What do electronics majors learn 30

Mainly learn electrical technology, electronic technology, information control, computer technology and other aspects of a broad engineering technology foundation and certain professional knowledge.

The main courses include computer operation and application, electrical principle, electronic technology, logic design, microcomputer principle, high-frequency circuit, electronic circuit CAD, electronic circuit design and technology, PCB design and production, industrial television, testing technology, single-chip microcomputer technology, PLC, computer network technology, home appliance maintenance technology, communication principle, mechanical drawing, etc. Electrical and electronic engineering (junior college and undergraduate called electrical engineering and automation or electrical automation).

E-Tech Learning Considerations.

Electronic technology is broad and profound, electronic products are diverse, to really understand and understand, by no means overnight. But we can't give up because of this, because the various circuits are not isolated from each other, and there are always inextricable links, so if you want to quickly master this technology, you need to think more and work hard.

On the basis of making successful simple circuits, actively create conditions, with the help of soldering irons, multimeters and other maintenance and measurement tools, repair more daily household appliances, make more complex circuits, expand the contact area as much as possible, think more when repairing, ask experts for advice, and constantly accumulate experience, so as to bypass and draw inferences from one another, only in this way can we practice solid basic skills.

The electronics major mainly learns the basic knowledge and methods of engineering drawing, projection principles, views, sections, sections, parts drawings, assembly drawings, isometric drawings, basic principles and basic laws of circuits, and also learns the principles, characteristics and main parameters of basic electronic devices and basic amplification circuits.

Electronics is a discipline that simulates electronic software, software application, development and other program control. The electronics major is divided into three professional directions: electronic information engineering, electronic science and technology, and electronic information science and technology.

The electronics major cultivates talents with basic theoretical knowledge and basic skills in intelligent electronic product design, quality inspection, production management, etc., who can be engaged in the design and development of intelligent electronic products, quality inspection, production management, sales and technical support skills of intelligent electronic products in the front line of electronic fields and departments.

Direction of employment

This major direction cultivates talents with basic theoretical knowledge and basic skills in intelligent electronic product design, quality inspection, production management, etc., who can be engaged in the design and development of intelligent electronic products, quality inspection, production management, sales and technical support skills in the field of electronics and the front line of departmental production.

Graduates are mainly engaged in the production and testing, maintenance, commissioning, production management and sales of CNC equipment or instruments, home appliance control systems, smart toys, automotive electronics, industrial control network communication equipment, medical instruments, environmental monitoring and other products in electronic enterprises, electronic companies and public institutions. Practical training session.

Electronic skills training, electronic comprehensive training based on CNC-based high-fidelity power amplifier, automatic detection technology training, comprehensive training based on AT89S51 single-chip microcomputer application and development, digital product design training, professional comprehensive training, top post internship, graduation internship and graduation design.

Electronic information engineering is a wide-mouthed major.

The scope of employment is very wide, technical work is mainly in the IT field, partial to computer hardware, of course, if you have a talent for software, you can also turn to software research and development. The main professional courses of the discipline are divided into two categories: electronic design and communication engineering.

So you can look for the direction of your future study or employment in two categories.

The direction of electronic design needs to learn good professional courses: circuit analysis, analog circuits, digital circuits, microcomputer principles, single-chip microcomputer, EDA...

Communication Engineering: Communication Electronic Circuits, Communication Principles, Signal Systems, Digital Signal Processing, Digital Image Processing, Mobile Communication Technology...

Of course, the two directions are not completely isolated, and there is a great intrinsic connection between the courses.

If you are employed, you can also choose to do sales and human resources in the IT industry, which require higher English and your communication skills, and do not require much professional knowledge. Of course, if you want to engage in technical routes, the wide major of electronic information engineering is far from enough for the depth of each practical technology, and it is recommended to continue your studies or continue your studies after two years of work.

I recommend further study units: Institute of Electronics, Chinese Academy of Sciences, Department of Electronics, Department of Electronics, Tsinghua University of Electronics, Department of Electronics, Department of Electronics, Department of Electronics, Department of Electronics, Department of Electronics,

Electronic majors mainly include: electronic information ZD, electronic information engineering, electronic science and technology, communication engineering, microelectronics science and engineering, optoelectronic information science and engineering, information engineering, radio and television engineering, underwater acoustics, electronic packaging technology, integrated circuit design and integrated system, medical information engineering, electromagnetic field and wireless technology, radio wave propagation and antenna, electronic information science and technology, telecommunication engineering and management, and applied electronic technology education.

Is it easy to learn about electronics majors, what courses do you mainly study, what are your future employment directions, and what are your employment prospects? The seniors of the famous school will introduce you!

Analog Circuits, Digital Circuits, Computer Programming, Advanced Mathematics.

The electronics major mainly learns the basic theories and basic knowledge in the fields of mathematics, physics, physical electronics, optoelectronics, and microelectronics. As well as the basic knowledge and methods of engineering drawing, projection principles, views, sections, sections, parts drawings, assembly drawings, isometric drawings, learning the basic principles and basic laws of circuits, but also learning to learn basic electronic devices and. The principle, characteristics, and main parameters of the basic amplification circuit.

Electronic science and technology is a technical discipline that studies and designs various components, integrated circuits and integrated electronic systems, and is also an important professional and technical field that China is vigorously developing and urgently needs talents. In short, this profession is to design integrated circuits or develop chips.

The so-called integrated circuit is to transistors (i.e., transistors), diodes, resistors, capacitors and other components and wires connecting them, through special processing technology, made on a semiconductor (such as silicon or gallium arsenide) sheet, through packaging to form a complete, with a specific function of the circuit is integrated circuit (these semiconductor sheets are called chips). This major is a new type of major integrating microelectronics, optoelectronics, materials and devices, large-scale integrated circuit design, and integrated optoelectronic system design.

It aims to cultivate compound senior engineering and technical talents with a broad theoretical foundation, experimental ability and professional knowledge in the fields of physical electronics, electronic technology and information technology, and can be engaged in the design, manufacture and corresponding research and development of new products, new technologies and new processes in various electronic materials, components, integrated circuits, and even integrated electronic systems and physical electronic systems in this field.

The main courses include electronic circuits, computer languages, principles of microcomputers, electrodynamics, quantum mechanics, theoretical physics, solid state physics, semiconductor physics, physical electronics and electronics, microelectronics, etc.

Ideological and Moral Cultivation and Legal Basis of Electronic Technology Major, English (I), Advanced Mathematics (Engineering), Linear Algebra, Electronic Measurement, Electrical Principles, Fundamentals of Analog Electronic Technology, Digital Circuits, Digital Circuits, Nonlinear Electronic Circuits, Principles and Applications of Microcomputers, Computer Fundamentals and Programming, Principles of Television, Electronic Technology Course Design, Electronic Technology Course Experiments, Introduction to Law.

Some of the students who graduated from the electronic technology major are admitted to the master's degree for further study, some go abroad to study for a master's degree, and the rest are employed in the society.

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Fundamentals of electronic technology is a discipline based on electrical engineering. 1. The foundation of electronic technology is a discipline based on electrician, especially the analog part, there are many circuits to analyze, so the basic electrician must be learned well, if only a simple electrician foundation, it is necessary to have a good understanding ability, such as when learning semiconductors, we must know the movement of the carriers, so as to better understand diodes and transistors. 2. Electronic technology includes two parts: analog electronic technology and digital electronic technology.

3. Analog electronic technology mainly includes four key points: amplification, feedback, filtering and oscillation. Amplifiers are divided into discrete component amplifiers and integrated amplifiers. 4. Digital electronic technology handles high and low levels.

It is mainly divided into two key points: combination logic circuit and sequential logic circuit. 5. At present, the logic circuits have been integrated, and they are divided into TTL (transistor-transistor logic circuit) and MOS logic circuit (MOSFET logic circuit).