2010 New System

Brothers, I have opened a new book again: Restarting Life: I can call myself ten years ago. Brothers, help me collect it and give some recommendations!

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So it's no wonder those parents are worried about those technical schools.

Because our current technical schools really cannot keep up with our domestic development speed.

There are not many schools that truly train technical workers and industrial workers.

And if there is no promotion system for qualified professional and technical workers in the future, you can’t even think that there will be any parents willing to let their children become workers.

If we want to become a real industrial power, we must re-establish a system for training skilled workers.

And create a real promotion path for skilled workers.

And this happens to be very suitable to be done in the new district of the provincial capital.

Recently, the country has also emphasized that it pays attention to entities and is directing funds to the entity industry.

Therefore, it can be foreseen that in the next twenty years, our physical industry will usher in a huge amount of capital.

However, the problem still exists, that is, although many physical factories will receive capital injection, can our physical industry develop?

There is an argument on the Internet that we just didn’t pay attention to it in the past, but if we pay attention to it and increase investment, there will be no technical difficulties that we can’t overcome.

But is the problem really that simple?

Based on Xiao Feng's experience, we can only say that these people are too optimistic.

In fact, in the field of physical industry, there are too many technologies that are stuck around our necks.

You are like an industrial machine tool. When you talk about it, everyone can explain it clearly.

But you said PLC, or IGBT, what is it and what does it do?

I’m afraid not many people know!

In fact, it is these seemingly inconspicuous gadgets that support the real backbone of modern electrical automation.

PLC is equivalent to the automated brain, and IGBT is equivalent to the nerve nodes that transmit nerve signals.

And these two things,

Before Spark Technology, 90% of our domestic technology market was occupied by foreign-funded enterprises.

Especially PLC, which we mainly purchase from Siemens or Schneider.

And the penetration rate is very high, including high-speed rail control hubs, hydropower, thermal power, and various steel plants.

etc. As long as you use automated production lines, you can't do without PLC.

As for the key electronically controlled brain, we all need to import it. Our backwardness can be imagined.

It is also God bless me, China, with the emergence of Spark Technology.

These previously seemingly inconspicuous technological shortcomings are being addressed piece by piece.

But the problem is that Xinghuo Technology was also tightened by Xiao Feng and did not dare to let them use too much force.

Because once they are allowed to use all their firepower, what they can come up with will be too scary.

But there are certain benefits to doing so, as it can quickly improve our industrial strength in the short term.

But the problem is that this is not good for our industrialization.

It will even cause many disruptions in our industrial industry.

Because there is no technology accumulation, more time will be wasted when moving to the next step.

To give the simplest example, take the air force of our defense industry.

It can be said that our air force started from a very high level, starting directly with jet fighters.

Because our air force was established after World War II.

At that time, Big Brother supported us with a large number of jet aircraft, allowing us to compete with Eagle Sauce in North Korea.

But the problem is that when we later developed our own aviation industry, we were dumbfounded.

Although the starting point is high, it is due to the lack of technological accumulation in the propeller aircraft era.

For a long time, we couldn't even design propeller planes well.

Many people may not believe it, but if you have flown on our Shenzhou X, you will know.

Not to mention jet fighters, even if we introduced the production line from Big Brother.

But for a long time, we couldn't even build a jet engine. Even if we imitated Big Brother's engine one-to-one, we couldn't imitate it.

For example, why are the turbofan blades in other aircraft engines arranged in this way? What is the principle?

Our scientific researchers can't figure it out at all, because we don't have a complete aerodynamic theory at all.

For example, when we bought the Black Hawk from Yingjiang, we thought reverse research and development would be simple, and then we dismantled the Black Hawk's engine.

As a result, when I went back to assemble it, I couldn't assemble it. In the end, there were a lot of extra screws...

This is the gap between experience and technology accumulation.

As a result, we had to spend nearly thirty years to make up for the shortcomings.

But we are still ten years behind the top aerospace design concepts in Europe and the United States.

Therefore, Xiao Feng does not hope that our later industrial development will encounter such bottlenecks.

For example, our J20 and United FC31 are all because of the latest machine tools provided by Spark Technology.

Not only has the machining accuracy been greatly improved, but the machining efficiency has also been improved, and the latest model engine has been installed.

But even so, its performance is only comparable to the F22 or slightly weaker than the F35.

But just when our Air Force was feeling complacent about some of its achievements.

GE of the United States suddenly announced that it would develop the next generation, that is, the sixth generation aviation engine, and has made major breakthroughs.

The main feature of their new generation aviation engine is the adaptive cruise engine.

The principle is equivalent to the variable section engine of our automotive turbine.

The cross-section of the turbofan blades is actually deformable and adjustable.

In this way, the air intake volume of the engine can be adjusted at any time, thereby changing the working state of the engine.

Other people's aviation engines can have high fuel efficiency and high thrust modes that can be switched.

When you need to save fuel, people fly in fuel-saving mode.

When entering combat mode, people use high-thrust working mode.

The advantage of this is that it can not only ensure the economical use and lifespan of the aircraft, but also ensure the high efficiency of the aircraft's combat operations.

The most important thing is that the ultimate thrust is very large!

Moreover, such an aviation engine can effectively end the short leg problem of the F35.

The proposal of such a concept is something we have never dared to think about before.

And don’t let others just talk about it because they have just announced that they will develop a new aircraft.

The back foot was announced for this special ceramic material specially developed by Xinhangfa.

This shows that this is just someone else’s technical reserve.

The reason why we didn't engage in it before was because our F22 and F35 had already failed alone.

For economic reasons, there is no need to take out this technology.

But when you catch up, people will take out this set of technologies, and at the same time, they have also begun to develop and reserve next-generation technologies.

This is enough to prove the depth of the United States' technological reserves.

And our latest engine technology is still 20 years away from other people's new generation technology...

In fact, if we talk about Spark Technology, if we use full firepower.

If you take out any set of technology, it can crush the top technology in the United States.

But the question is what do you do after you take it out?

Do you think Americans are fools?

Not to mention the United States, how will our own people look at you?

Do you think people will suspect that you have something to do with alien technology?

After all, anyone who is engaged in technology knows that in the real high-tech field, the only way to overtake is to change lanes.

But there is never any talk of overtaking in corners.

And for a technological breakthrough like yours, this girl is definitely using a cheating device.

At that time, there will be no need for Americans to take action. Even our own people can go in and grab their faucets and take them to the laboratory for sectioning.

Therefore, Xiao Feng did not dare to let Spark Technology come up with too advanced technology.

It can only be said that in some fields, releasing technological dividends bit by bit can only provide a boost, but it does not dare to dominate suddenly.

As a result, the future development of Spark Technology and Rabbit Country will require a large number of scientific research talents and technicians.

And the technicians mentioned here are not those workers who only work hard in the factory by making bricks and wielding sledgehammers.

They are the kind of workers who are really skilled, love to use their brains, have a solid theoretical foundation behind them, and like their jobs.

This kind of talent is called a technician, and what we lack most now is this kind of technician.

Some people have even made statistics that out of a hundred workers, the one who can actually become a technician will eventually become one.

It would be good to have thirty people, and among these thirty people, it would be good to have two or three people who can eventually become first-level craftsmen.

In the past, we did have a good training system for workers and craftsmen, and it was located in a provincial capital with a profound worker culture.

Unfortunately, subsequent changes and certain reasons led to the complete decline of our worker training system.

Many workers were heartbroken...

Now the province wants to seek development again and position itself for future urban development.

This made Xiao Feng feel that he had found a good entry point.

Although they are now developing well in Bincheng.

But Bincheng's future development positioning has been determined by him long ago.

In the future, Bincheng will be a city with medical care, medicine, and biopharmaceuticals as its main development directions.

As the provincial capital has a strong industrial foundation, he feels that it can become our city of heavy industry in the future.

Because only if we achieve major breakthroughs and developments in heavy industry can our industrial upgrading truly complete the update and iteration.

After all, we cannot expect to have machine tool production lines from Japan, Germany, and Europe filling our factories in the next twenty years.

Let these guys sit around and make money from us for nothing, while they also have to point fingers at us.

Days like this can no longer continue.

Therefore, the strategy proposed by Xiao Feng and the province this time is to build a brand new city of workers.

And reshape a new technician training system!

Let those parents send their children here with confidence, so that all children can find jobs suitable for themselves in the future.

And let all workers be able to earn money, have support when they are old, and have someone to rely on when they are old.

Tragedies that happened before will never be allowed to happen again...