What computer science majors do not require mathematics and physics high school math pass level, ph

Computers must have a certain mathematical foundation, and they must also have logical thinking.

The electronic category focuses on hardware configuration, and the physical level is higher than the other twoIf you are not good at physics or really not interested, you should not choose electronics as much as possible, unless you want to go to university and study it again and be able to study it well. Majors such as electronic computers are also divided into applied computer majors and basic theory computer majors. Physical Regulations:

The front one is higher than the one at the back. If the results of the physics test in the college entrance examination are not ideal, then it is likely to be a little difficult to enter the computer major, and there are very few computer majors in the application class, and basically all of them are newly opened.

For example, Internet of Things engineering, popular majors such as software development, electronic computer science and technology, electronic information engineering, network information security, etc., are basic theoretical computer majors. Except for the fact that there are regulations on the physics test results of the college entrance examination in the case of entering the school, the major itself has nothing to do with physics. In science and engineering majors, about fifty or sixty percent of the majors are very related to physics, such as electronics, machinery, materials, automation, and moving majors.

Physics is not very good, so it's better not to pick this kind of major. Many colleges and universities now choose the form of large-category enrollment to enroll, as long as the science and engineering majors should be able to study college physics, so physics is not very good, in the case of freshman or sophomore year, the test results should be jeopardized. However, science and engineering majors do not necessarily have a high demand for physics, and I feel that electronic computers, the Internet, and big data have greater regulations on numbers and logic than physics, and it is not easy to think that there is a great harm.

But it is a major that is immediately related to physics.

For example, physics majors, mechanical equipment, aircraft design and production, etc., should also be carefully decided. Theoretically more difficult, because the computer major is not a thorough operation, but to learn the basic knowledge of the computer first, such as binary, numbering and other specific content, this kind of item and mathematical thinking is more related, I was born as a liberal arts student, the original computer basic theory is particularly difficult,But if you are really interested in this major, but think it is not impossible, you can make up some basic knowledge of mathematics on your own accordingly.

Yes, in life, you should choose physical pants to tease you to be able to do a good job of calry, and Shouzhi will also let yourself have a good adaptation in life, and your grades will also improve.

Yes, because physics is a compulsory subject for science majors, if you don't study physics, then you can't study related majors.

In fact, you can also choose computer-related majors, because some computer majors do not need to study physics, but only need to learn computer language.

Summary. Hello, classmates, I'm glad about your question, computer science and technology majors have high requirements for mathematics, and there is a high demand for people with strong mathematical and logic skills, and they need to have a certain logical thinking.

Computer science and technology majors have high requirements for mathematics.

Hello, classmates, I'm glad about your question, computer science and technology majors have high requirements for mathematics, and there is a high demand for people with strong mathematical and logic skills, and they need to have a certain logical thinking.

The courses involved in computer science technology include: advanced mathematics, linear algebra, probability theory and mathematical statistics, high-level language programming (such as C, C++), discrete mathematics, data structures, signal processing principles, system analysis and control, numerical logic, introduction to artificial intelligence, microcomputer technology, operating systems, assembly language programming, computer principles, computer system structure, compilation principles, computer networks, professional English reading, etc.

Is there a high requirement for mathematics to study computer science in college?

The requirements for mathematics are very high, you need to master a certain basic knowledge of mathematics, that is, in high school, but when it comes to university, there is a special professional course in advanced mathematics.

Can high school math be read in 95 and 100?

Yes, my classmates.

Your grades are at an intermediate level in mathematics.

They have a certain degree of logical thinking ability.

Thank you. Yes, classmates.

This is due to the fact that it embodies the theoretical and professional technical foundation of Code Bucket in attaching importance to mathematics, logic, data structure, etc.

The characteristics of computer science are mainly reflected in strong theory, strong practicality, and rapid development. According to the first-level disciplines, the cultivation of broad-caliber talents with a solid foundation is reflected in the emphasis on the theoretical foundation and professional technical foundation of mathematics, logic, data structure, algorithm, electronic design, computer system preparation and grinding and system software.

Strengthen the basic and analytical ability of mathematics, change advanced mathematics to mathematical analysis, add basic courses of computer mathematics, which is reflected in hypothetical combinatorial mathematics, increase the class time of discrete mathematics, and reflect the continuous application of mathematics in subsequent computer courses (such as algorithms and data structures, compilation, etc.).

Computer science majors belong to a major category under the engineering category. There are 14 majors, including computer science and technology, software engineering, network engineering, information security, Internet of Things engineering, digital technology, intelligent science and technology, spatial information and digital technology, electronic and computer engineering, data science and big data technology, cyberspace security, new technology, film production, and security technology.

Among these majors, some majors are closely related to mathematics, such as computer science and technology, software engineering, network engineering, data science and big data technology. In order to learn these majors well, you must have a solid knowledge of mathematics.

Mathematics is the soul of computing. The four key courses of computers, databases, algorithms, operating systems and computer composition principles, each need to be based on mathematics, especially algorithms, if you are not good at mathematics, you will not understand those advanced algorithms.

If you don't get good grades in mathematics, it must be difficult to learn the key courses of the computer science major.

However, there are some directions that do not have high requirements for mathematics, such as computer network engineer (operation and maintenance), web application development, mobile terminal development, etc., for most application-level positions, even if the mathematical foundation is relatively poor, they can be competent.

There are also majors such as computer drawing, animation design, etc., which have no requirements for mathematics, and there is also a primary school level.

The requirements of computer science for mathematics are relatively high, because in the process of learning this major, it involves linear algebra, advanced mathematics, discrete mathematics and data structures and other mathematics-related professional courses. If you are not good at math, it is advisable not to choose this major. So, what do you need to prepare for learning computers?

First of all, you need to prepare for mathematics. From the perspective of the history of computer development, its architecture and mathematical models were proposed by many mathematicians, and even the earliest computers were designed for calculation. If you want to learn computer science well, you need to have a certain foundation in mathematics.

And if you want to become a programmer, you need to have a long and short range of logical thinking skills. After learning mathematics well, people's logical ability can be exercised, and there are many places in the study of computer programming that require a very clear idea. <>

Secondly, develop an interest in the profession. When many people first take computer courses, they find that they can't understand it, so they lose interest in learning the major, so they have no motivation to learn. If you want to learn this profession well, you need to rely on understanding, and one of the important factors in cultivating understanding is to be interested.

Otherwise, the later professional courses will become more and more difficult, and if you can't understand it, you will have to give up, and after you have an interest, you will have to learn it even if you have a hard head. <>

Finally, the computer industry will be relatively smooth on the road of job hunting in the future. Because there are many positions in civil servants and units, it is specified that students of this major should apply for the examination, and students of other majors cannot apply for the examination. If you can become a programmer, it is a very cool and honorable thing, and the most important thing is that you can get a lot of salary, at least tens of thousands of dollars per month, which is very enviable.

If you are good enough to learn professional knowledge, you will be hired by large factories and some large companies, and the salary is several times higher than that of ordinary white-collar workers. But the job of a programmer is indeed very laborious, and it is not something that ordinary people can do.