What is the difference between Computer Science and Technology and Electronic Information Science

It is two different majors, computer science and technology are mainly about computer knowledge.

Electronic information science and technology is the study of knowledge related to electrification.

1. The professional subjects are different.

Electronic science and technology is a national first-class discipline, with undergraduate majors such as automation, microelectronic materials and devices, and optoelectronic technology. Computer Science and Technology is a national first-class discipline, which consists of majors such as information security, software engineering, computer software and theory, computer system structure, computer application technology, and computer technology.

Second, the professional content is different.

Computer Science and Technology majors in Introduction to Big Data Technology, Data Acquisition and Processing Practice (Python), Web Front and Back End Development, Statistics and Data Analysis, Machine Learning, Advanced Database Systems, Data Visualization, Cloud Computing Technology, Artificial Intelligence, Natural Language Processing, Big Data Case Analysis, Cyberspace Security, Computer Networks, Data Structures, Xun Software Engineering, Operating Systems and other courses, as well as a series of experiments in the direction of big data.

Electronic science and technology involves many high-tech fields such as radio, television, circuits, images, radar, new technologies, microelectronics, artificial intelligence, etc. Mainly learn the basic theories and basic knowledge in the fields of mathematics, basic physics, physical electronics, optoelectronics, and microelectronics, receive basic training in related information electronics experimental technology, computer technology, etc., and master the design of various electronic materials, processes, parts and systems.

Third, the direction of employment is different.

Computer Science and Technology is mainly engaged in computer-related jobs, such as software engineers, game designers, cybersecurity engineers, etc. Electronic science and technology is mainly engaged in computers and their peripherals, household appliances and civil electronic products, communication equipment, industrial automation equipment, national defense and military, medical instruments, etc.

The study content of these two majors is relatively close, and they are all IT (information technology)-related majors, and they are in universitiesUndergraduate majorsIt is also a major in electronic informationThe key difference depends on the fact that electronic device science and technology focuses on "electronic devices", and electronic information technology science and technology focuses on "information content data signals".

Simply put, electronic computers.

The Science and Technology Major and the Electronic Device Science and Technology Major are the basic majors of Electronic Information Technology Science and Technology. The major of electronic computer science and technology focuses on the professional knowledge of computer software, the major of scientific and technological progress of electronic devices focuses on the professional knowledge in the field of electronic circuit and signal analysis, and the major of electronic information technology science and technology is an organic combination of the two. In addition, these three majors have high requirements for mathematics and physics.

The computer science and technology major is a very traditional computer major, and the content involved in the course content is closely related to the computer computer operating system.

The Internet and system software involve the system architecture of the computer operating system, the Internet, the database system, computer algorithms, algorithm design, compilation principles and other specific contents, and naturally also include digital circuits.

Design and digital integrated circuit expertise. The major of Electronic Computer Science and Technology attaches more importance to the integrity of the knowledge system, and is a fresh graduate.

If you have the idea of going to graduate school, you can consider the major.

The major of Electronic Device Science and Technology focuses on electronic circuits, electrodynamics, physics, theoretical physics, semiconductor physics, microelectronics, microcomputer principles, and computer languages.

etc., the profession is based on electronic components.

and application as the key core, in which the physical problem is the main premise. Electronic Device Science and Technology is a first-level discipline.

The employment scope of fresh graduates is very wide, and the development space is relatively broad. In addition, students in this major will have many directions to choose from when they are in graduate school.

The difference between them is that the content of the major is not the same, computer science and technology major is the technical introduction to big data, as well as data collection and processing practice, and the latter is mainly to learn some mathematics, as well as the basic physics, physics and electronics, the direction of employment is also different, the former will be engaged in some computer-related work after graduation.

The direction of study is different, the employment environment is different, the content of learning is different, and it is two completely different directions.

The content of learning is different, and the employment environment is also different, one is to study circuits, and the other is to engage in IT.

Electronic information science and technical science are more relatable than electronic device scientific and technological progress, and have its one aspect of the difference and deep optimization of scientific research. There is no electronic device technology that has as much coverage as advances. Key learning and training of basic principles and analysis of electronic circuits, electronic circuit design schemes, digital integrated circuits, digital circuit design, basic knowledge of electronic computers, etc.

Electronic communication engineering refers to the high scientific and technological content of electronic communication engineering, although it is similar to electronic information science and application. Key automatic control theory and intelligent control system of industrial manipulator. It integrates the development, design and specific application of modern computers, information content and communication.

There are many contacts with the design and construction of the construction unit. From a literal point of view, electronic information science and technology not only have "electronic devices" but also "information content", and the content it involves is not only scientific and reasonable electronic devices. It is a multi-industry interdisciplinary course that integrates scientific and rational electronic devices, communication and electronic computers.

Electronic information science and major belongs to the electronic information engineering in the engineering department, which can be awarded a bachelor's degree in engineering or science, and is one of the 10 additional technical majors in electronic information engineering.

Professionally speaking, electronic device science and technology belongs to electronic information engineering in engineering, which includes circuits and systems, physical electronics, microelectronics and solid-state microelectronics, magnetic fields and other professional directions. The major of electronic information science and technology is a combination of electronic technology and Internet technology, a combination of software and hardware technology, a wide caliber, a compound type, and an important future-oriented talent market in the information technology industry, which requires students to have solid basic knowledge and be proficient in the use of circuit design software and electronic components.

With a strong professional ability of optical mechatronics and practical application, as well as the professional ability to flexibly apply the basic knowledge to the control, this professional purpose depends on the creation of high-end technical personnel in the field of new products and new technology applications corresponding to electronic components and the communication industry, electronic control systems, management information system scheme design, design and development, etc. After graduation, students can be engaged in the production and processing, operation and quality control of electronic products and product research and development in electronic communication engineering related enterprises.

Electronic information science and technology, it is the use of electronic computers for scientific management and processing, more theoretical is related to data management knowledge, and for electronic science and technology, it is more technical, it is to learn computer technology, to create more scientific software; Both majors have a certain relationship with computers, but electronic science and technology are more closely related to computers.

Their courses are different, the meanings are different, the essence is different, the focus is different, the learning content is different, and the scope is different; The major of Electronic Information Science and Technology is related to computers.

Their content is different, electronic information science and technology is more oriented to the research of products, electronic science and technology are related.

Electronic information science and technology focuses on circuits and communication systems, while computer science and technology focuses on computer software and hardware.

Electronic information science and technology cultivates senior professionals in electronic information science and technology who have the basic theories and basic knowledge of electronic information science and technology, have received strict scientific experiment training and preliminary training in scientific research, and can be engaged in scientific research, teaching, scientific and technological development, product design, and production technology management in electronic information science and technology, computer science and technology, computer science and technology, and related fields and administrative departments.

Computer science and technology covers software engineering, mainly cultivating senior scientific and technical talents with good scientific literacy, systematically and well mastering the basic theories, basic knowledge and basic skills and methods of computer science and technology, including computer hardware, software and application, and being able to engage in computer teaching, scientific research and application in scientific research departments, educational units, enterprises, institutions, technology and administrative departments.

First, the profession is different.

1. Electronic information science and technology.

The major of electronic information science and technology cultivates senior professionals in electronic information science and technology who have the basic theories and basic knowledge of electronic information science and technology, receive rigorous scientific experiment training and preliminary training in scientific research, and can engage in scientific research, teaching, scientific and technological development, product design, and production technology management in electronic information science and technology, computer science and technology and related fields and administrative departments.

2. Major in Computer Science and Technology.

Computer Science and Technology (Computer Science and Technology) is a national first-class discipline, which consists of majors such as information security, software engineering, computer software and theory, computer system structure, computer application technology, and computer technology.

Second, the training requirements are different.

1. Electronic information science and technology.

Students in this major mainly learn the basic theories and technologies of electronic information science and technology, are trained in scientific experiments and scientific thinking, and have the basic ability of applied research and technology development in this discipline and interdisdislinary.

2. Major in Computer Science and Technology.

Students in this major mainly learn the basic theories and basic knowledge of computer science and technology, accept the basic knowledge of computer research and application, and have the basic ability to research and develop computer hardware and software.

3. The main courses are different.

1. Electronic information science and technology.

Circuit Analysis Principle, Electromagnetic Theory, Antenna Principle, Electronic Circuit, Digital Circuit, Algorithm and Data Structure, Computer Basics, Microcontroller, Signal and System Analysis, ARM Embedded System, Analog Circuit, High Frequency Circuit, Communication Principle, etc.

2. Major in computer science and technology.

Public courses: Mathematics (Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, Discrete Mathematics, Numerical Analysis), Politics (Introduction to Marxist Thought, Introduction to Thought and Socialism with Chinese Characteristics, Ideological and Moral Cultivation and Legal Foundation, Outline of Modern Chinese History), College English, Physical Education.

Professional basic courses: circuit principles, analog electronic technology, digital logic, microcomputer principles, assembly language, operating system principles, compilation principles, algorithms and data structures, object-oriented methods, C language, C++ language, etc.

Both fields of electronic information and computer science and technology are related to electronics and computers, but they have some differences.

Electronic information is a broader field that involves the intersection of electronic technology and information science. Electronic information mainly focuses on the application of electronic technology, including electronic devices, electronic circuits, electronic communications, signal processing, etc. It covers electronic circuit design, electronic device manufacturing, electronic communication systems, wireless communications, digital signal processing, embedded systems and other directions.

The application range of electronic information technology is very wide, involving electronic equipment, communication systems, wireless networks, semiconductor industry, power systems, medical equipment and so on.

Computer Science and Technology is primarily concerned with the design, development, analysis, and application of computer systems. It covers both hardware and software, including computer architecture, operating systems, software engineering, programming languages, database systems, etc. Computer science and technology mainly studies computer computing principles, algorithm design and analysis, program development and optimization, database management and application, etc.

It is widely used in software development, data analysis, artificial intelligence, cybersecurity, and other fields.

In general, electronic information is mainly concerned with the application of electronic technology and electronic communication systems, while computer science and technology is mainly concerned with the design, development, and application of computer systems. There is some overlap between the two, but they also have their own characteristics and areas of focus. When it comes to learning and career development, you can choose the right field based on your personal interests and career goals.

First, the research direction is different.

1. Electronic information engineering: It is a discipline that applies computer and other modern technologies for electronic information control and information processing, mainly researching the acquisition and processing of information, the design, development, application and integration of electronic equipment and information systems.

2. Computer Science and Technology: Mainly learn the basic theories and basic knowledge of computer science and technology, accept the basic knowledge of computer research and application, and have the basic ability to research and develop computer hardware and software.

Second, the learning curriculum is different.

1. Electronic Information Engineering: Circuit Theory Courses, Computer Technology Courses, Information Theory and Coding, Signals and Systems, Digital Signal Processing, Electromagnetic Field Theory, Automatic Control Principles, Sensing Technology, etc.

2. Computer Science and Technology: Circuit Principles, Analog Electronic Technology, Digital Logic, Microcomputer Principles, Assembly Language, Operating System Principles, Compilation Principles, Algorithms and Data Structures, Object-Oriented Methods, C Language, C++ Language, etc.

Third, the direction of employment is different.

1. Electronic information engineering: can be engaged in the research, design, manufacturing and management of various electronic information systems such as radar, navigation, communication, guidance, etc., or apply for master's degree in related disciplines of this major.

2. Computer science and technology: After graduation, senior professional engineering and technical personnel who can manage and serve the computer network system and information security of the bridge chong in the fields of national defense, military, telecommunications, electric power, finance, railway and other departments. and can continue to pursue a master's degree in information security, communications, information processing, computer software and other related disciplines.