Textbooks required for the first year of mechanical design and automation

There are many textbooks to learn, and there will be basic courses: politics (must be in China), English, mechanics of materials, mechanical design, electrical and electronics. The major depends on the direction of your school, and the following are my questions from others, I don't know if it will help you.

First of all, I studied this major.

To be practical, this major is actually superficial in college. Machinery and automation, there is so much to cover.

University is just a process for a master to lead through the door.

As for what industry you will engage in in the future, it depends on your interests. It would be nice if I could work in mechatronics like I did. What kind of machine, all the electricity is used. Now the more scientific name is factory automation.

In addition to CAD software, you will also use programmable controller (PLC) software, and possibly robots, as well as robot-related software. In short, to enter this industry, is to learn from all the time. For example, when I was in college, the inverter was just a concept, but now it is quite widely used.

In addition, this industry will also involve the knowledge of the drive part, that is, pneumatics and hydraulics. Of course, motor drag is also inevitable. Some people have studied for a long time and don't even know the selection of motors.

I don't know if these are helpful to you, if you have any questions, you can push through hi and send me a message.

It's all basic courses, English, advanced mathematics, and engineering graphics.

Compulsory 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 Design, etc.

Practical teaching: the main practical teaching links: including military training, metalworking, electrician, electronic practice, understanding practice, production practice, social practice, curriculum design, graduation project (**), etc., should generally be arranged for more than 40 weeks.

Training 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, receive the basic training of modern mechanical engineers, and have the basic ability to design, manufacture and equipment control of mechanical products, and organize and manage production.

I work in mechanical design, and some books are useful for work, but maybe you're still a student and feel bored to watch. I still recommend taking a look at the books about the current industry dynamics, to increase interest in the industry, you can go to the library to check, similar to "2002 Machinery Industry Status and Trend Analysis", to see if there are any recent years.

There is a book I think is particularly good, "The Third Edition of the Mechanical Design Course Design Atlas" 1989 edition, the general school library has, buy an old one from the Internet plus the freight is only a dozen yuan, there are more than 100 drawings in it, involving a variety of reducer structures, for the design work to broaden the mind. Although I have learned mechanical drawing, I may not be able to understand all the real drawings in it, and I have also practiced my ability to read drawings.

There are also books on structural design (strength check is rarely done in the work), such as "Mechanical Design Practical Mechanism and Device Atlas" and "Mechanical Structure Reasonable Design Atlas", the latter is simple and clear, only more than 100 pages are a bit interesting.

Now there are a few books in the bookstore about what mechanical design taboos 200 cases 500 cases or something, I think the sixth volume of the "Mechanical Design Atlas" "Mechanical Design Mistakes and Taboos" is not bad, quite useful. After reading it, you can see which drawings were drawn by the students and which drawings are really processable.

There are a lot of books about drawing software.,Plane drawing should be proficient in at least such as AutoCAD,CAXA electronic plate,Three-dimensional Pro E,UG,Soildwoeks, etc.,It's best to know one.,There is also mechanical analysis software CAE series (you can increase your value after work.,Interview rarely requires this),If you want to learn a little deeper.,If you understand the various functions of the software, you have to read relevant books.,Drawing skills、Commands、Shortcuts or something are very useful。

In addition, tolerance fit (or "interchangeability and measurement technology") is very important, in fact, anyone can draw drawings to see whose processing is better, which is to rely on tolerance fit. You just need to study this well.

As I mentioned above, there are many electronic versions of pdf formats on the Internet, such as complete sets of mechanical design manuals, mechanical design brochures, etc., which can save a lot of money. But the pdf doesn't feel good as the book.

This aspect of electronic control is also very useful, and I will have a broader idea when I learn it, and now I will pay attention to the design of mechatronics, but I have not studied it yet.

At present, I think of so much, learn slowly, doing machinery is an accumulation of work, I graduated just half a year, hate myself for wasting a few years of time, I admire thoughtful friends, what questions can be talked about together, if you rush to do mechanical design work and monthly salary of tens of thousands, then try to see it, ask for a satisfactory answer.

This is very good, after graduation within three years must be tens of thousands, thinking about a kind of technology is now in urgent need of the Yangtze River Delta Pearl River Delta, and now China's manufacturing foreign policy is also very beneficial to this profession: the export of complete machines to pay a high tax, and the cost of export parts is very low, so parts design is very important for these export enterprises, grasp it.

This is a lot, let's talk about the public compulsory courses first: advanced mathematics, meditation, Mao, Deng Theory, Ma Zhe, English, physics, C language (it is also possible to learn C++ or VB), electricity.

Professional courses: mechanical drawing, mechanics of materials, theoretical mechanics, material forming, numerical control theory, mechanical manufacturing, finite element design, mechanical design, mechatronics, hydraulics, mechanical vibration, interchangeability and measurement basics.

Professional Practice: Metalworking.

There should be more, but that's about it.

There are differences between the north and the south,,, such as touching the mold of the south.

Mechanical design.

Mechanics. Automatic control.

Modulo-electrical, digital, electrical, and engineering graphics.

Manufacturing Technology.

Numerical control technology, limits.

Coordination, electrotechnical technology.

Mechatronics.

Electromechanical transmission, hydraulics,

MCU and PLC are about the same.

However, there may be more detailed teaching materials, such as:

Vehicle Engineering. Construction machinery or something.

Every school is different, but the general curriculum should be similar. For example, mechanical design, automatic control principle, computer-aided design, electronic technology, mechanical principle, etc.

Specialized Courses: Theoretical Mechanics Mechanics of Materials CAD "Mechanical Drawing" is important! Mechanical Principle: Programmable Controller, MCU, Hydraulic & Steam.

Common courses: College English, College Physics, Linear Algebra, Advanced Mathematics, C Language, etc.

Mechanical design and its theory.

Mechanical dynamics.

Mechanical finite element analysis.

Mechatronic system design.

Modern design approach.

Mechanical CAD CAM

Robotics.

Machinery manufacturing equipment design.

Advanced manufacturing technology.

Mechatronic system design.

Mold manufacturing process and equipment.

Principle of plastic molding.

Plastic process and mold design.

Professional English. Mechanical innovation design.

VB Programming.

Management of industrial enterprises.

ERP principles and applications.

Marketing. Grouping technology.

Mechanical engineering technology.

CNC machining process.

Mechanical design. Engineering mechanics.

Fundamentals of mechanical engineering.

Mechanical engineering testing.

PLC Electrical Electronics.

Automatic control principle.

Mechanical engineering testing.

Mechanical drawing. There are also basic courses: Mathematics and English.

Mechanical Engineering, Mechanical Design, Automation, Advanced Mathematics, Engineering Mechanics, Computer, PLC (Siemens) Electronics.