Is it good to study mathematics for computer application technology?

It should be good, and if you want to learn, you should not only be good at math.

The most important thing is that the knowledge of the computer industry is updated very quickly, and it is necessary to continue to learn, and the basic learning in the school classroom is the skin, that is, the basic principles and operations, and the key is to do it yourself, and many of the things learned in the school are outdated, not suitable for social development, and the applicability is poor, which requires you to consciously learn more things in a targeted manner, so as to facilitate future employment.

Major in Computer Applications.

Learn more miscellaneous, programming languages.

Network technology and communication technology will be involved, but the application of technology is very shallow, not difficult to learn, but not conducive to employment.

Computer major per year.

The number of applicants is very large, and the competition for popular majors is very fierce. There are many subjects in the computer test, and there are also additional test courses; The exam for computer science majors is also relatively difficult, and the pass rate is not very high.

Major in Computer Application Technology.

Cultivate adaptation to computer technology.

In the needs of development and application in enterprises and institutions, with solid basic computer knowledge, computer professional knowledge and strong computer office automation, database and other common software application capabilities, computer network basic application capabilities.

Fields of application. 1. Scientific computing (or numerical computing) Early computers were mainly used for scientific computing. Scientific computing continues to be an important area of computer applications. Such as high-energy physics, engineering design, meteorological forecasting, aerospace technology, etc.

Due to the high speed and accuracy of computing and the ability of logical judgment, new disciplines such as computational mechanics, computational physics, computational chemistry, and biological cybernetics have emerged.

2. Process detection and control uses computers to automatically detect certain signals in the industrial production process, and store the detected data into the computer, and then process the data as needed, such a system is called a computer detection system.

In particular, the intelligent instrumentation formed by the introduction of computer technology will be industrialized.

Pushed to a higher level.

1. The computer is a high-tech product, if you want to learn hardware production, software research and development is difficult, it is best to go to a university or professional school for systematic learning; If it is not difficult to use, because computer use is a process problem. You don't need to know why you do it, as long as you are not illiterate, you can learn to use the computer.

Second, the use of computers generally does not need to be systematically learned, in line with what you want to do, just learn what you want. If you want to watch the news on the Internet, turn on the computer, open the browser, generally set a**Navigation as the home page, find a comprehensive**, and select the news you are watching in the page. If you want to play QQ, play games, start QQ, games, and operate according to the rules.

3. Asking someone to teach is the best, fastest and easiest way to learn a computer. It is best to ask the person around you to teach, he operates, you watch, while taking notes, after the guidance of the person who teaches, you follow the process of recording to operate, so that this problem, you will know, and it will be a proficient problem in the future.

Fourth, relying on self-study is also a practical way, go to the bookstore to buy a few computer entry-level books that can be understood, while reading, while doing hands-on operations, you can generally learn.

5. Typing is one of the problems encountered in learning computers, I think as long as you can type, you don't have to pursue any speed. Pinyin input method, such as pinyin, intelligent ABC, Sogou pinyin, QQ pinyin; Can't pinyin can learn Wubi input method; Otherwise, use a clippad or audio input.

6. If you want to learn systematically, the learning content should be from shallow to deep. There are many books on the basic introduction to computers, which are generally marked with "basic tutorials", "training tutorials", "introductory basics", "learning from scratch", etc. You can first learn the operating system (xp win 7 w 8 10), word processing (word2003 2007 2010 2013), surfing the Internet, and computer assembly and maintenance, etc., and then learn what you like later.

7. If you have difficulties in self-study, you can sign up for a local computer training class to learn what you want to learn.

At present, most of the majors in China are biased towards the use of software, software development itself is not difficult, but many students do not do real development, the more difficult it is to learn, and then it is difficult to learn the rumor of the computer, the real beginner people feel that the computer is not difficult, in fact, all things in the world are afraid of serious two words, this major has a high salary, if you don't pay, it is easy to learn, will there be such a high salary? I tell you as a person who has come over, it is not difficult, study hard, do more, you will definitely be able to learn, and I look forward to you getting a high salary when the time comes, come on.

It's not difficult, because learning computer science starts from scratch. As long as you choose your own computer, you will follow it from the beginning, learn the basics of computer science, and then learn the professional knowledge and technology you like, and follow these slowly, let's just not slack off. As long as you study hard, you can learn.

Computer is a big concept, and you don't know what you want to learn, so let's learn computer programming!

In fact, learning computers has nothing to do with age, as long as you can read computer instructions**, it depends on personal interests.

In fact, I think the sooner you learn about computers, the better, provided you have that ability and interest. As far as the future development is concerned, computers will be ubiquitous, and their applications will only become more and more widespread!

So, programming should start with the baby, that's not an empty word!

To sum up, if you have a deep interest in computers and have the relevant conditions, junior high school students are just the right age, neither big nor small, the sooner you learn, the better!

Of course, computers are difficult, but computer majors are also known to have high salaries. But it doesn't mean that junior high school students have a hard time learning, but college students have an easy time learning. The key is personal interest and perseverance!

If it weren't difficult, and everyone would come to study, wouldn't the computer major be all over the streets, and the scarcity would be expensive, so could the salary be high?

Therefore, if the computer is difficult, most of the people can be eliminated. But if you are interested in it and can persevere, I personally think it's not a big deal.

If you want to learn, let's do it!

Good luck with your studies!

It's not difficult to learn, it's all zero-based teaching, starting with typing. Xinhua College has a major set up specifically for junior high school graduates, which is mainly to learn computer application skills, emphasizing.

Practical skills, junior high school graduates can learn well; The professional computer school can teach students according to their aptitude, so that junior high school graduates can not only learn computers.

At the same time, they can learn, learn well, and successfully find employment.

Computer application technology is not difficult to learn. This is a miscellaneous but not refined, non-directional major, and the basic knowledge of various technical fields of computer science is learned.

It takes 10-20 years to be proficient in a programming language, and many programming languages are designed with great limitations or are too complex, so that people who learn programming cannot fully grasp them.

The difficulty of programming, 1 English letter, this is very fatal, because we look at Chinese from a young age, we can do ten lines at a glance, but looking at English, our reading level has dropped significantly. This greatly affects our understanding of ** and the speed of programming.

2 The excessive use of punctuation, English's love for punctuation far exceeds that of Chinese, resulting in us having to switch frequently in programming.

3 The Westernization of Thinking Logic, programming languages are all designed by Westerners, so the thinking logic is in line with the way Westerners understand it.

The logic of thinking of the Chinese is completely different from theirs.

4 Programming languages are generally too old, the birth time of dozens of the most popular programming languages, the youngest go (Google's) is also 10 years old, design ideas, language habits, etc., all have obvious characteristics of the times, and many design concepts, ideas, and grammatical structures are redundant.

In summary, there are too many problems with the programming language itself, which makes it difficult for Chinese to learn.

For those who are interested in this industry, it is not difficult even if it is difficult, but for those who are not interested, it is as difficult as a book from heaven.

On the surface, some basic things are easy to learn, and the application of making software or some drawing software needs to be studied in depth.

This entry-level major, computer schools have.

It depends on which line you do, hardware or softwareGame or stream or O&M. The key is to see what you want to do, the software, the language, the industry.

I don't know about other hardware industries, but as long as you have enthusiasm, love to study, and the spirit of continuous learning is not a problem, software development requires a lot of time to study technology. Another point, there is difficulty in the depth of technology, and this difficulty is the threshold, the higher the threshold, and you have crossed, then your competitiveness is greater, and your value is higher, this sentence should be applied to any field.

The research direction is slightly different. For example, if you major in computer science and technology, then when you want to engage in related majors in the future, you will generally be engaged in software and hardware development, and you can basically choose by yourself. The syllabus in the school will teach both hardware and software;

Computer applications will be biased towards the development of some applications, and the specific outline should be referred to, and the development may also include software development and hardware application development. In essence, it just means that when the school sets up these majors, the corresponding syllabus will be different, but for individuals, which aspect of work they want to engage in in the future depends on what they learn well or which aspect they are interested in.

In summary, there is no big gap between the two majors. I hope the above two points can help you <>

Computer science and technology corresponding to the full-time high professional called computer application, the corresponding college name is called computer application technology, all are computers, but there is a big difference, China's demand for computer professionals will still increase at a rate of about 1 million per year, the employment is wide and the prospects are considerable, in the network communication research institutes, the first institutions, banks, power enterprises, computer network companies, communication companies and other enterprises and institutions engaged in computer network scientific research system design. In recent years, the major of computer science and technology is still very good, in recent years, the network is getting better and better, computer science and technology is very employable, this major allows us to have a very in-depth understanding of computer systems, so, theoretically speaking, we can be employed by anyone who uses computers, the worst can also be engaged in computer software applications, and the good points of learning can be engaged in software development work or to the electronics industry, communication industry, The Internet of Things industry does embedded development.

Hello dear is happy to serve you, thank you for your patience. The computer application technology major is a very good major, and the employment prospects are very good. 1. This major cultivates to meet the needs of the development and application of computer technology in enterprises and institutions, and has solid basic computer knowledge, computer professional knowledge, strong computer office automation, database and other common software application capabilities, and basic computer network application capabilities.

2. Be able to engage in computer-related applications such as computer office automation and computer software applications in the relevant departments of enterprises and institutions, and develop comprehensively in moral, intellectual, physical and aesthetic computer majors, so as to achieve the training goal of "one diploma, multiple certificates, one skill, one specialty and multiple abilities, and excellent character and learning".