Difficulty breakdown: The Path to engineering and technical flexibility

Csdn activities are rarely attended by non-Chinese people. However, this activity is very interesting. You can write it as you like. After writing it, I found some biased questions, but the right should be busy. Miss Xiao's book is no longer needed. I have too many c ++ documents. I don't often write this kind of thing. I hope you will forgive me.

 

First, describe the background of this article.
I am not a computer professional and have no plans to do this job. I am mainly studying and engaged in Mechanical Engineering (it should be academic at present. In my eyes, computer and programming are tools given to us by the times, just like stones used by primitive people. In the same sense, the use of stone tools separates humans from humans. The use of computers and programming separates engineering and technical personnel.
However, many non-computer students who are new to programming have misunderstandings about computers and programming. They Think This Is What computer professionals do. In fact, the combination of engineering and computer technology is the trend of the times. If you are an intern in Shanghai, you know that companies like IBM and HP are not just "selling computers.

 

Next, let's talk about the degree of integration of engineering and programming-application is good.
The programming language has been developing for a long time and its applicability has been greatly improved. The emergence of a fully object-oriented language and class library system allows beginners to master the essence of programming languages with a little learning experience and practice. Other aspects are the theoretical and technical knowledge of this major. This is our strength. Of course, for any knowledge, the shortcut to learning is to imitate more and practice.

 

Finally, let's talk about the key points of this article and the way of engineering and technological flexibility.
Engineers and technicians often have to deal with a variety of problems, and some problems are even quite different from those of their own majors. I remember a cam problem at the GE Research Institute. In fact, I have never been in touch with Cam. But from the contents of the cam book, we can see that the problem I face is only a small branch of cam, and it is not necessary to be scared by the mountains of cam. After locking the branch, I searched for some basic introductions on the Internet to understand the basic knowledge of this problem. I quickly learned the key points and difficulties of this problem, I have a fresh understanding of this issue. Therefore, the ability to learn is crucial to engineering and technical personnel. To put it bluntly, the ability to learn is more than just the ability to take the test.
After you have a clear understanding of the problem, find the difficulties in the key issues to tackle the problem. This is to continue to break down the problem. Because the problem is very clear after decomposition, ask the corresponding professionals to consult, you will know if you can do it. Do what you can do. If you cannot do it, change it from other aspects. This is the so-called difficult decomposition. If you are not clear about the difficulties, you can find a way to solve them. The feasibility and cost of the problem solution come from this process.

It has been a waste of ten minutes. That's it.