Two of the mechanical design and manufacturing majors. What is the best graduate student? Seek advic

You can test materials, electromechanical, manufacturing, design, and automation.

It depends on your future development in that direction, but there are a lot of management in the machinery manufacturing industry, whether it is a child or an external recruitment, many of them are "management majors", so there are too many "talents" in this area, and there are many "management" professional titles. Our company has an "economic" major, and the departments that can be engaged in should be more popular, such as the finance department, the procurement department, the economic management department, the development department, etc.

Mainly depends on personal interests, if you are not interested in machinery is to change majors, then your professional test score must be very high, and the basic knowledge of graduate school should be better than others to make up, if you don't hate machinery very much, I think the employment prospects of the mechanical industry are still very broad, engineering graduate students generally go out of the salary is relatively high, the opportunity to study for a doctorate is also very large. All in all, it depends on your own main plans for the future.

It depends on your hobbies, or to see which major is more suitable for you, in fact, any major is the same, after learning either it is useless, or it is of great use, depending on what level you have learned, it also depends on luck. It's better to find a good job than to learn well, and finding a good job depends on strength, and the main thing is to rely on relationships.

The selection principle of the postgraduate entrance examination is to choose as many disciplines as possible in "mechanical" related disciplines, so that your professional advantages in the undergraduate stage can be brought into play, and the postgraduate stage will be more in-depth and comprehensive, which will be very helpful for future employment.

If there is nothing to do with the family or the back door or something, it is still recommended to take the mechanical test. The mechanics are still good after all. Although it may be blue-collar to come out.

Mechanics are troublesome to change majors.

The main courses of graduate students majoring in mechanical design, manufacturing and automation: engineering graphics, theoretical mechanics, mechanics of materials, mechanical principles, fundamentals of mechanical design, pneumatic and hydraulic technology, electrical and electronic technology, microcomputer principles and applications, mechanical engineering materials, mechanical CAD cam, numerical control technology, mechatronics design, etc.

Based on mechanical design and manufacturing, integrating the interdisciplinary disciplines of computer science, information technology and automatic control technology, the main task is to solve complex technical problems in the field of modern engineering with the theory and method of advanced design and manufacturing technology, so as to realize the intelligent design and manufacture of products.

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.

The first is to determine the colleges and universities to apply for. According to your actual situation, determine the target college. The choice of institution is the beginning of the preparation for the postgraduate entrance examination, and it is also the key to the success of the postgraduate examination.

Because the choice of colleges and universities is related to your employment and your future development, it is recommended that you choose at least 1-4 target universities, and they should be distributed in Zone A and Zone B respectively. That is to say, Zone A selects a university and a regular university, and Zone B selects a university and a regular university.

The second is to be ready to apply for the major. If you want to continue to engage in mechanical design and manufacturing and automation and automation related professional positions after graduation, then it is recommended that you choose a strong engineering major, such as: Kunming University of Science and Technology, Chongqing University, Wuhan University, Tsinghua University, etc., and then check the graduate admissions brochure of your target university over the years, and see the examination subjects of the major you apply for, such as:

Guizhou University's 2022 Graduate Enrollment Guide specifies the subjects of the academic master's examination for mechanical design, manufacturing and automation: 101 Ideological and Political Theory 201 English (1) 301 Mathematics (1) 847 Fundamentals of Mechanical Design; Mechanical Engineering Master's Exam Subjects: 101 Ideological and Political Theory 204 English (II) 302 Mathematics (II) 847 Fundamentals of Mechanical Design.

If you want to take the interdisciplinary examination, you should also check the examination subjects of the major you are applying for at the target institution;

The third is preparation for exam preparation. First of allAfter determining the subjects of the professional examination of the target institution, it is time to prepare for the examination of the relevant subjects. As we all know, English is the most difficult subject in the postgraduate entrance examination, because English is marked separately, and many postgraduate students are eliminated because their English is not enough.

Therefore, it is recommended that you carefully prepare for English, especially the subject of English 1 to be examined. It is recommended that you study English well from the freshman year exam and strive to do well.

Level 4 and 6 passed, so English.

The fourth and sixth levels have also been passed, which has laid a solid foundation for the postgraduate entrance examination.

Secondly,It is the preparation for advanced mathematics review. If you choose an engineering major, you must learn advanced mathematics and linear algebra well, and learn every knowledge point thoroughly. In particular, when the freshman year offers advanced mathematics, it is necessary to study it carefully.

In preparation for the exam, it is recommended that there should be at least three rounds of review for advanced mathematics, the first round of review of basic knowledge and understanding of basic concepts; In the second round, according to the mastery of basic knowledge, some topics should be found to practice appropriately to consolidate the mastery; The third round is to check the gaps, and it is recommended that you start reviewing the high math from your junior year.

Finally, which is the preparation for professional courses. In fact, the professional exam is the best subject to get points, and it is recommended that you look for the senior brother who succeeded in the previous postgraduate examination in 5 months before the exam, and outline the scope in order to work in a targeted manner; Then there is English, which has been discussed above and is not cumbersome.

You should check your preferred school and follow the school's requirements.

These two majors are science and engineering majors, so when preparing for the graduate school entrance examination, you should be clear about your research direction and employment direction. The main thing is to be well prepared.

You need to combine these things with what you have learned before, and then you can create a better graduation project, and then you can also learn some theoretical knowledge, so that you can go to graduate school.

Summary. Graduates can be engaged in the preparation and implementation of mechanical design and manufacturing processing technology regulations or the maintenance and repair of mechanical, electrical, hydraulic, pneumatic and other control equipment or the application of mechanical CAD cam technology, as well as in schools, scientific research institutions and state agencies engaged in teaching, scientific research and administrative management. For this major, the employment positions can be mechanical product design and development personnel, mechanical manufacturing process preparation personnel, CNC machine tool operators, CNC process programmers, mold design and manufacturing personnel, mechanical and electrical equipment management and maintenance personnel, etc.

Hope it helps.

What are the future employment prospects of fresh graduates majoring in mechanical design, manufacturing and automation in China?

Graduates can be engaged in the preparation and implementation of mechanical design and manufacturing processing technology regulations or the maintenance and repair of mechanical, electrical, hydraulic, pneumatic and other control equipment or the application of mechanical CAD cam technology, as well as in schools, scientific research institutions and state agencies engaged in teaching, scientific research and administrative management. For this major, the employment positions can be mechanical product design and development personnel, mechanical manufacturing process preparation personnel, CNC machine tool operators, CNC process programmers, mold design and manufacturing personnel, mechanical and electrical equipment management and maintenance personnel, etc. Hope it helps.

What is the salary of a graduate student in mechanical design, manufacturing and automation?

Hello dear, the salary has a certain relationship with the academic background and the region, and the monthly salary level of the general undergraduate graduates should be about 5-7k The undergraduate will generally be high. The salary of master's graduates from double non-university colleges is about 20 30w. For example, it is easier for prestigious schools to enter large companies such as DJI and Huawei, and this kind of salary is relatively high, with more than 20w.

Yes, the mechanical profession is poor. BecauseWhen most people first enter the machinery industry, they should have high ambitions and want to contribute to the country's manufacturing upgrading and the take-off of the aerospace industry, but slowly, with the understanding of the current state of the manufacturing industry, these things are easier said than done. Many people have spent their lives studying bearings and seals.

In the final analysis, their contribution to the upgrading of the manufacturing industry is only a drop in the ocean, and a sense of powerlessness gradually emerges. The feelings gradually faded.

Graduate students who can be engaged in mechanical manufacturing and its automation have been in short supply for many years, and the supply-demand ratio has been above 1:10. According to talent market surveys in Beijing, Shanghai and Shenzhen, mechanical design, manufacturing and automation have always been at the forefront of talent demand.

It is understood that graduates of machinery manufacturing and automation are mainly employed in high-tech scientific research, development and production units in major cities and coastal areas.

In addition, they can be engaged in the study of machinery manufacturing theory, manufacturing technology, and automated manufacturing systemand graduate disciplines in advanced manufacturing models. The discipline integrates the latest developments of various related disciplines, making manufacturing technology, manufacturing system and manufacturing mode present a new look. The goal of mechanical manufacturing and its automation is very clear, that is, to combine mechanical equipment and automation through computers to form a series of advanced manufacturing technologies.

In addition, with the application of more and more new technologies, the development prospects of the machinery industry are broad, the society is progressing, and people's requirements for life are also constantly improving. With the disappearance of the demographic dividend and the rise in the cost of manufacturing, the state has introduced a number of policies in recent years to support the intelligent transformation of the manufacturing industry. During the epidemic, the state has also successively issued relevant documents, and it is very good to determine the employment direction of this major, and clarify the support for key industries such as intelligent manufacturing.

During the epidemic, the amount of intelligent manufacturing has increased, and its performance has been recognized by all sectors of society. The introduction of relevant policies to encourage development also provides opportunities for the further development of the industry.

The employment of undergraduate students majoring in mechanical engineering is not bad, but the employment rate is very high; The direction of employment includes mechanical production, electronic technology industry, engineering and technical personnel, design and development personnel, and the direction of postgraduate entrance examination includes mechanical automation, mechanical engineering, mechanical and electronic engineering, and mechanical manufacturing.

The employment is not very bad, because the number of talents needed now is also relatively large, and you can choose to go to major factories for mechanical research and development, postgraduate entrance examination, and also engineering majors.

Yellow River Institute of Science and Technology, Xijing University, Shandong Yingcai University, Yanshan University of mechanical design, manufacturing and automation are better.

Mechanical design and manufacturing and automation is a comprehensive technical discipline that studies the enterprise management of various industrial machinery and equipment and mechanical and electrical products from design, manufacturing, operation control to production process. Based on mechanical design and manufacturing, integrating the interdisciplinary disciplines of computer science, information technology and automatic control technology, the main task is to use the theory and method of advanced design and manufacturing technology to solve complex technical problems in the field of modern engineering, so as to realize the intelligent design and manufacture of products.

Basic courses: Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, College Physics, College Physics Experiments, General Chemistry and Experiments, Engineering Graphics, Theoretical Mechanics, Mechanics of Materials, Fundamentals of Circuits, Principles of Mechanics, Mechanical Design, Fundamentals of Mechanical Design, Mechanical Parts, Electronic Technology, Interchangeability and Technical Measurement, Engineering Materials, Metal Technology, Testing and Sensing Technology, Fundamentals of Manufacturing Technology, Hydraulic and Pneumatic Technology, Electromechanical Transmission Control, Comprehensive Experiments in Mechanical Engineering, Microcomputer Principles and Structural Technology, Principle and application of CAD cam and microcontroller.

Employment direction: engaged in the preparation and implementation of mechanical design and manufacturing process regulations; Engaged in the maintenance and repair of mechanical, electrical, hydraulic, pneumatic and other control equipment; Engaged in the design and manufacture of process tooling.