The importance of ansys to mechanical work?

If you learn well, it will be of great use. At present, domestic applications are mainly in the fields of automobile manufacturing and construction. Due to the lack of talents in this field, the general mechanical processing plants can only ask foreign design companies for design verification of some large equipment at high prices. However, in order to realize the application, it is not enough to study only linear structural analysis, because nonlinear problems and dynamic problems are often used more in practical engineering applications. Because it is difficult to predict the results by simple calculation, finite element analysis technology is needed at this time. Such as the simulation of automobile collision process. Even if you are engaged in some static structural design work, with the help of this tool, you can make fewer mistakes and greatly improve your work efficiency. So you should study this course well before graduation, which will be a heavy weight when you look for a job in the future (of course, for companies that know goods, many domestic engineers don't even know what FEA is at present). Personally, I predict that this technology will flourish in China in the next 30 years, and even become a basic ability that every engineer and technician must possess. By the way, the annual salary of ansys software trainers recruited by AXA Asia Pacific is about 200,000. Generally, CAE application engineers in the automobile industry require graduate education, and they all get annual salary. You should know how popular this technology is in China, right?