Which is better, computer science or mathematics, in information and computing science 5

The computer direction should be biased towards hardware, and the mathematical direction should be biased towards software, depending on your preference. If I choose the direction of mathematics, it will be beneficial to the graduate school entrance examination.

First, I don't know if you're a boy or a girl, and I don't know what industry you like to do! If you are a male student, it is also a good choice to be admitted to the computer major, of course, this also depends on your computer skills in undergraduate, and I am in this major.

Second, if you have strong math skills, I highly recommend you to take the finance exam, because finance has high requirements for mathematics, and in addition to the finance major to be admitted to the finance graduate school, they like to want undergraduate students with a mathematics background, so the chances of winning will be greater!

Finally, I want to say that both directions are good and have a way out, but computer is a technology, and the professionalism of finance is not as strong as that of computers, so computers are relatively difficult to learn and boring! I don't mean I'm studious about finance, it's just relative!

The final decision is yours!

There are many directions in computer science, it is good to learn information and computing science, mathematics is good, computer science is also learned, and it will be easy to take the computer research exam, because the mathematics score is also very ......I studied computer science, and I want to take the computer exam, but unfortunately the math is not good, so I have to work hard......

In fact, the things in graduate school mainly depend on your mentor, choose a good mentor, he has a strong ability in a certain direction, you learn from it, if you succeed in learning, then you have a bright future, the line of the champion, the direction of this thing fools people, you graduate and go out to find a job, you tell people "what direction" you are, people can't understand, but you know better than others, which field you specialize in, then the expert will understand what you are talking about.

But, remember, don't look for professors who only care about making money for themselves, or even use you as a money-making tool, and can't teach you what they are good at!

Choose a responsible mentor!

Summary. Information and computer science is definitely difficult for people who are not good at math to learn. If you think about it, this course itself will use a lot of mathematical things, such as logic, topology, operations, etc., as well as advanced mathematics, calculus, and so on.

Is it really very difficult for students who are not very good at mathematics to study information and computing science?

Information and computer science is definitely difficult for people who are not good at math to learn. If you think about it, this course itself will use a lot of mathematical things, such as logic, topology, operations, etc., as well as advanced mathematics, calculus, and so on.

I wasn't very good at math, but I was admitted to this major, so I was worried that I wouldn't be able to continue my studies and give up halfway.

What are the employment prospects for this major?

This subject is both mathematics and computer science College mathematics can't be compared with high school mathematics It's difficult If you can't learn a computer, it's useless for employment Computer science also depends on how talented you are Because learning everything is the same as learning the knowledge of two majors in the same time is similar to double study Coursework pressure is relatively high If your brain is not good, you will be unlucky Study for four years Tired for four years But if you want to survive and graduate with excellent grades (it is best to get to the fourth or sixth level...) and so on, except for the nerd type) Hehe, it can be said that he is invincible in the world, and then if you take a good cross-major exam, just wait for others to rush to hire you.

Employment prospects.

The major of information and computing science, literally, is related to information, at first glance, and has a relationship with the current popular Internet. And in fact, you are wrong. This major is not in the School of Computer Science, nor in the School of Information Engineering, nor in the School of Software, most of the majors offered are in the Department of Mathematics, and many students who are admitted to this major will have to report to the Department of Mathematics when the time comes.

This is a discipline in which information science and computer science intersect with each other, and it requires mathematical theory and computer implementation. Therefore, students in this major not only have a solid mathematical foundation and mathematical thinking ability and the theoretical foundation of computer, but also have certain mathematical modeling and computer programming ability, and can use mathematical knowledge and computer software to solve practical problems in the field of information technology. The employment scope is still quite wide.

1. Have a solid foundation in mathematics, master the basic theories and basic knowledge of information science and computing science;

2. Proficient in the use of computers (including common languages, tools and some special software), with basic algorithm analysis, design ability and strong programming ability;

3. Understand a certain application field, and be able to apply the learned theories, methods and skills to solve some practical problems in scientific research or production;

4. Understand the new developments in the theories, technologies and applications of information science and computing science;

5. Master the basic methods of literature retrieval and data inquiry, and have certain scientific research and software development capabilities. [1]

In recent years, China's computer industry has developed rapidly, especially in the field of software, there is a huge demand for the IT industry in various industries, and the IT industry is increasingly vigorous in the development of the national economy. Graduating from junior high school, you can choose the Internet industry to learn an Internet technology, such as Internet application technology engineer, VR smart home creative designer, full ** operator, 4D animation game designer, artificial intelligence application engineer, VR media and e-sports operation, VR animation game and e-sports operation, web front-end engineer, VR film and television animation designer, etc.

In general, it is more biased towards mathematics majors, and the main courses are: mathematical analysis, analytic geometry, advanced algebra, discrete mathematics, often called differential equations, operations research, complex variable functions, information security mathematics fundamentals (this is the basic course of cryptography) and other mathematics professional courses.

There are also some computer courses: computer applications, network engineering, C language, data structures, databases, introduction to information security (this should be more biased towards information security or dense code), etc.

If you're interested in cryptography, there are courses for that as well.

In short, many people will classify it as math!

Mathematics. I mainly study mathematics, and I also offer courses such as computer languages.

1.Further study: Since graduates of the Information and Computing Science major not only have a solid mathematical foundation and good mathematical thinking ability, but also master the methods and skills of information and computing science, and are trained in scientific research, the fields of choice for further study will become very wide.

2.Colleges and universities, scientific research institutions: Graduates of information and computing science can engage in teaching and scientific research in colleges and universities, and they can continue to engage in teaching and research in information science and computational mathematics, and can also solve practical application problems with their excellent mathematical modeling ability and computing ability.

Enterprise: Graduates of the Information and Computing Science degree are an important career path to enter IT companies, where they can work very efficiently in computer software development, information security and network security.

Main disciplines:Mathematics, Computer Science & Technology.

Main Courses:Fundamentals of Mathematics (Analysis, Algebra, Geometry), Probability and Statistics, Mathematical Models, Physics, Computer Fundamentals (Introduction to Computing, Algorithms and Data Structures, Software System Fundamentals), Fundamentals of Information Science, Theoretical Computer Science, Numerical Computing Methods, Computer Graphics, Operations Research and Optimization, etc.

Main Practical Teaching Links:Including production practice, scientific research training, graduation ** (graduation project), etc., generally arranged 10 to 20 weeks.

School Year:4 years.

Degrees awarded:Bachelor of Science.

Training Objectives:This major cultivates high-level professionals with good mathematical literacy, mastery of the basic theories and methods of information science and computing science, initial training in scientific research, ability to use the knowledge and proficient computer skills to solve practical problems, and be able to engage in research, teaching, application development and management in the fields of science and technology, education and economy.

After graduation, graduates can engage in research, teaching, application software development or management in information and computing science, computer information processing, economics, finance and other departments. Or go to graduate school in information and computer information.

After graduation, students are suitable for engaging in scientific research, teaching and computer application software development and management in enterprises and institutions, high-tech departments, colleges and universities, administrative management and economic management departments, and can also continue to study for a master's degree in information and computing science and related disciplines.

This is indeed the reality, but it is not entirely absolute.

First of all, it is not absolute that mathematics is not good for employment, it depends on the direction of mathematics you study and your future career plan. For example, if you study applied mathematics, you can get a job in finance, insurance, engineering, data analysis, and other fields. If you study pure mathematics, you can engage in teaching and research in research institutes, universities, etc.

Secondly, if you are really worried that it will be difficult to find a job in mathematics, you can also consider learning other fields to make yourself more comprehensive and adaptable. For example, you can learn about computer science, artificial intelligence, data science, and other fields, which require a foundation in mathematics and also require computer programming, so you can have a wider range of career options.

Finally, employment depends not only on the direction of the subject, but also on many factors such as your ability, academic qualifications, interpersonal relationships, etc. Therefore, if you want to focus on improving your abilities, expanding your personal relationships, practicing and participating in internships, and actively approaching your target position, you will find that mathematics is not the only factor that determines employment.

Mathematics as a basic subject may indeed be relatively difficult in terms of direct employment, but it is the foundation of many other disciplines and fields. Mathematical knowledge and skills are all very important in areas such as computer science, data science, financial mathematics, etc., so you may want to consider looking for employment opportunities in these fields.

Finally, I would like to remind you that you should not only see the difficulty of employment for mathematics majors, but also make a career plan according to your interests and abilities, and find a career direction that suits you. At the same time, you can also enhance your professional competitiveness through internships, competitions, and project experience.

It is recommended that you take the "408 Computer Science Major Basic Comprehensive", and the national unified questions, which are relatively fair compared to the majors of other schools. Common Subjects 101 Ideological and Political Theory 201 English I 301 Mathematics I.

211 college computer graduates starting salary 8w.

The professional courses are four courses: "Data Structure (Yan Weimin), Computer Network (Xie Xiren), Computer Composition Principles (Tang Shuofei), and Computer Operating System (Xie Xiren)". Coupled with some tutorial materials and mock questions.

The test is very simple, it is all general theorems and a certain amount of application of talking about things, read the textbook a few times, and then do some mock questions, it is almost more than 120 yuan. One of my classmates only started to watch computer science courses a month before the exam, and he took more than 110 exams.

Many people on the Internet say that the computer exam is difficult is actually a lie, and a group of people spread rumors everywhere that computer majors are not satisfied with the first choice of the town every year, and many of them are transferred from other majors. No matter what you see others commenting on the Internet in the future, you must think for yourself and don't be led by the nose. Believe in yourself, as long as you work hard, you will reap!

The employment of mathematics is still limited to scientific research. If you can afford to work for a long time, then mathematics is a better choice than playing the math front. There are few professionals and there is less competitive pressure.

Although computers are a big hit, it also means that the competitive pressure is very high, so I suggest you choose what interests you. After all, as the saying goes, "Interest is the best teacher." ”

If you are good at mathematics, you can choose Chang Ant to choose the direction of big data, which is better and stupid, and of course, you can also take a teacher qualification certificate to become a teacher! It's also a good choice.