What is the foundation for learning computers? What foundation do you need to learn computers?

Specialization in Software Engineering. The employment situation of software engineering majors has been relatively good, and the performance of computer majors is more prominent, so if you want to work after graduating from the bachelor's degree, you can focus on considering software engineering majors. There are many subdivisions of software engineering majors, and many girls prefer the direction of front-end development, and they can also focus on the direction of mobile development.

Second: E-sports major. After graduation, you can engage in online game art, online game animation design, game concept storyline design, online game 3D design, online game character design, online game environment design, game server development, game engine development, mobile game planning, mobile game development, mobile game program development, mobile game art, mobile game testing, etc.

The development prospects are also very objective.

Third: big data major. The future development prospects of big data majors are very broad, because the industrial chain of the big data industry involves many links, including data collection, data collation, data storage, data security, data analysis, data application, etc., so the employment positions in the field of big data are also relatively rich, among which data collation and data analysis related positions are still more suitable for female students.

Fourth: UI design major. Compared to programming, UI design is still very suitable for the general public to learn.

After learning UI design, you can get a stable and fun job, give the greatest sense of security, and at the same time help to pursue a higher quality of life, and can get more inspiration in the field of art. All things considered, the UI design is very suitable for junior high school students.

Interior design, environmental art design, network operation, etc

Turn it on, turn it off, a little knowledge.

As long as you know ABC, you can learn computer numbers.

If you want to learn computers well, you must do the following:

1. Preview more before classIt's a good idea to go through the lesson before you start the lesson. Then mark the points that you don't understand.

When you are in class, focus on what you don't understand, so that it will be easier to learn. It won't be boring because you don't understand the class. Because it's inevitable that the class will be fast.

If you don't understand something, it's hard to follow the course. So it's best to get into the habit of preparing before class.

2. Listen carefully in class: That's the basics. If you don't listen to the class, you won't understand anything. The more you learn, the more you don't understand, and the more you don't understand, the more boring you will feel, and then you will definitely not learn well.

3. Review more after classThe computer major is a major that pays attention to practical operations. So be sure to write more ** in your spare time.

Practice more. Learn more new knowledge online, because software is a very fast update industry, it is possible to learn this today, tomorrow will be outdated, this is normal, so we should go online more to understand the industry dynamics.

If you want to enter the "gold-absorbing" field of computing, it is a wise move to choose a professional learning style. So, it's important to make the best choice for yourself.

There is a lot of English involved in the computer, but it is some letters, which is very basic and you can also learn it.

Of course, learning computer science requires a foundation, first of all, the basic knowledge must be mastered, and then slowly and deeply learned, higher and deeper.

Computer (computer), commonly known as computer, is a modern electronic computer used for high-speed calculation, which can perform numerical calculations, logical calculations, and also has the function of storage and memory. It is a modern intelligent electronic device that can operate according to the program and process massive amounts of data automatically and at high speed.

A computer that consists of a hardware system and a software system without any software installed is called bare metal. It can be divided into five categories: supercomputers, industrial control computers, network computers, personal computers, and embedded computers, and the more advanced computers include biological computers, photonic computers, quantum computers, etc.

Inventor of the computer John von Neumann. The computer is one of the most advanced scientific and technological inventions of the 20th century, which has had an extremely important impact on human production and social activities, and has developed rapidly with strong vitality.

Its application field has expanded from the initial military scientific research application to all fields of society, and has formed a huge computer industry, which has led to technological progress on a global scale, which has triggered profound social changes, and computers have spread all over ordinary schools, enterprises, and institutions, and have entered the homes of ordinary people, becoming an indispensable tool in the information society.

Supercomputer.

Supercomputers are usually computers composed of hundreds, thousands, or even more processors (machines) that can calculate large and complex tasks that ordinary PCs and servers cannot do. Supercomputer is a type of computer with the strongest function, the fastest computing speed and the largest storage capacity, and is an important symbol of the country's scientific and technological development level and comprehensive national strength.

Supercomputers have the strongest parallel computing power, which is mainly used for scientific computing. Undertake large-scale, high-speed computing tasks in meteorological, military, energy, aerospace, prospecting and other fields.

In terms of structure, although supercomputers and servers may be multi-processor systems, there is no substantial difference between the two, but modern supercomputers use more cluster systems and pay more attention to the performance of floating-point operations, which can be seen as a high-performance server focusing on scientific computing, and it is very expensive.

If you're interested in computers, you're only motivated by learning if you want to, and don't think about useless things.

Depending on what major you want to study, the foundation is not the same, go to a good school to see.

Computer language proficiency can do everything, and it's useless to learn a little basics.

Don't talk about what to learn, it depends on what you like to do, and choose according to what you like, so that you won't feel bored and bored, and you will have the perseverance to persevere.

You can learn it with zero foundation, but it's a little difficult to learn on your own, so it's recommended to find a school.

The basics required to learn computer science are as follows:

1. Self-learning ability.

Computer science is a technical profession. As more and more source code is open, every programmer has the possibility to write their own code. This has also led to the constant updating and upgrading of computer technology and the emergence of new languages.

It can be said that learning computers is endless. If you want to work in the computer industry for a long time, the ability to educate yourself is essential for Karen. The basis of self-learning is learning to query, and when we learn computer programming at the elementary level, we hardly understand it, and when we learn to query some terms with unknown meaning, we will use it after we understand it.

2. Mathematical foundations.

Mathematics itself is very boring and difficult to learn, but it is true that the computer is by no means simply a matter of typing on the keyboard and typing, it requires strong logic and computing skills, and if the foundation is not good, you can practice more to improve yourself.

Although it is also possible to become a qualified programmer with a foundation in mathematics in Liangdong junior high school, if you want to be a good programmer, you must have at least a foundation in mathematics above high school and know how to deduce from an instance and use them flexibly.

3. Basic English.

Computer English is different from traditional knowledge of English. Most of what you need to know is computer vocabulary, and it's usually pretty straightforward. However, in advanced programming, there will be some difficult words, and students who want to get involved in computer language design and pursue more career advancement can teach themselves college English.

The basics needed to learn computers include: 1. Be familiar with the composition of computer keyboards and start practicing from typing; 2. Be able to install a system for the computer, and be familiar with all parts of the hardware of the computer; 3. Continuously learn computer-related skills, which can be improved by burying books and grandchildren; 4. Commonly used computer software should be proficient in use, such as word, excel, ppt, etc. When the foundation is laid, it will be easier to rush to the middle school when learning computer-related content in the later stage.

First of all, the current scale of computer-related personnel training is expanding, with the rapid development of the IT Internet industry in recent years, the employment situation of computer-related majors is also relatively good, many graduates not only have a large space for job selection when they are employed, the added value of the post is also relatively high, and the graduate students have a more obvious embodiment.

With the development of the industrial Internet and the launch of the new infrastructure plan, the future development prospects of computer-related majors are still very worth looking forward to. At present, computer-related majors are mainly concentrated in computer science and technology, software engineering, network (information) security, Internet of Things engineering, big data and artificial intelligence, and the popularity of these majors is relatively high.

Although the employment prospects of computer-related majors are relatively good, it is still relatively difficult to study computer-related majors, especially when choosing interdisciplinary disciplines such as big data and artificial intelligence, which is not only relatively large in knowledge, but also relatively difficult to learn. Generally speaking, choosing a computer-related major during college has relatively high requirements for mathematics and physics knowledge, especially mathematics knowledge.

For students who do not have any computer foundation, before entering the university, they can focus on learning operating system knowledge and programming language knowledge, although these two parts of knowledge will also be studied during the university, but it is still necessary to understand them in advance. Operating systems can be learned from Linux, while programming languages can be learned from Python.

On the one hand, the computer itself is a tool, and only by using it more can we gradually become familiar with it, on the other hand, many concepts in the computer are relatively abstract, and through experiments, we can gradually establish a sense of picture for abstract concepts.

You don't need any foundation to learn computers, as long as you graduate from junior high school, can read English, and have normal thinking, you can sign up to learn.

You need to be able to type the keyboard blindly. Before I first studied computer science, I didn't have any foundation at all. After military training, I took the blind test, and then slowly entered the basic computer study.

Now, it's easy to find a job by studying e-commerce or big data and cloud computing or e-sports, but the most important thing is to depend on your personal interests!