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Electronic information science and technology is a wide caliber major, including electronic science and technology and information science technology and technology two contents, the learning content involves electronics, information technology, computer three major knowledge plates, its training direction some colleges and universities involve three directions, such as wireless communication, image transmission and processing, information electronic technology, etc., some colleges and universities cover two professional directions, such as communication and electronic systems and signal and information processing.
Curriculum: Main disciplines: Electronic Science and Technology, Computer Science and Technology.
Main courses: Principles of Circuit Analysis, Electronic Circuits, Digital Circuits, Algorithms and Data Structures, Computer Basics, etc.
The main practical teaching links: including production practice, graduation**, etc., generally arranged for 10-20 weeks.
Duration: 4 years.
Degree awarded: Bachelor of Engineering or Science.
Computer science and technology majors are trained and cultivated to meet the needs of modernization. All-round development of morality, intellect and physique, solid foundation, wide range of knowledge, strong ability, high quality and innovative spirit, systematically master the basic theory and application of computer hardware and software, have strong practical ability, can be engaged in computer technology research and application in enterprises and institutions, first-class organs, administrative departments, hardware, software and network technology development, computer management and maintenance of application-oriented professional and technical personnel.
Main courses: Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, Discrete Mathematics, Combinatorics, Computer Principles, Artificial Intelligence, Fundamentals of Programming, Object-Oriented Programming, Digital Logic Circuits, Analog Electronic Technology, Data Structures, Algorithm Design, Web Programming, Computer Composition and Structure, Operating Systems, Principles of Database Systems, Principles of Compilation, Computer Networks, Network Engineering, Software Engineering, Database Applications, Information Security, Microcomputer Technology, Assembly Language, Microcontroller technology, embedded systems, embedded operating systems, embedded design and applications, mobile device application software development, etc.
Practical teaching includes engineering training, computer application basics, training, understanding practice, production practice, graduation practice, teaching experiment, social practice, curriculum design, comprehensive design, graduation project (**) and other links.
Duration: 4 years.
Degree awarded: Bachelor of Engineering or Science.
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。。。First of all, electronic information, in many colleges and universities is to divide this into electronics, information two majors, electronics, information, computer science is the basic major of weak electricity, for mathematics and physics and other basic courses are the same, electronics tend to circuit design and other hardware parts, information focuses on signal science, computer science focuses on computer application technology (software, computer control), as for the program ape... Most of the three majors will go to be programmers.。。。
Technology and electromechanical should be an interdisciplinary discipline of electronics, automation, and machinery, that is, to engage in robots, motors, or something, and there is no undergraduate major in mechatronics in better universities.
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First of all, the electronic information major may be a little better.
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Summary. Introduction: Electronic information science and technology mainly studies the basic knowledge and skills of electronics, information technology and computer, involving modern electronic technology, modern communication technology, computer technology and network technology.
For example: the development of wireless communication technology, the research and development of face recognition systems, the design and manufacture of electronic products such as smart phones and computers.
Is the electronic information science and technology major suitable for female students?
Introduction: Electro-pneumatic dismantling information science and technology mainly studies the basic knowledge and skills of electronics, information technology and computer, involving modern electronic technology, modern communication technology, computer technology and network technology and other fields. For example:
The development of wireless communication technology, the research and development of face recognition systems, the design and manufacture of electronic products such as smartphones and computers, etc.
Courses: Principles of Electrical Circuit Analysis, Electromagnetic Theory, Antenna Principles, Electronic Circuits, Digital Circuits, Algorithms and Data Structures, Computer Fundamentals, Microcontrollers, Signal and System Analysis, Arm Embedded System, Analog Circuits, High-frequency Circuits, Communication Principles, etc.
The training objectives of the major of electronic information science and technology are: to enable students to systematically master the basic theories in the field of electronic information science, have strong comprehensive skills in electronic system design, analysis and problem solving, and be competent in scientific research and technology development in the fields of communication, microwave, network, information detection and control. The main courses offered in the undergraduate program are:
Signal and Information System, Digital Signal Processing, Complex Variable Function, Mathematical Methods, Electromagnetic Field Theory, High Frequency Circuit, Microwave Theory and Technology, Network and Communication, Modern Information Technology Experiment and Electronic Information Professional Experiment, etc. Refers to sleepiness.
Is it suitable for girls to study?
Suitable.
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Hello dear! Electronic Information Science and Technology is a comprehensive discipline involving electronics, communication, computer and control, mainly studying the theory and technology of electronic information generation, transmission, processing and application. The training goal of this major is to cultivate senior engineering and technical talents with the design, development, application and management ability of electronic information system, who can adapt to the needs of the rapid development of the electronic information industry and contribute to the country's economic construction and social development.
The curriculum of this major includes basic courses such as circuit analysis, digital circuits, signals and systems, analog electronic technology, communication principles, microprocessor principles and applications, computer networks, as well as professional courses such as communication engineering, embedded system design, digital technology, and intelligent control. Students also need to conduct experiments and practical sessions, such as electronic circuit experiments, communication system experiments, software development practices, etc., in order to improve their practical operation ability and ability to solve practical problems. After graduation, students majoring in electronic information science and technology can engage in R&D, design, application and management in the fields of telecom operators, communication equipment manufacturing enterprises, computer software companies, Internet enterprises, etc.
At the same time, with the continuous development of information technology and the expansion of application fields, the employment prospects of this major are becoming more and more broad.
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No, it's a wide-bore specialty. Electronic information science and technology major is a wide caliber major, including electronic science and technology and information science and technology two pre-mausoleum content, the learning content involves electronics, information technology, computer three major knowledge plates, its training direction some colleges and universities involve three directions, such as wireless communication, image transmission and processing, information electronic technology, etc.
The major aims to cultivate students who have a solid foundation in mathematics and physics, are trained in good scientific thinking, scientific experiments and preliminary scientific research, systematically master the basic theories and basic skills of electronic information science and technology, are familiar with modern electronic technology, modern communication technology, computer technology and network technology, can adapt to the rapid development of electronic information science, and have a good knowledge structure and adaptability.
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Although there is a certain connection and overlap between electronic information science and technology and computer science, they are not exactly the same.
Electronic Information Science and Technology is a discipline that involves knowledge in the fields of electronic technology, information theory, communication principles, signal processing, and semiconductor devices. In this major, students learn about circuit principles, digital signal processing, communication system design, and more. The Department of Electronic Information and Technology focuses more on the research of electronic devices, communication systems, signal processing, etc.
The Computer Science major focuses more on the research and application of computer science and computer technology. Students will learn the basic principles of computers, including computer hardware, software, operating systems, programming skills, data structures and algorithms, network technology, etc. Computer science majors are more focused on the design and development of computer systems and software, as well as the study of computer applications.
Although there are similarities between the two majors, such as the intersection of digital electronic technology, embedded systems, communication networks, etc., the electronic information science and technology major usually involves the field of electronic technology and communication in more depth, while the computer science major focuses more on computer science and software development.
It is important to note that there may be differences between schools and countries regarding subject offerings and program names, so the specific program names and curriculum may vary from region to region and school to school. When choosing a major, it is best to carefully study the curriculum of the major and understand the core areas of the major and the direction of job search so that you can make a choice that suits your interests and goals.
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<> "Everyone who is about to choose this student, as a senior senior sister, I have now prepared a professional guide for you, don't miss it.
1. Professional introduction
Electronic information science and technology mainly studies the basic knowledge and skills of electronics, information technology and computer, involving modern electronic technology, modern communication technology, computer technology and network technology and other fields.
2. Learning content
Fundamentals of Analog Circuits", "Electromagnetic Field and Electromagnetic Wave Technology", "Sensor Technology and Application", "Principles of Microcontroller System", "Digital Circuit Logic Limb Scheme", "Wireless Sensor Network", "Semiconductor Physics", "Principles of Circuit Analysis", "DSP Technology and Application".
3. Employment direction
Electronic enterprises: product design, manufacturing, product assembly, equipment commissioning, product testing, equipment operation, equipment maintenance, production management, maintenance management; Communication enterprises: system development, technical support, communication technology, information processing.
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