For graduate school entrance examinations, girls, which is better to take the mechanical design and

Mechanical design and theory and mechanical manufacturing and automation should be the same subjects, the difference is mainly focused on the direction is different, I personally feel that if you go to the enterprise after graduation, mechanical manufacturing and automation employment is easier, if you want to take the doctoral examination or to some research institutes, the choice of mechanical design and theory may be more advantageous. As for what you said about building a machine tool and building a machine, it is estimated that it is a bit extreme. Machine building and its automation may have a little more access to machine tools, but it is possible to develop many machines such as robots not only for the manufacture of CNC machines.

The subjects tested are certainly different, and the basic theories of single mechanics are the same, but the focus of specific applications is different.

As long as you score well in the basic subjects of the graduate school entrance examination, it is not too difficult to find a teacher and a set of questions to take the exam.

The key is to worship under that mentor in the future, then your research direction and employment direction will be basically finalized, and the teacher also has his own circle, so employment... You know, don't just make a difference between building a machine and making a bed, isn't building a machine making a machine? The most important thing is how high your academic ability is in the future, how much employment space will be presented, as long as you are strong enough, staying in school is also a good choice.

It depends on what you like to design.

Mechanical design. Or automatic control system design.

I'm an industrial controller! Personally, I think it's okay, this industry is very hot now, and talents are scarce!

The people who did this two years ago are now very good engineers!

You go to the online trial to register, there are majors that you can choose to apply for. Fundamentals of Control Theory for Automation Examination.

Mechanical Design Examination: Basic subjects of mechanical design, etc. There are also re-examination subjects for the examination. Determine what you want to take first, and review in a targeted manner.

The subjects tested are the same, and the future employment is all automated. . .

I have a good friend who was admitted to this major, this major is still relatively easy to get into, and this major is also quite easy, and several of my friends and his seniors have successfully landed.

According to my friend, the main courses of the mechanical major are mechanical drawing, mechanical design, mechanical principles, hydraulics and pneumatics, theoretical mechanics, material mechanics, mechanical manufacturing basics, CNC programming and other courses.

He said that the discipline of mechanics,Courses such as mechanical design and mechanical principles are easy to listen to in class and not difficult to exam, but there is no ideal environment for practical application.

From the point of view of the direction of employmentIf you want to find a job, it's not difficult, or it's very simple, this is a course that will never disappear, as long as there is manufacturing, there will definitely be a need for robots, and it's easy to find a job

But the salary, compared with the computer, finance, management, is certainly not high, but compared with biochemical ring materials, machinery is the subject they envy, because mechanical jobs are easy to find, and the salary is higher than them.

Relatively speaking, the mechanical postgraduate examination is relatively easy to take. Moreover, if the mechanical study is completed, the salary will have a relatively large increase, for example, from an average of 4k to 5k to about 8k.

Personal feelings

This industry is a more traditional industry, although it does not get high wages, but the employment area is relatively wide, and over time, technical knowledge continues to accumulateYour own value will increase, and your salary will also increase, so the key to whether this major is good or not depends on whether you are suitable for it.

Although mechanical design and manufacturing and its automation can involve you in various fields, there is no guarantee that you will be proficient in everything.

If you are not interested in this major, you can change your major, because the average salary of software and computer majors is much higher than that of mechanical majors, and it is very practical to choose this kind of major.

It can only be said that what you learn in school is to pave the way for you, and you must really get in touch with corporate practice in the future to make you more handy. If you want to make it easier in your future work, you must study hard during your school years and be able to learn every course.

The undergraduate mechanical design, manufacturing and automation postgraduate examination direction is vehicle engineering and mechatronic engineering, which is detailed as follows:

1. Vehicle Engineering:

1. Vehicle engineering is an undergraduate major in ordinary colleges and universities, which is a mechanical major, with a basic study period of four years and a bachelor's degree in engineering. In 2012, the major of vehicle engineering officially appeared in the "Catalog of Undergraduate Majors in Ordinary Colleges and Universities".

2. The vehicle engineering major cultivates senior professionals who master the basic theories of engineering technology in mechanical, electronic, computer and other aspects and professional knowledge and skills in automobile design, manufacturing, testing, etc., understand and attach importance to the humanities and social knowledge related to the development of automobile technology, and can be engaged in product design and development, manufacturing, testing and testing, applied research, technical services, sales and management related to vehicle engineering in enterprises, scientific research institutes and other departments, and have strong practical ability and innovative spirit.

2. Mechatronic Engineering:

1. Mechatronic engineering, commonly known as mechatronics, is a kind of mechanical engineering and automation. The major of mechatronic engineering includes basic theoretical knowledge and mechanical design and manufacturing methods, computer software and hardware application ability, and can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems. Mechatronic engineering is the product of the rapid development of science and technology and the interconnection of the Solanaceae family, which breaks the traditional discipline classification and integrates many technical characteristics.

2. Its emergence represents the emergence of new technologies, new ideas, new research methods and new research goals. Researchers from all over the world have been working to clarify the definition and concept of mechatronics, estimate the value of the electromechanical industry to the country and society, and make research on the future development of mechatronics. In China, many colleges and universities are also committed to how to better promote the development of mechanical and electrical education.

It is difficult to study mechanical design and manufacturing and automation, mainly because there are many knowledge points involved, and it is necessary to comprehensively use the knowledge of multiple disciplines to solve problems. In addition, the discipline of mechanical design, manufacturing and automation also has a certain complexity and abstraction, which requires students to have stronger abstract thinking and problem-solving skills than to do bridges.

In the postgraduate examination of mechanical design and manufacturing and automation, candidates need to master a number of basic disciplines, such as engineering mechanics, material mechanics, mechanical principles, mechanical technology, etc.; At the same time, it is necessary to master several areas of expertise, such as mechanical drawing, mechanical design, CAD cam technology, robotics, etc. The mastery of these knowledge points requires students to have a thorough understanding and mastery of each knowledge point, and be able to integrate and apply knowledge from different fields to solve problems.

The complexity and abstraction of mechanical design, manufacturing and automation are also challenges for candidates in the postgraduate entrance examination. The problems involved in the design and manufacture of machinery and its automation are generally complex and multi-layered, requiring students to have strong analytical and problem-solving skills. Candidates should continuously improve their abstract thinking and problem-solving skills through theoretical study and practical operation, so as to cope with the difficulty of the examination of mechanical design, manufacturing and automation in the postgraduate examination.

In general, the difficulty of the postgraduate examination of mechanical design and manufacturing and automation is relatively large, which requires students to have solid basic knowledge and superb abstract thinking ability, and be able to integrate and apply knowledge in different fields to solve problems. If students can make full use of their time, study and practice seriously, and continuously improve their ability and level, they will be able to cope with the challenges of mechanical design and manufacturing and its automation. <>