I suggest you have confidence in yourself. In fact, it's nothing after learning. Don't scare yourself if you don't do it.
But according to the current employment situation, machinery and electricity are good jobs, and work is your ultimate goal, right? So, believe in yourself and want to learn!
Good luck!
Is it good to major in mechanical design, manufacturing and automation? The discipline of mechanical design, manufacturing and automation plays an extremely important role in the national economy. It plays an auxiliary role in other technical fields and becomes the foundation of all industries in the national economy. The development of machinery industry will also drive the development of other technologies and industries. All kinds of automatic machinery and equipment greatly improve the labor productivity and reduce the labor intensity of workers. The successful development of various large-scale complete sets of equipment makes it possible to build various key projects. The precision of mechanical equipment has promoted the microelectronics industry and computer industry, realized the highly integrated manufacturing of integrated circuits, and doubled the capacity of memory; The development of scientific research and production, science and technology and education of aerospace and various weapons and equipment depends on the progress of mechanical design and manufacturing technology.
Employment direction:
(1) engaged in the preparation and implementation of mechanical design and manufacturing process regulations;
(2) Engaged in the maintenance of mechanical, electrical, hydraulic and pneumatic control equipment;
(3) Engaged in the design and manufacture of process tools;
(4) Engaged in programming and operation of high-intelligence equipment such as CNC machine tools and machining centers;
(5) Engaged in the application of mechanical CAD/CAM technology;
(6) Engaged in on-site technical management of mechanical design and manufacturing;
(7) Engaged in the sales and service of mechanical and electrical products.
(8) Engaged in teaching, scientific research and administrative management in institutions of higher learning, scientific research institutions and state organs.
(9) Engaged in the design, production and manufacture of mechanical molds.
The major of mechanical design, manufacturing and automation (please ask professionals to answer _ thank you) must first be clear: salary is only related to your working ability and professional and technical level, and has little to do with academic qualifications. Secondly, if you think your learning level is ok, you can directly find a job after graduation in order to integrate into society as soon as possible; If you feel that you lack specialized courses, you can take the postgraduate entrance examination to consolidate and improve your knowledge. Finally, I have to mention that it usually takes three years to get in touch with the social environment after graduation. Imagine that after graduating from college, after several years of postgraduate study and social contact, I will be in my thirties-
How about choosing "Mechanical Design, Manufacture and Automation" as the major of physics? Choose automation. Automation majors are more widely employed. What you say is a little mechanical. I will be engaged in machinery when I am employed. Automation can learn computer, software programming, PLC, robot and so on.
How to learn mechanical design, manufacturing and automation (mechanical design) well, do you mean the test results or your actual design ability?
If it's an exam result, then I agree to see more and do more questions on the first floor. . .
If it is my own actual design ability, then I don't agree with the view of the first floor. Mechanical design is a complex system, which cannot be solved by formulas.
I worked as a mechanical engineer in Shenzhen for 6 years. Here I suggest that you must do more work, use more brains and lay a good foundation.
Mechanical transmission and structure should be well studied. . Add some basic skills such as drawing, put your own design ideas into it, and embody them in machinery through drawings.
The key is to do mechanical design at first, and you must do it yourself. It will be helpful to know the technology and materials.
Those drawing softwares don't need to learn too well. After all, they are tools that everyone can learn. The key is to have your own design concept. .
I hope it helps you.
How to learn mechanical design, manufacturing and automation well depends on your university goals.
Insurance research: pay attention to the study of insurance research calculation ranking course.
Want to take the postgraduate entrance examination: pay attention to the study of English, mathematics and postgraduate courses.
Want to work: pay attention to make your resume have bright spots, that is, your resume should have bright spots, such as winning professional mechanical design awards, winning mechanical design patents, participating in a project, designing any machines, and so on. Employers look at resumes to choose graduates from the same school.
Generally speaking, although your major is mechanical design, manufacturing and automation, you need to decide whether you prefer mechanical design, mechanical manufacturing or automatic control after entering this major. These three directions are good. But the basic knowledge must have mechanical professional knowledge, such as mechanical drawing, mechanical design, mechanical principle, tolerance and other courses of professional knowledge is very important; Because machinery is used to transmit motion and force, mechanical knowledge is also very important. In addition, we should also pay attention to mastering labor tools, that is, learning to use computers to help us do professional things, so we must learn 1-2 software, such as UG and AuotoCAD. It is best to have practical design experience in software learning. In particular, we should pay attention to the cultivation of our own ability, not the ability to learn, but the ability to work and create value for enterprises. So you should pay attention to many practical links arranged by the school, such as mechanical drawing, curriculum design, production practice, graduation design and so on. In addition, you should let yourself participate in more scientific and technological activities, take the initiative to find a good teacher to participate in his scientific research or let him guide your scientific and technological activities. Under the scientific guidance of teachers, your working ability will rise rapidly.
Hope to adopt
How to learn the specialty of mechanical design, manufacturing and automation well. First, learn the basics. Professional knowledge of mechanical specialty, such as mechanical drawing, mechanical design, mechanical principle and tolerance, is very important. Mechanical knowledge and drawing software, learn to use computer-aided drawing software, such as UG, SOLIDWORKS, AuotoCAD；; Secondly, we should pay attention to the application of hands-on practice and mechanical knowledge, such as surveying and mapping, curriculum design, production practice and graduation design. Let yourself participate in more scientific and technological activities;
There is also a focus on the cultivation of personal ability, and a positive attitude towards work and life will help your work and life.
High school physics is poor, can universities learn mechanical design, manufacturing and automation? There is still a difference between college physics and high school physics. If you study hard, you can learn college content well even if high school physics is poor.
How to learn the course of mechanical design, manufacturing and automation well is really difficult for students who have never been exposed to manufacturing enterprises, but it is because of the difficulty that it contains high gold content. Pay attention when studying: don't be disheartened by something you don't understand for a while, because it's normal, just keep learning. These problems will certainly be encountered in the future practice, and then they will suddenly realize.
At the same time, we must attach importance to the experimental class, which is a rare opportunity.
The description major of mechanical design, manufacturing and automation majors trains students to have the basic knowledge and application ability of mechanical design and manufacturing, and can engage in design and manufacturing, scientific and technological development and application research in the field of mechanical manufacturing in the front line of industrial production. Based on mechanical design and manufacturing, it integrates computer science, information technology and automatic control technology, and its main task is to solve complex technical problems in the field of modern engineering by using the theories and methods of advanced design and manufacturing technology, so as to realize intelligent design and manufacturing of products. Senior engineers and technicians engaged in operation management and sales.