Which is easier to learn, mechanical engineering or computer

I studied mechanics, machinery has high requirements for mathematics and physics, physics is mainly mechanics, theoretical mechanics, material mechanics, etc., but you don't need to panic, these will be re-learned in professional courses. There is very little knowledge connection between college and high school, and many of the methods of explaining physics in high school are wrong, and many problems have to be explained by calculus, but calculus is not involved in high school, so I can only use other words to temporarily replace the explanation. I really can't question whether you are a lifelong learning career, I can only say that if you want to mix it up, it must be lifelong learning, you only learn theoretical knowledge in school, and you can only learn a lot of practical knowledge in the workplace that you can't learn from books.

The machinery is very hard, dirty and tired, just started to work to go down to the workshop, mm is very less, at the beginning of our class only 2 girls. I have a classmate who studied computer science, and he is now engaged in software testing, and I heard him say that he is very tired, and he said that this line of work is a youth meal, which I don't understand. Computer science girls are much more than mechanical, at least 1 3, let's talk about me, I'm now doing fixture design, usually and pistol drilling, machine tools dealing, usually as long as there is no work is not busy, just something to help the unit to process, because I am an electronics factory, the demand for mechanical talents is relatively small, busy is to design fixtures, draw drawings, sometimes draw until 12 o'clock in the evening, in general, busy when very busy, not busy when also very idle.

I don't know if you want to choose a major, I suggest you don't think about it so much, you can choose what you are interested in, as for what job to find in the future, let's talk about it later, few people have done jobs that match their majors, I feel that liberal arts such as finance, law, etc. are also good, I don't know if you are interested.

Learning machinery also requires knowledge of physics and chemistry, and it is not good to learn it well, because mechanical design requires force analysis, corrosion prevention, etc., which are related to physics and chemistry. Compared with machinery, computers are easier, and the working environment may be better, but the future is uncertain, because the programmable program will be launched soon, what can you do in the future, you don't need to develop the program, you can't do it if you can program the program, and in the end there is no way to --- unemployed! Machinery is different, the older the more experienced, the higher the value of life, of course, it is more tiring, compared to unemployment, I think it is worth it.

I hope my friends will think twice!

Which is better to learn, mechanical manufacturing or computer, these two majors have nothing to do with physics, chemistry and biology, you can learn that.

It's up to you to like it.

It's not difficult, it's not easy.

I think the comprehension ability should be strong, many knowledge points are only clicked by the teacher, and more need to be studied by themselves, and its application range is flexible and changeable, so you can't drill the horns. To put it bluntly, the brain has to live.

Relatively difficult courses to learn, such as: Principles of Automatic Control (mainly learning classical cybernetics, relatively automation major.

The modern cybernetics is simpler), mechanical parts, and mechanical principles, these three are more critical professional courses, and they need to work hard.

More hard I think is machinery, machinery industry is the foundation of the national economy, although the knowledge will not change for many years, but the application field is constantly updated, it is very boring to learn but very useful, so to endure loneliness.

Of course, you can take the mechatronic engineering and mechatronics exams, which are very fashionable majors, and now the society is very short of compound talents, who understand both electricity and machinery, and have a bright future. Come on, bro!

As for mathematics, higher mathematics.

It is necessary to learn well ("Mechanical Design", "Theoretical Mechanics", "Mechanics of Materials", etc.), linear algebra ("MATLAB", and complex variable functions ("Principles of Automatic Control").

to be used), probability and mathematical statistics should be learned well ("Mechanical Design Methodology".

to be used in the knowledge of reliability).

As long as you understand the knowledge points and master the basic knowledge, you will feel that machinery is not difficult to learn.

The mechanical major mainly learns the basic theory of mechanical design and manufacturing, learns the basic knowledge of microelectronic technology, computer technology and information processing technology, receives the basic training of modern mechanical engineers, and cultivates the basic ability of mechanical product design, manufacturing, equipment control, and production organization and management. Its main courses are mechanics and mechanical engineering.

The mechanical major is still relatively difficult, because first of all, he has to learn a lot of physics, mathematics and electronics, and secondly, he needs some related practical operations.

It's not difficult to learn, but it's not easy, I think I have to have a strong comprehension ability, and I need to study a lot of knowledge by myself.

Learning this major is very good, and it has an advantage for future development, because the major is more comprehensive, and it is easy to get started when you want to change careers in the society, but this major has a higher demand for people's spatial thinking, because it will involve mechanical drawing, don't be discouraged, you can do it, I believe you will be able to do it yourself, and you can learn well.

1. Computer major: It is a wide-caliber major that combines computer hardware and software, is system-oriented, and focuses on application. Through basic teaching and professional training, we cultivate senior talents with solid basic knowledge, broad knowledge, strong engineering practice ability, pioneering and innovative consciousness, and engaged in scientific research, education, development and application in the field of computer science and technology.

2. The characteristics of computer science are mainly reflected in: strong theory, strong practicality, rapid development according to the first-level discipline to cultivate a solid foundation of wide-caliber talents, reflected in the emphasis on mathematics, logic, data settlement, algorithms, electronic design, computer architecture and system software and other aspects of the theoretical foundation and professional technical foundation.

3. Mechanical major: It is a big discipline in engineering, one of the popular majors selected by science students, and is listed as the strongest engineering subject along with electrical automation. The state blind mechanical major not only requires scientific knowledge, but also strong drawing ability.

Among them, including mold drawing, etc., the society has a great demand for mechanical technicians, and the employment rate is high.

If you also learn well enough, it is estimated that the computer major is better, and if the computer major is good at programming, you can make a good software at will, and the money will roll in.

Mechanical design and manufacturing and automation and computer science and technology are both promising professions. Mechanical design and manufacturing and its automation are the use of computer-aided design and manufacturing technology, through the computer for mechanical structure design and automatic control and optimization of the manufacturing process. This major focuses on cultivating students with good qualities of mechanical manufacturing engineers, and is suitable for students who are interested in mechanical manufacturing.

Computer science and technology involves the construction, programming and operation of computers, and is a product of the high development of modern society. This major focuses on cultivating students to master the basic theories, operating systems, programming languages and other related technologies of computers, and cultivating technical professionals. The two majors have similar aspects, but there are also different aspects.

Computer science and technology is undoubtedly one of the most promising majors in terms of the job market, as computer technology has become one of the major productive forces in modern society. Nowadays, computer technology is constantly updating and changing, and its prospects are also very broad. However, mechanical design and manufacturing and its automation also have an irreplaceable position in the current rapid development of the manufacturing industry, and companies such as Walmart and Alibaba have begun to transform to automated warehouses and express drones.

Not only that, mechanical design and manufacturing and its automation are also closely related to the manufacturing industry, which also means that this major will always have stable employment prospects.

At the same time, the difficulty of learning cherry blossoms in these two majors is also different. Mechanical design, manufacturing and automation require students to have a strong foundation in mathematics and physics, which may be difficult for some students to learn. However, once you have mastered these skills, it is easy to enter the manufacturing industry and have a high salary.

Compared with mechanical manufacturing, computer science and technology is relatively less difficult, and you only need to learn some basic programming languages and computer operation skills. Therefore, compared with mechanical design and manufacturing and automation, whether computer science and technology is suitable for an individual should be determined according to the characteristics of interests and personal skills.

On the whole, the two majors of mechanical design and manufacturing and automation and computer science and technology have their own advantages and disadvantages. Mechanical manufacturing is a great option for students who enjoy manufacturing, physics, and mathematics. For students who love computers and programming, computer science and technology is a more suitable choice.

Individuals should make their choice based on factors such as their underlying interests, academic preferences, and potential career goals. No matter what kind of major, if you really like it, study hard, study hard, cultivate deeply without being biased, obey your inner choice, and love is the best way to develop your career. <>