I have opened a new book: Global Apocalypse: My house can be upgraded. Brothers, please help me collect it and give me some recommendations!

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If you don’t believe it, you can take a look at our training system.

There is no need to say about our technical school, everyone knows what level it is.

Not to mention learning theory, it is hard for students to go out to find an internship factory.

Even if you can enter the factory, see how many masters are willing to teach you the skills sincerely.

Most of them are desperately exploited by factory owners as free laborers.

Finally, after graduating from technical school, it is not an exaggeration to say that you can choose one of them from a thousand miles away.

In the last life, I can only live in chaos on the assembly lines of each factory.

As for those of us who are admitted to college, such as electrical automation majors and engineering control.

Not to mention technical level, even theoretical knowledge may not be comparable to those of other students who graduated from technical schools.

This is not an exaggeration at all. Otherwise, those majors such as XX automation and mechanical engineering would not be the subject of dismissal for college students to withdraw.

Moreover, these majors are not popular in the country now. First of all, it is difficult to find a job after graduation.

Secondly, after finding it, it is difficult for you to adapt. Most of the environments that go to the front line of the factory to work are not bad or messy, but they are not taken seriously.

Then the salary is insufficient, which makes many young people lose their passion for such jobs.

This is the current situation of most college students majoring in mechanical science after graduation.

This is why our upper class has been calling for industrial upgrading for so many years.

But one of the main reasons why our industry has been unable to upgrade.

It is because the combination of theory and practice is not good. College students majoring in mechanical science do not get the opportunity to display their talents after graduation.

In contrast, Germany, we are looking at how other universities train college students.

First of all, the requirements for recruiting students in mechanical majors in German universities are not high, but it is absolutely difficult to graduate from here.

They strictly implement the system of lenient entry and strict exit, and many students are eliminated during the learning process.

Of course, if you want, you can also stay in school, and it will not be a problem for ten or eight years.

Anyway, German universities do not charge tuition fees, but you always have to live, right?

So, after all, those who spend ten or eight years in college are still a minority.

If you enter the industry, you will also need to learn various theoretical knowledge in the first year after you enter the industry.

Then starting from the second year, you will also be arranged to carry out various social practices.

Unlike the students of technical schools, most of the students of technical schools go to small and medium-sized factories, which are not very famous.

Students in universities will be assigned to some well-known medium and large factories.

For example, Volkswagen, Mercedes-Benz, BMW, Krupp, etc.

Even if you are studying heavy chemical engineering, you will be assigned to internships in chemical giants like BASF and Bayer.

These internship positions are also led by masters.

People will teach you step by step how to become a qualified engineer.

First of all, we naturally need to go to the front line to practice the work concept. In this process, the master will give you how to discover problems and then solve them.

What makes engineers more advanced than technicians is that they are more profound in theory than technicians.

Only by mastering the basic theories can you discover problems and understand the principles of the problems, so as to solve problems at the most fundamental root.

The concept adhered by these German engineers is to continuously adjust and optimize current industrial equipment and production lines.

Sometimes, on these production lines, maybe just a small change is done, such as lengthening the conveyor belt by dozens of centimeters or changing several angles.

It can increase production efficiency by a few percent, which is the job of engineers.

Not only do we need to solve problems, but we also need to serve the continuous improvement of production efficiency.

When graduation comes, teachers often ask students to complete creative designs in individual or group form.

And this creative design is often done based on the industrial field they are in.

Or you need to design a brand new set of experimental theories, etc.

Anyway, the final graduation assessment is very strict.

But once you graduate, such engineering college graduates are very popular.

Basically, they don’t worry about finding a job. For example, the industrial giants in Germany can be easily entered.

And you can get a very generous salary.

And after working in the system of these German giants for several years, understanding their working procedures and accumulating work experience.

If you are changing jobs, it is also very easy to find a new job.

This is the model for other engineering universities to train talents.

This is also one of the main reasons why German industry can dominate the world.

On the other hand, we are so far away from others in this regard.

First of all, from the perspective of taking the exam, our parents prefer to let their children take computer-related majors.

Especially for majors in software, the reason is very simple, because these majors are easy to find jobs now and their salary is still high!

The second is that I like to let my children learn finance, and the reason is also very simple.

Because many parents think it will be easy to make money in the future when studying finance, they do not know that most students who graduate from finance majors.

In the future, I either go to the bank counter to be a social animal or sell insurance on the street...

As for what kind of mechanical automation or electrical automation children learn, haha, it can only be described as pitifully few.

Because everyone knows that students who study these things will find it difficult to find a job after graduation in the future.

Secondly, even if you find a job, your salary is very limited and your room for improvement is also limited.

Let’s look at the current major cities, which can be housed at millions at every turn, and also require a bride price of hundreds of thousands at every turn.

How many years does it take for your child to earn money from a house if he learns this major?

So there are fewer and fewer students studying mechanical engineering here now.

This can be said to be quite unfavorable for our future industrial development and industrial upgrading.

The current situation in China is that Xinghuo Technology under Xiao Feng's name has opened a breakthrough in the field of finishing processing.

But if we want to truly squeeze into the ranks of developed countries, we must carry out a comprehensive industrial upgrading in the industrial field.

This does not just mean that we need to make upward breakthroughs in the field of high-precision processing.

At the same time, we must advance together in chemical industry, energy, materials, and equipment manufacturing.

And in the field of engineering today, there are often thousands or tens of thousands of types.

If you want to make a breakthrough and not be choked in the future, you must have certain results in these types.

In this way, in the industrial field, we need more talents.

This is also the main reason why the leaders of Bincheng University of Technology plan to have a conversation with Xiao Feng this day.

Because they want to conduct in-depth exploration in the industrial field and turn the University of Science and Technology into a truly prestigious engineering school.

Although they dare not boast about it like Mizuki University, their goal is actually Massachusetts, the Eagle Country!

That university can be said to be the palace-level goal of all science and engineering colleges all over the world!

It is also the goal that all science and engineering universities are now striving to catch up.

However, although these school leaders have such ambitions, they also know that they have to eat at a glance and the road has to be taken step by step.

If you want to catch up with MIT, this idea is very good, but we can't become fat in one bite.

Moreover, considering the current situation in the field of engineering in universities in China, they decided to learn from Germans more steadily.

First train our domestic senior technicians and senior engineers.

The Department of Physics and Chemistry at Bincheng University of Technology was originally well-known in China, but the employment of these two disciplines is relatively not very popular.

Although they are now specializing in software and hardware supporting facilities for carbon nanotube chips, they are also professional in artificial intelligence research and development.

As soon as these three majors were established, they were directly designated by the Ministry of Education to become Class A ace majors.

Moreover, the rating is directly given to A+. You should know that across the country, even the two TOP2 universities do not have several A+ majors now.

These three A+ majors alone will probably bring them more than 3,000 enrollments next year.

However, the increase in these students is still not enough for several principals.

They plan to open more new A+ majors, such as after Spark Technology launched a new flexible processing machine tool.

Several principals wanted to set up a brand new mechanical automation college in the school.
To be continued...