.

Electronic science and technology: circuit foundation, computer structure and logic design, signal and system, electronic circuit foundation, microcomputer system and interface, electromagnetic field theory, solid state physics foundation, analog circuit foundation, integrated circuit, semiconductor physics, automatic control principle and technology, DSP technology, etc.

Some colleges and universities train professional directions: automation, intelligent electronics, microelectronics, physical electronics, electronic materials and components, printed circuit technology and technology, physical electronics and photoelectric technology.

Electronic information engineering: signal and system, circuit analysis, electronic technology foundation, high-frequency electronic technology, electronic measurement technology, analog circuit foundation, electromagnetic field and electromagnetic wave technology, RFID principle and application, automatic detection technology, computer network, sensing and detection technology, network and office automation technology.

Some colleges and universities train the following professional directions: telecommunications, Internet of Things, electronic engineering, communication engineering, embedded system, electronic technology application, electrical and automation, electronic design automation, mobile Internet application, avionics maintenance, mobile equipment application development, and automotive electronic design and development.

Computer science and technology: C++ programming, Java programming, database system principle, computer network principle, computer system structure, data structure, operating system, software engineering, discrete mathematics.

Some colleges and universities have specialized fields: NET, JAVA, big data, cloud computing, software engineering, financial informationization, embedded software, media design and production, computer network technology, and mobile Internet information and technology.