Which majors in college require good math to learn well?

Generally, non-liberal arts majors are studying mathematics and calculus, let's put it this way: mathematical analysis, calculus, advanced mathematics, mathematics is studied by the mathematics department, and high mathematics is generally studied by liberal arts students, but some engineering majors have special mathematics and advanced mathematics, that is, the number score is simpler than that of the mathematics department, and the higher mathematics is more difficult than that of liberal arts students, and the calculus is recalculated, so it is simpler, and mathematical analysis is more difficult to prove.

College engineering students also have to learn linear algebra, which is completely new, and has nothing to do with high school, but has a lot to do with calculus.

As for which majors need to be good at mathematics to learn well, the general engineering students are good at physics, and physics is good, physics in college, as long as you don't enter the physics department, it is still loose, it is very similar to high school physics, and more is to use calculus to calculate, such as calculus, moment of inertia, electric field strength, etc., I am from the mathematics department, and I also want to study physics, and I studied college physics (A) 1, which is the most difficult kind of physics in non-physics majors, and the physics studied in the same dormitory physics department, that is biased to prove, I use more mathematical tools, for example, I helped me read a problem, collision problem in a plane in momentum, to use the coordinate transformation in geometry, rotate the transformation matrix...

By the way, if you want to learn computer science, you have to learn C programming language design, and it is best to learn advanced algebra, although it is not required for engineering students, but there are many ideas and methods that are very useful in programming, such as tossing and dividing (just a simple example...).

Welcome to the exchange

I'm not good at math, and I'm still a girl, I'm still learning automation, and high school math is basically more than 90 points, don't give up what you want to learn because you can't do well in a subject, it's okay to learn it. Mechanical and electronic technology are based on mathematics, and they can also learn mathematics in college, and the mathematics knowledge that Keben will use in college will learn at university, and I feel that it is not difficult to learn it now.

Hehe, it doesn't matter, high math in college is very simple, as long as you can understand math in middle and high school. Mathematics is rarely used in the professional courses of many majors. Rest assured, but math majors should be considered.

I studied physics, and we used a lot of mathematics, but it had nothing to do with junior high and high school physics, mainly because the high mathematics we learned in college was useful.

Advanced mathematics in college, how to say it, if, your high school foundation is okay, but not particularly good, don't worry at all, learn high mathematics to forget the elementary number, I am from the mathematics department, our teachers often tell us that all science majors in college must learn mathematics, since it is not good, it should be considered that it has not been studied, and the university should be serious on the line.

The Applied Mathematics major belongs to the basic technology major, and is the "parent technology major" of other related majors. Whether it is to carry out scientific research data analysis, develop software, three-dimensional animation production or engage in financial Internet, international economy and industry, industrial and commercial enterprise management, chemical plant medicine, communication engineering, architectural planning and design, etc., are indispensable to the corresponding mathematical knowledge and professional skills, mathematics major and other related majors are closely related, mathematics professional skills will be more commonly used. University graduates are critical to the High-tech and Education Bureaus.

Engaged in mathematics education, scientific research and training and other fields, can be a general primary and secondary schools, vocational schools, secondary vocational schools and a variety of educational tutoring institutions of mathematics teachers, can also go to various companies to engage in mathematical applications, computer software development technology, equity investment and information processing and other work. Mathematics: Department of Mathematics, Electronic Information Science, Statistical Analysis Actuary, Financial Mathematics, etc., if you can learn traditional mathematics courses well, it is a good choice to be a public teacher or a private teacher.

Software engineering major: such as programming language, program flow, discrete mathematical algorithm design. The employment of students is still quite common, and there are generally programs written and programmed apes.

Software development, Internet technology, in short, everything related to electronic computers is very in demand; Mathematics courses and applied mathematics majors belong to basic technical majors, and students have a wide range of employment, but their pre-employment orientation is inaccurate. After graduating from this technical major, if the professional skills are solid, they can be responsible for the management of relevant technical work and management methods of scientific research institutes, departments, companies and enterprises.

or in the manufacturing, operation and management departments engaged in practical application, development and research work; College graduates can also do jobs related to estimating. Shape the all-round development of morality, intelligence, physique and aesthetics, have a sense of responsibility and teamwork spirit, grasp the basic theories and basic methods of mathematical science, have the ability to apply mathematical ideas and methods and use computers to solve practical problems, and accept the basic training of scientific researchThose who understand information technology education can serve as professionals in primary school mathematics teaching and teaching management scientific research in secondary and higher education institutions.

Mathematics majors need to study mathematical analysis, advanced algebra, probability theory and mathematical statistics, topology, mathematical physical methods, real function theory, abstract algebra; At present, the most popular mathematics majors in colleges and universities include physics, chemistry, finance, software security, software engineering, and information engineering.

Mathematics and Applied Mathematics, Information and Computing Science, Mathematics and Physics, Probability and Statistics; I think the most popular majors are mathematics and applied mathematics and information and computing science, which are very suitable for the current era of big data and have broad employment prospects.

Advanced Algebra, Mathematical Analysis, Probability Theory, Physics, Mathematical Modeling; Mathematics and Applied Mathematics, Information and Computing Sciences, Mathematics, Statistics, Basic Science of Mathematics and Physics.

On the one hand, we have been exposed to decent mathematics since childhood, exams, etc., on the other hand, the mathematics major in college is very different from the mathematics we have been exposed to in the past, and the mathematics knowledge in high school is often simple to understand, and it is rare to accumulate various skills and routines, but the college mathematics major pays more attention to the understanding, demonstration and application of the knowledge itself. If you can connect well and put in a certain amount of effort, I think most students can still ensure that they can pass the exam and graduate in time.

If you want to really learn a little bit of mathematics, it is a very difficult thing to do, and it takes a lot of time and energy.

Mathematics and applied mathematics, which include at least two directions, basic mathematics and applied mathematics are relatively speaking, and the more applied subjects should be slightly simpler.

The difficulty of learning mathematics is not as difficult as imagined, it is more difficult to learn the first few chapters of mathematical analysis, and some conclusions are the learning of junior high school and high school mathematics, but you need to use axioms to prove and reason, and let yourself doubt your IQ at this stage, this stage has passed mathematical analysis, advanced algebra, analytic geometry, abstract algebra, differential equations, topology, real functions, functional analysis, complex functions, probability theory and mathematical statistics, number theory, operations research, etc. Follow the teacher's rhythm, think more, study more, and you will definitely get good results.

The main courses are as follows:

Mathematical Analysis, Advanced Algebra, Advanced Mathematics, Analytic Geometry, Differential Geometry, Advanced Geometry, Ordinary Differential Equations, Partial Differential Equations, Probability Theory and Mathematical Statistics, Theory of Complex Variable Functions, Theory of Real Variable Functions, Abstract Algebra, Modern Algebra, Number Theory, Functional Analysis, Topology, Fuzzy Mathematics. Teachers also need to study mathematics and pedagogy.

Mathematics has its roots in ancient Greece and is the study of concepts such as quantity, structure, change, and spatial models. Through the use of abstraction and logical reasoning, it is generated from counting, calculating, measuring, and observing the shape and motion of objects.

The social demand for software engineering majors in a short period of time is still very large, and the employment prospects of college graduates are broad, and there are many employment industries for students, such as management workTechnical positions, scientific research and testing and product research and development scientific research positions, marketing and service positions, etc. Graduates of software engineering can work as technical engineers, graduate exams, civil servants, engineering project managers or project supervisors, etc. After graduating from this technical major, the employment direction of students includes the management of relevant technical work and management methods of scientific research institutes, first-class departments and enterprises, or in the practical application, development and design research work of manufacturing, operation and management departments;

You can also do other work related to estimation. Relevant analysis materials show that for a long time in the future, although the general trend of student employment in China's sales market is a "buyer's sales market" with fierce market competition, the employment work is still different according to the type of college and technical major. On the one hand, some technical technical majors are quietly emerging, and on the other hand, there is a relative shortage of outstanding talents in basic technical majors, such as Chinese, mathematics courses, and applied mathematics.

The demand for outstanding talents in mathematics is too great, and the development prospects are favorable. And it can be expected that due to economic development and social development, <>

The sales market may have more and more requirements for outstanding talents in mathematical thinking and applied mathematics, and its development prospects are relatively broad. Those who like mathematics suggest that you can choose computer science, microelectronic technology, architecture, electronic information science, electrical engineering, automation technology, communication and other science and engineering majors if you apply for a major. Mathematics majors have good market prospects, in addition to doing math work, you can directly have the opportunity to engage in some data analysis work.

The key to shaping the basic disciplines and technology majors of the five grids of mathematics and physics is to shape outstanding talents with development prospects who can engage in classroom teaching and scientific research in basic disciplines such as mathematics and physics, and <>

In particular, it is an excellent talent with the level of independent innovation in mathematics and physics, so as to create a new type of outstanding talent with excellent five-grid mathematics and physics for other courses with strong provisions on the basic provisions of five-grid mathematics and physics. Introduction to Data Computing and Application: Shape the all-round development of morality, intelligence, physical fitness, art and labor, have excellent basic mathematics and mathematical thinking ability, grasp the basic theories, methods and professional skills of electronic information science and applied statistics, accept the basic training of scientific research, and have a certain ability of big data mining, excellent performance calculation, big data application and programming designAble to apply professional knowledge and skills to deal with practical problems in the industry, such as data statistical analysis, information resource management, science and engineering calculation, etc.

If you go to a good university, you can choose mathematics and applied mathematics, some information and computing science, etc., the pure lead major of the mathematics group has great advantages, which is the panacea for employment, and you can also choose to study statistics, and will study advanced mathematics, geometry and calculus during college.

You can choose to major in mathematics, computer science, chemistry, physics, communication engineering, economics, and statistics.

You should choose a major in Education, Mathematics, Computer Science, Communication Engineering, and Mechanical Design.