The curriculum for electronic information majors will vary from school to school and program schedule, but usually includes courses in the following areas:
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1. Digital circuit and logic design: Introduces the basic principle of digital circuit and the design and analysis of logic gate.
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2. Analog electronic technology: involves the design, analysis and testing of analog circuits, including the principles and design methods of amplifiers, filters and other circuits.
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3. Communication principles: Learn the basic principles of communication systems, including modulation, demodulation, multiplexing, coding and so on.
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4. Signal and system: covers the analysis and processing methods of signals and systems, including the representation and transformation, filtering and modulation of continuous time and discrete time signals.
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5. Microprocessor principle and application: Introduce the working principle, instruction set, interface and other basic knowledge of microprocessor and single chip microcomputer, and carry out the corresponding practical application.
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6. Electromagnetic field and electromagnetic wave: Explain the basic concept of electromagnetic field, the propagation and radiation characteristics of electromagnetic wave.
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7. Semiconductor devices and integrated circuits: Learn the structure, working principle and characteristics of various typical semiconductor devices and integrated circuits.
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8. Signal processing and digital signal processing: involves the basic methods and technologies of signal processing, including filtering, spectrum analysis, digital filter design, etc.
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9. Communication networks and protocols: Discuss different types of communication networks and protocols, including local area network, wide area network and wireless communication.
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10. Engineering practice and internship: Conduct laboratory practice, project design or internship to help students apply the theoretical knowledge they have learned to practical projects.
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The above are only some common courses for electronic information majors, and the specific course Settings may vary. It is recommended that you consult your school's course outline or official website for more detailed and accurate course information.
Electronic Information Technology courses: Basic circuit, basic electronic circuit, computer composition principle, C language programming, single-chip microcomputer technology, sensor and detection technology, electronic product production and maintenance, electronic product drawing and plate making, electronic instrument measurement technology, computer network technology
Embedded (ARM) technology, DSP technology, intelligent instrument technology, Surface mount (SMT) technology, electronic design automation, electronic product marketing, electronic process practice, electronic equipment installation training, electronic information integration practice, mechanical engineering, etc.
Electronic information includes communication engineering, electronic science and technology, electronic information engineering, integrated circuit design and integrated system, Internet of Things engineering, communication engineering, electronic information science and technology, electronic and computer engineering, artificial intelligence and other majors. These majors involve many fields such as electronics, communications and computers, mainly involving information acquisition, transmission, processing, storage and application, and are an important part of the current information technology field.
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Among them, the major of communication engineering involves digital communication, satellite communication, mobile communication, etc., the major of electronic science and technology involves electronic materials, electronic devices, integrated circuits, etc., the major of electronic information engineering involves electronic information system design, application, development, etc., and the major of integrated circuit design and integrated system involves integrated circuit design, manufacturing, testing, etc. The major of Internet of Things engineering involves Internet of things technology, applications, standards and other aspects, while the major of artificial intelligence involves machine learning, natural language processing, computer vision and other aspects.