If a person who has not studied mathematics can learn numerical control

It depends on how far it means to have not studied mathematics. Generally, people with a certain mathematical foundation will learn CNC better, but everything is not absolute, if you want to learn, you can still learn, but it will be more difficult.

It is very difficult to learn, and learning programming must have a certain foundation, which can be summarized in the following aspects:

1) Mathematical Basis From the history of computer development and application, the mathematical model and architecture of computers have been proposed by mathematicians, and the earliest computers were also designed for numerical computing. Therefore, in order to learn computer science well, you must have a certain mathematical foundation, and it is almost the same if you have a high school level for a scholar.

2) The cultivation of logical thinking ability should have a certain logical thinking ability, and the cultivation of "logical thinking ability" should be practiced for a long time. To become a good programmer, the most important thing is to master programming ideas. To achieve this, it is necessary to gradually accumulate through repeated practice, observation, analysis, comparison, and summarization.

Therefore, in the process of learning programming, we don't have to wait until everything is fully understood before we do it, as long as we understand it, we must dare to experience it ourselves. Everyone has a first time. Some problems can only be understood through practice, and only practice can turn the knowledge in the teacher and the book into one's own, and the masters are all successful in this way.

It can be a bit difficult.

CNC and math are two completely different things.

Poor at math and able to learn numerical control. CNC has little to do with mathematics. You just need to be able to understand the programming logic.

It doesn't have much to do with mathematics. Modern numerical control is generally computer-controlled, is some mechanical class, from the basics, there are drawing, mechanical manufacturing, mechanism technology, computer. Then there is the programming of the CNC major, the process has little to do with the mathematics learned in school, and you can learn it well if you work hard.

CNC generalizationNumerical control technology is the technology of controlling mechanical movement and working process with digital information, it is the basic technology of modern manufacturing industry that integrates traditional mechanical manufacturing technology, computer technology, modern control technology, sensing and detection technology, network communication technology and opto-electromechanical technology, with high precision, high efficiency and flexible automation, and plays a pivotal role in realizing flexible automation, integration and intelligence in the manufacturing industry.

Yes, because learning computer science is all about starting 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.

Yes, they are all taught from scratch. The college has a major specially set up for junior high school graduates, which is mainly to learn computer application skills, emphasizing practical operation ability, and 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, but also learn, learn well, and successfully find employment.

It has little to do with mathematics, and the main brain for programming should have space for imagination.

People who do not have the following knowledge are not suitable for learning CNC:

Advanced Mathematics, Engineering Mechanics, Electrical Engineering, Mechanical Manufacturing Technology, CNC Machining Technology, CNC Programming, Electrical Control and PLC, Electrical Technology, Electronic Technology, Mechanical Drawing, Computer Graphics, Computer Basics, Programmable Controllers, Mechanical Manufacturing Processes and Fixtures, CNC Machine Tools, CNC Machine Tool Failures and Maintenance, Typical CNC Systems, etc.

Biased to electricity, there are digital circuits, analog circuits, single-chip microcomputer principles and interfaces and applications, C programming, VF, VB programming, computer network technology, CNC system, CNC machining technology, CNC programming, automatic control theory, hydraulic transmission and pneumatic transmission, etc.

Advantages of CNC technology:

1. Improve machining accuracy

CNC machine tool is a highly integrated mechatronics product, which is composed of precision machinery and automatic control system, which itself has high positioning accuracy and repeated positioning accuracy, and the transmission system of the machine tool and the structure of the machine tool have high stiffness and thermal stability.

2. Improve production efficiency

CNC machine tools can adopt a large amount of cutting, which effectively saves processing time. CNC machine tools or machining centers also have automatic speed change, automatic tool change and other automatic operation functions, so that the auxiliary time is greatly shortened, and once a stable machining process is formed, there is no need for inter-process inspection and measurement.

3. Improve adaptability:

CNC machine tools in accordance with the CNC program of the processed parts to carry out automatic processing, when the processing object changes, as long as the CNC program is changed, do not need to use special process equipment such as mold, model, etc., which is conducive to shortening the production preparation cycle and promoting the upgrading of products.

The above content reference: Encyclopedia - CNC Major.

The above content reference: Encyclopedia - CNC technology.

Over 30 years old, it is not recommended to change to learn CNC. The threshold of this industry is low, any industry can be turned over, but every step of development is particularly hard, particularly tired, and not to learn, if you feel that you make more money (in fact, not much), you have to turn, it may take 5 to 6 years, or longer to have results, the general development process is, operation to programming to maintenance and then to design.

There are a lot of things to learn when you change your career to learn CNC. First of all, it is necessary to understand the basic operation of the machine tool, and then the cognition of drawings, process analysis, programming, tool selection, etc. In addition, certain mathematical knowledge is also required, such as: plane geometry, solid geometry, trigonometric functions, etc.

CNC work is a particularly boring job, hard, tired, dirty, overtime, and shift work. Key wages are not yet high.

There are also those who are impatient, can't stay in one place for a long time, and are impatient and not suitable for studying.

Hope mine is helpful to you.