In the machinery industry, if you want to get a high salary, you need to learn those aspects well

In the machinery industry, if you want to get a high salary, in addition to professional knowledge, you must also have the following conditions:

1. Computer. Proficient in the use of operating the computer, must master the software:

Office, AutoCAD, SOLIDWORKS, or any of Por E or UG.

It's better to also master:

Photoshop, CorelDraw, 3D Max.

2. English. Basic requirements: No matter what level you are, you must be able to read about 10 pages of equipment manuals with the help of dictionaries and translation software, be able to write simple design instructions independently, and be able to communicate with foreigners with the help of gestures.

3. The understanding and understanding of machinery should be significantly higher than that of colleagues who have entered the industry at about the same time, which requires you not to be afraid of hardship and tiredness in your work, to be able to transform theoretical knowledge into practical ability, and to have a high sense of responsibility.

4. More importantly, after entering the industry, we should learn from our old colleagues with an open mind, compare our own shortcomings with the strengths of old colleagues, so that you will find your own shortcomings, respect leaders and colleagues, usually not humble or arrogant, learn to communicate individually if you have different opinions in management and business, do not top up on the spot, and do not evaluate anyone behind your back.

5. This is also very important, to choose a more formal, high-performance, high-development enterprise, because the enterprise is not good you can no longer do it, so it is recommended that you first go to a regular large enterprise to hone for about a year after graduation, in this year to lay a solid foundation of practice, a year later to assess whether you have a future in this unit, if you can continue to work, if you do not hurry up, it is equivalent to a year to choose a good unit.

Generally, the salary in the first two years of the machinery industry will not be very high, and the difference will be obvious from the third year. The difference in salary between those who enter the industry at the same time after 5 years can be multiplied.

Strong top upstairs add another sentence to endure loneliness and boil slowly.

If you have a strong theory, you can get a high salary if you can blow it, and you can explain everything.

Of course, experience and ability are necessary for work, and high education is also a rigid need, which determines the future development trajectory of life and personal future and destiny. Academic qualifications are a key, a stepping stone for students to step into the society, and academic qualifications are a ruler for employers to measure talents. Academic qualifications are stepping stones, and academic qualifications determine the future development trajectory of life and personal future and destiny.

From the point of view of career development:

With the development of the times, a college degree is no longer enough, a bachelor's degree is also in jeopardy, and the company's requirements for employees are getting higher and higher, the most obvious is.

Degree. Judging by promotions:

In every job, we are eager to have a better development, promotion, promotion to management is the most rewarding harvest in the work, but these are not only for personal ability, but also for academic qualifications.

From the point of view of the evaluation of professional titles:

Nowadays, almost all kinds of professional title evaluation are linked to academic qualifications, intermediate professional titles require college education, and senior professional titles require at least a bachelor's degree, so if you want to stand out among many competitors, personal ability and academic qualifications are indispensable.

From the point of view of personal development:

At the same time, in order to enhance our competitiveness, we all strive to be an all-round person, constantly expand work-related skills, and even more other skills, and obtain qualification certificates, but most of them have high and strict academic requirements, so don't let academic qualifications hinder your development.

If you have any questions about the self-test test, don't know how to summarize the content of the self-test test center, and don't know the local policy for self-test registration, click on the bottom to consult the official website and get the review materials for free

1.Learn professional knowledge, theoretical mechanics, material mechanics, mechanical principles, mechanical parts, transmission, hydraulics, interchangeability, control principles of metal materials, heat treatment, machine tools, tools, etc.

2.Mechanical drawing should be extremely proficient, solidedge, solidworks, or anything else, all the skills are done again, draw more, find two-dimensional drawings to convert three-dimensional drawings, draw five hundred drawings and basically master it, be fast, pay attention to use shortcut keys. From top to bottom, from bottom to top, parameterization, learn if you have the energy, and learn sequential modeling if you don't have the energy.

3.The Finite Element Society, there is a finite element comic book written by the Japanese, learn first, and it is good to be able to analyze, if the ability is not enough, the theory does not need to be too understanding.

Note: memorize more terms, understand the terms you memorize, this is very important, will not be contempt and can not communicate, for example, I have an old leader to judge the mouth is "you are a senior deputy, you are too positioned, you do not meet the Abbe principle, according to Bernoulli's principle, how much do you do, how much Reynolds number to reach, how much surface quenching depth to have, how much Shore hardness".

Recommended Materials:1Mechanical Design Manual (Cheng Daxian) This set of books has to be read again, you must not remember, but you must know what is in **, so that you can look for it when you want to look up something.

2.Mechanical Design Handbook (electronic version), ibid.

4.In other aspects, such as designing hydraulic machinery, if you don't understand, go to Dangdang.com to search for "hydraulics", buy twenty books from top to bottom, and read the past to understand.

Experience: 1Accumulate your design information, classify and store it, and you will accumulate more and more, which is very useful. For example: **business**, product sample book sample, each time the design formula is found, and every time you do the design experience. You can have Daoyun or Evernote.

2.Inspection, it is very troublesome for the machine to make mistakes, and it is necessary to check again and again to ensure that the drawings are not wrong.

Check the point: whether it is in line with the design intent, the user requires Sakura Yuan to speed 500r min, you design a maximum of 350 will not work.

Whether the size of the parts matches, such as one side of the flange six holes, the other side of the eight holes can not match, and then like the positioning stop 40, positioning hole 45 this is not right.

Number of parts. Material.

Process requirements. Tolerance fit, this is the key, a large part of the mechanical design work is to put tolerances, need to repeatedly ponder and accumulate. Focus on learning.

And this thing can not be dogmatic, such as processing shafts, many workers will process at the upper limit of tolerance, they think that because if it is not on the line, it can also be repaired, of course, these processing masters must be wrong, because if they are processed on the line, according to the normal distribution, it must be wrong, and there is no way to change the processing ability and cognition of the processing master, and fine-tune their drawings. Drawings are the language of engineers, in order to process suitable products, not to raise bars with workers.

3.Structure obeys function. The function is right, the structure is right, and don't add anything presumptuous.

4.There are many ways to implement a function, and it's almost fine, and you don't have to try to be perfect.

Learn more and practice the knowledge of the machinery industry and use it to have the possibility to better improve yourself, do not learn, do not practice, do not add a good rent to use, how can you Zhaoneng not better improve yourself.

You will use AutoCAD to draw some simple 2D diagrams, based on which you can imagine the 3D shape of the product.

You can see tolerances, materials, surface treatments, process requirements, etc. on your 2D diagram. And you mark the information yourself, you know what they mean.

You can draw two-dimensional diagrams, and the drawings you draw look like they can really be processed, although sometimes you will make some mistakes, such as the high precision requirements that even the Germans can't make, let alone Master Zhang in your workshop. At the request of the leader, you can use some 3D software to make a rendering to see, although there is no practical value, at least it is very fulfilling.

<> you already know how your product is made and what each process is about. If you need to improve, you can generally judge where to start, and you can guess the impact that the improvement may have. At this point, you have a deep understanding that 2D drawings are much more meaningful than 3D models.

You start to despise so-called mechanical engineers who only use 3D software to build 3D models.

You begin to understand what enterprise informatization is. It's useful to know that 3D design is actually useful, and you can incorporate the process information you love into 3D design. At this time, you should be able to skillfully apply 3D software to design some commonly used parts, and generate 2D engineering drawings that are enough to guide production, or directly take them to CNC equipment for processing.

You have to be able to read the drawings.

You need to be able to use a 2D drawing software, CAD, CAXA, etc.

You need to know a 3D drawing software, otherwise you can't find a job, SW, UG, PRO E, etc.

You need to know the physical properties of some commonly used materials.

After joining the company, you have to use the fastest time to understand the principle and structure of the products in the factory.

After entering the company, you must use the fastest time to familiarize yourself with the processing equipment and processing principles in the factory, at least the processing principles of turning, milling, grinding and drilling must be understood, otherwise the things you design will be embarrassed if they cannot be processed, and they will be buried to death by the workers.

Some commonly used material treatment methods and principles, such as quenching, etc.

You have to be able to work hard, go to the workshop and debug the equipment with the workers, and you can't be afraid of getting dirty, let alone tired.

All that's left is to accumulate experience, and mechanical engineers have grown up by making mistakes, modifying and even scrapping again and again.

Mechanical engineers are more popular for years, but most mechanical engineers are not as well paid as newly graduated programmers.

Personally, I feel that the mechanical major is a major with relatively high technical ability, and the first thing to do is to do a good job in practice. When studying this specialty, it is necessary to implement the basic knowledge of textbooks and strengthen professional operation training.

I am a mechanical engineering student. In the machinery industry, there are many options, mechanical research and development, quality optimization, mold design are the main occupations in the field of machinery. There is also a lot to learn.

First of all, you must be proficient in drawing, tolerance interchangeability measurement technology, and mechanical design during your college years. If you have more than enough to learn, you must also grasp the development of machinery in today's society and the quality standards of various mechanical parts. Two years after graduation, you must study for an engineer certificate.

This is all very important.

As a mechanical major, I summarize as follows: Engineering Mechanics, Fundamentals of Mechanical Design, Electrical and Electronic Technology, Principles and Applications of Microcomputers, Mechanical Engineering Materials, and Fundamentals of Manufacturing Technology. These are all basic courses to be learned.

Summary. According to the professional mechanical design and manufacturing you have learned, this is technical, engineering management is both liberal arts and science, based on technical courses, in the management level, so you want to consider the future development, must be the choice of engineering management, engineering management is project management (foreign project management) professional development, in the machinery manufacturing industry also pay attention to project management, so that your scope of employment can be expanded a lot.

What other skills should I learn if I want to pay a little more in mechanics?

Hello, I have understood your question, and will give a reply in about 5 minutes, please wait!

There are only three aspects of general comprehensiveness: mechanical design, mechanical manufacturing, mechatronics, it is recommended that you take the mechanical stool electronics, the comprehensive study hall is only in turmoil, there are many benefits in the future, comprehensive talents, and jobs are easy to find!

What can be minored in mechanical design, manufacturing and automation to enhance employability?

According to the professional cherry peel beam mechanical design and manufacturing you have learned, this is technical, engineering management is both liberal arts and science, based on technical courses, in the management level, so you want to consider the future development, must be the choice of engineering management, engineering management is project management (foreign project management) professional spine development, in the machinery manufacturing industry also pay attention to project management, so that your scope of employment can be expanded a lot.

But what do you need to learn about personal skills?

It depends on where you are employed.

It depends on where you are employed.

Mechatronics.

Uh-huh, just choose about that.

What are the directions and recommended colleges for postgraduate entrance examination?

Specific problems are analyzed on a case-by-case basis, and I don't know much about your situation yet.

The major of mechanical design, manufacturing and automation cultivates senior engineering and technical talents who have the basic knowledge and application ability of mechanical design and manufacturing, and can be engaged in the design and manufacturing, scientific and technological development, applied research, operation management and operation and sales in the field of machinery manufacturing in the front line of the main industrial production.

Cultivation requirements. Students in this major mainly learn the basic theory of mechanical design and manufacturing, learn the basic knowledge of microelectronic technology, computer technology and information processing technology, and receive the basic training of modern mechanical engineers in the field of eggplant, and have the basic ability to design, manufacture and control equipment and organize production of mechanical products.

Academic. Year. Main courses. 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 Beam Design, etc.

Direction of employment. Mechanical design and manufacturing and automation major involves the design and manufacturing, scientific and technological development, application research, operation management and operation and sales in the machinery industry, and is an industry with great social demand. Specifically, we are working on a wide range of topics, including the development of low-pollution automotive engines, new materials for aluminum alloys and shape memory alloys that provide mechanical properties, research to improve the performance of automotive turbocharged engines, and the development of vibration and noise reduction machinery.

With the needs of China's modernization, the development of aerospace, shipbuilding, mining and other industrial fields, machinery manufacturing and automation need to be developed in a long way, and there is a great space for development.

If you have any questions about the self-test test, don't know how to summarize the content of the self-test test center, and don't know the local policy for self-test registration, click on the bottom to consult the official website and get the review materials for free