What jobs do girls who study applied electronic technology have? Is it easy to find a job? What do you do? Is there a day shift and a night shift like entering a factory? ...

Professional characteristics of applied electronic technology

Pay attention not only to the cultivation of students' basic theory and knowledge, but also to the cultivation of students' practice and practical ability. The teaching content is always oriented to social needs. Through the teaching mode of combining work with study, project-oriented and task-driven, as well as productive training workshops, on-campus internships and other forms, the professional ability of students is greatly improved, so that students can have the professional ability of posts when they graduate and realize zero-distance employment. In the first academic year of this major, regardless of the professional direction, I mainly study the basic skills of electronic technology at school. In the second academic year, according to personal interests, under the guidance of professional and career planning instructors, choose the professional direction of electronic product engineering technology or electronic quality management technology to learn the professional core skills of this professional direction; In the third academic year, we mainly carry out electronic comprehensive skills training and skills expansion training, and carry out on-site internship and graduation design on campus or off campus.

Edit the employment direction of this paragraph.

The major of applied electronic technology is mainly engaged in the production, organization and management of electronic products for modern electronic product manufacturers (introduction of new electronic products, arrangement of trial production, production guidance, handling of abnormal problems on site, improvement of production technology, improvement of product performance and structure, preparation of process instructions, etc.). Typical jobs are: PE (production &; Process engineer) engineer. Electronic quality management technology major is mainly engaged in electronic product design and development, manufacturing, quality inspection and control, quality inspection and ex-factory inspection of electronic products raw materials for modern high-tech electronics industry. Typical jobs are: QE (Quality Engineer) engineer.

Employment direction

Some graduate students are admitted to master's degree for further study, some go abroad to study for master's degree, and some are employed in society. At present, the main employment channels are: network software development and design, network equipment research and development, electronic information product design, communication network maintenance and management, and information system integration. After graduation, students can engage in the design, application development and technical management of electronic equipment and information systems. For example, being an electronic engineer, designing and developing some electronic and communication equipment; Be a software engineer, design and develop all kinds of hardware-related software; Being a project supervisor and planning some large-scale systems requires high experience and knowledge; You can also continue to study as a teacher and engage in scientific research.

course

Course category course name credits

must

fixed

Fundamentals of moral education III

Introduction to political thought 4 3

Military theory 2?

Sports 6?

Practical English 10?

Applied Mathematics 4?

Electrotechnics 5?

Fundamentals of electromagnetism 4?

Low frequency electronic circuit 5?

Digital circuit 4?

Electronic engineering drawing 3?

High frequency electronic circuit 4?

Electronic measurement technology 3?

Sensing technology 4?

PLC technology 4?

Network technology 4?

Hardware assembly and maintenance?

Electronic CAD 4?

Electronic product technology 4?

Single chip microcomputer 4?

Professional English 2?

Employment guidance 1?

Computer skills assessment intensive training 1?

Basic electromagnetic training 1?

Electrician training 1?

Low frequency electronic circuit training II?

Digital circuit training 1?

Electronic engineering drawing training 1?

High frequency electronic circuit training 1?

Electronic CAD training 2?

Communication technology training 1?

Audio and video technical training 1?

Textual research on radio assemblers II?

Graduation internship 24?

Graduation thesis (design) defense 4?

Military training 2?

Entrance education and graduation education 1?

Form and policy education 1?

Elective courses are limited to: communication technology, electrical appliance maintenance, information product marketing,

Audio and video technology, microelectronics technology 19

Elective courses: according to the elective courses announced by the college, choose 6?

Edit the graduation criteria in this paragraph.

1, all required courses are qualified. 2. Get a total academic score of at least 155. 3. Obtain intermediate or above computer application ability certificate. 4. Pass the college English proficiency test. 5. Obtain the intermediate or above vocational qualification certificate of radio assembler issued by the Ministry of Labor and Social Security.

Professional development of editing this paragraph.

Development of Power Electronics Power electronics plays a key role in various high-quality, high-efficiency and high-reliability power supplies. Power electronics technology began with silicon rectifier devices in the late 1950s and early 1960s, and its development has gone through rectifier era, inverter era and frequency converter era, which promoted the application of power electronics technology in many new fields. The power semiconductor composite devices with high frequency, high voltage and high current, represented by power MOSFET and IGBT, developed in the late 1980s and early 1990s, indicate that the traditional power electronics technology has entered the modern power electronics era.

Development of power supply technology

In the application of power electronic semiconductor devices, it integrates automatic control, computer (microprocessor) technology and electromagnetic technology. For large electroplating power supply, the traditional circuit is bulky and bulky. If Gao Dun switching power supply technology is adopted, its volume and weight will be greatly reduced, the utilization efficiency of power supply will be greatly improved, materials will be saved and costs will be reduced. In electric vehicle and frequency conversion drive, switching power supply technology is indispensable, and the frequency of power supply is changed by switching power supply, so as to achieve nearly ideal load matching and drive control. High-frequency switching power supply technology is the core technology of various high-power switching power supplies (inverter welding machine, communication power supply, high-frequency heating power supply, laser power supply, power operation power supply, etc.). At present, power electronics, as the basis of energy saving, talent saving, automation, intelligence and mechatronics, is developing towards high-frequency application technology, modular hardware structure and green product performance. In the near future, power electronics technology will make power technology more mature, economical and practical, and realize the combination of high efficiency and high quality electricity consumption. Modern power electronics technology is the foundation of power technology development. With the continuous emergence of new power electronic devices and circuit topologies suitable for higher switching frequency, modern power supply technology will develop rapidly under the impetus of practical needs. Under the traditional application technology, the performance of switching power supply is affected by the performance limitation of power devices. In order to give full play to the characteristics of various power devices and minimize the influence of device performance on the performance of switching power supply, new power supply circuit topology and new control technology can make the power switch work in zero voltage or zero current state, thus greatly improving the working frequency, improving the working efficiency of switching power supply and designing a switching power supply with excellent performance. In a word, power electronics and switching power supply technologies are constantly developing due to application requirements, and the emergence of new technologies will update many application products and open up more updated application fields. The realization of high frequency, modularization, digitalization and greening of switching power supply will mark the maturity of these technologies and realize the combination of high efficiency and high quality electricity consumption. In recent years, with the development of communication industry, the domestic market demand of switching power supply for communication with switching power supply technology as the core exceeds 2 billion RMB, attracting a large number of domestic and foreign scientific and technological personnel to carry out research and development. It is the general trend that switching power supply replaces linear power supply and phased power supply. Therefore, the domestic market of electric power supply system, which also has a demand of 10 billion output value, is starting and will soon develop. There are many other special power sources and industrial power sources with power technology as the core waiting for people to develop.

Edit this business training

1, knowledge structure

(1), high-level electronic technology professionals with basic cultural knowledge. Including the basic principles of circuits, network theory, electronic technology, high-frequency electronic circuits, microwave and optical fiber communication, computer and multimedia technology, the use and maintenance of common electronic instruments and meters, and the knowledge of timely tracking new progress and cutting-edge technologies. (2) Master the use and maintenance of various electronic and communication equipment; (3) Master the necessary basic knowledge of electronic engineering. (4) Mastering a foreign language skillfully and reaching CET-3.

2, the ability structure

(1), students should have the operation ability of various electronic and communication equipment and related instruments and tools. (2) the ability to track new electronic technologies. (3), the development ability of computer network technology. (4), communication system development and maintenance capabilities. 5], communication room construction, management and maintenance capabilities. The department requires higher vocational students to strive for four certificates when they graduate: graduation certificate, college English level 3 certificate, national computer grade examination level 2 certificate, and advanced skill appraisal certificate for electronic or electrical product maintenance workers.

I don't think it is suitable for girls to do this, so I don't want to rule out what I like. I study electronic technology myself, but my seniors seldom develop it, because this major is very professional, and the knowledge in the school is too threshold and academic. There are not many that can really be quoted. . And it's too boring, not the working atmosphere of our young people. 、

The girls around me are basically engaged in employment, personnel, finance, electronic marketing and other work. Mainly in communication, sales and administration. It can reflect the youthful vitality of young people, and it is also the greatest capital for us to live in young people today.

The most important thing is that the income mentioned by LS is considerable. Several girls in the business department of our company are in their mid-twenties and mid-thirties, with a monthly salary of more than 8K. . . If it is an electronic application, you are already sweating and will work overtime. .

I think you understand! !