Which is more difficult to learn, computer science and technology or communication engineering?

In terms of the popularity of computers now, computer major is definitely a hot major. But even if everyone knows the fashion, where is it? What can you do in the future? There must be a lot of children's shoes confused, right? Then read my post, which may give you some inspiration.

First, continue to study.

Even if you study hard for four years, it is not enough in terms of the ever-changing update of computer knowledge. Therefore, we must go up a storey still higher and study more professionally. Subdivide it again, that is, the academic performance is particularly excellent, and I went to the postgraduate entrance examination to study for a doctorate; Learning generally enters all kinds of computer professional schools. Of course, the school you choose must be the best in the local area, especially the training school with guaranteed employment. For example, you can choose Beida Jade Bird Vision Wei School in Xi 'an, which claims to be the best employment, and you can choose great prospects in Beijing …

Second, specialized personal work.

In the IT industry, it is usually a team work, with a fine division of labor. For example, if you are a website, you are a front desk specialist and a background specialist. Therefore, children's shoes who are interested in software programming, technology research and development, website webpage production, etc. If you plan to enter this kind of company, I suggest you study your special ability from now on.

Third, the website network maintenance

Almost every company has its own website, so it is necessary to ask a professional company to maintain it or send someone to maintain it. Outside the company, there is also a network maintenance job-Internet cafe administrator, which is also a good choice.

Fourth, go it alone.

If the ability is good enough, the technical level in all aspects is good, and you have your own contacts, you can try to go it alone. At first, the amount of money was not high, and after slowly forming a word of mouth, the money naturally flowed.

Professional concept of electronic information engineering;

Electronic information engineering is a subject that uses modern technologies such as computers to control and process electronic information. It mainly studies the acquisition and processing of information, the design, development, application and integration of electronic equipment and information systems.

Now, electronic information engineering has covered many aspects of society, such as how to deal with all kinds of telephone signals in telephone exchanges, how to transmit our voices and even images by mobile phones, how to transmit data in the networks around us, and even how to keep the information transmission of the military secret in the information age. We can learn some basic knowledge to understand these things, and we can apply more advanced technology to develop new products.

Training objectives of electronic information engineering specialty;

Pay attention to cultivating the basic knowledge and ability of electronic information technology; Have the basic ability of assembly, debugging and design of electronic products, and have the ability of installation, debugging, maintenance and application of general electronic equipment; Ability to install, debug, repair and maintain office automation equipment; Ability to read, analyze, install, debug and maintain circuit diagrams of communication equipment and household electronic products; Ability to design and organize intelligent control of electromechanical equipment; Ability to read English materials and use computers.

The main content of learning:

Electronic information engineering major is to learn basic circuit knowledge and master the method of processing information with computer. First of all, we must have solid mathematical knowledge and high requirements for physics, mainly electricity; Learn many basic courses such as circuit knowledge, electronic technology, signal and system, computer control principle, communication principle, etc. To study electronic information engineering, you have to design, connect some circuits and conduct experiments with computers. The requirements for hands-on operation and use of tools are also relatively high. For example, I will connect the circuit of the sensor myself, build a small communication system with a computer, visit the electronic and information processing equipment of some big companies, and learn about cell phone signals and cable TV.

The core courses of electronic information engineering specialty include single chip microcomputer technology, EDA technology, DSP technology and embedded system. As long as you are proficient, you can live a decent life. There are also some important courses, such as circuit, CAD and operating system.

Statistics on employment distribution of university graduates in China;

State-owned enterprises: 18. 17%

Private enterprises: 15.79%

Organ: 13.50%

Postgraduate admission: 13.33%

Scientific research and design unit: 8.83%

Other institutions: 5.90%

Foreign-funded enterprises: 4.55%

Universities: 3. 15%

Army: 2.67%

Going abroad: 1.62%

Primary and secondary schools and other teaching units: 0.92%

Financial unit: 0.69%

Medical and health units: 0.07%

Our related majors:

The employment rate of this major is 90.24% in electronic engineering, 72.98% in applied electronic technology and 86.36% in information engineering. Electromagnetic field and microwave technology 83. 10%, radio and television engineering 75%, electronic information engineering 94. 17%, radio technology and information system 95.54%, electronic and information technology 96.29%, photogrammetry and remote sensing 97.8%, public security imaging technology 100%.

Employment direction of electronic information engineering:

With the deepening of social informatization, most industries need high-paid electronic information engineering professionals. Employment prospects: Mainly engaged in research, design, manufacture, application and development of various electronic equipment and information systems. Five provinces and cities with the largest employment distribution: Beijing, Guangdong, Jiangsu, Shanghai and Tianjin.

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.

Answer 1: If it's easy to find a job, learn MCU, ARM and FPGA. There are many such jobs, and people with several years of experience earn more than 6000 yuan. If you are not afraid of programming, mathematics and algorithms, signal processing and DSP are also good choices, and the income of those who can undertake the project is about 8 thousand to 1 10 thousand/month.

Answer 2: If you are familiar with the network, you can do network management, network maintenance and website construction in enterprises and institutions. "Comfortable!"

Answer 3: Can skillfully use c++ programming and be familiar with the operating system. Familiar with the underlying software can become a full-time programmer and system engineer. "It's hard work, but the salary is not low!"

Answer 4: I can skillfully use JAVA, and can handle object-oriented enterprise application development, enterprise WEB page design, internet visualization software development, animation and JAVA game development on the web server mobile phone. "Very fashionable job, the mood at work is very important, haha!"

Answer 5: If you are familiar with linux, you can compete freely in the linux world. All you need is a computer, an Internet connection and a good brain. Your linux comrades will judge your ability according to your point of view, your code and your other contributions. "Don't worry about finding a job, it will come to you!" "

Answer 6: You can skillfully use protel, and you can find a job in circuit board, such as designing PC boards and so on. "Follow the rules, keep quiet, and stand aloof from the world, but you can't do it all your life, can you?"

Answer 7: You are familiar with single chip microcomputer, so you can find a job to develop programming applications with single chip microcomputer. "Small businesses have many small products, some of which have their own fun."

Answer 8: If you have the basic knowledge of DSP, you can seek jobs in artificial intelligence, pattern recognition, image processing or data acquisition, neural network and other fields. "It will be a pillar of the company in the future!"

Answer 9: If you are familiar with ARM, you can become a product development engineer in the fields of portable communication products, handheld computing, multimedia and embedded solutions. "Ha, a new IT elite is born!"

Answer 10: You are familiar with EDA, HDL language and various algorithms, such as FIR, FFT and CPU. At the same time, master the application of the latest FPGA/CPLD devices, and apply modules with independent intellectual property rights to ASIC. "Congratulations, you will soon find a job with a monthly salary of tens of thousands."

Answer 1 1: What? You don't know anything? These four years have been wasted! ? Then ask the teacher how to teach you, and come back and ask yourself how to learn! Take time to make up lessons while looking for a job!

Salary standard for graduates majoring in electronic information engineering:

Electronic engineer, designing and developing some electronic and communication devices, the starting salary is generally 2000 -6000 yuan/month; Project supervisor, planning some large-scale systems, requires high experience and knowledge, and the starting salary is generally above 4000 yuan/month; Visual C++ combined with low-level complex calculation and development is very difficult, with a five-year salary of 60,000 to 1 10,000 yuan; Single-chip microcomputer is generally in the field of industrial control, with a five-year salary of 4~6 thousand. I'm talking about wages in coastal cities; In addition, the salary is very low, such as single chip microcomputer. If you can program the upper computer, it means that you have mastered the development of the whole system, and your salary will be 1~3 thousand. Basically, the more difficult it is, the fewer people you want and the higher your salary. The simpler and more popular things are, the more people want them, and the less wages they get. But if you go deep into an industry and master the whole business process of industry development; Or I met some customers and had projects at hand. I think the annual salary should reach several hundred thousand or even more. At that time, you may have to start your own company.

People engaged in electronic technology, such as analog circuits, radio frequency circuits, power supplies and even integrated circuit design. If you have a certain physical foundation and love to do it, you should consider these difficult directions. Although it's not easy to get started, it's all very professional things. Most of them with more than 5 years' experience have a monthly salary of more than 1 10,000 (Agilent recruits RF engineers in Beijing with a monthly salary of $4,000), and these majors are sacred books to outsiders. The older you get, the more popular you are in these industries. But these majors need you to read graduate students.

Improve English, mathematics and practical ability;

Telecommunications is a good major: it is widely used and intersects with computers, communications and electronics; But this line is biased, so the ability to do it is very important; This major requires a lot of math and English, and it is very depressing to learn. It is necessary to get high-paying English. To eat this bowl of rice, practical ability and mathematics are basic skills; Of course, you are not required to be a mathematician, as long as you can understand formulas, such as calculus and probability statistics formulas, at least know what you are talking about, while linear algebra requires more, because any book about an algorithm will eventually turn the algorithm into matrix calculation (so that you can program, and a considerable part of modern electronic engineering is programming).

For the practical ability, junior students had better weld and assemble some small circuits to strengthen their perceptual knowledge of analog, digital and high-frequency circuits (these three are the core of electronic circuits); Tools? Just find the cheapest one! Electric soldering iron and multimeter are essential. Can I buy a second-hand oscilloscope circuit diagram if I have money? It is often published in radio magazines. Radio enthusiasts get started, which is very conducive to practical operation.