Rebirth of Northern Technology

Chapter 499: Gold finger (below)

It is a pity that Chinese companies always have a problem, that is, industry barriers and geographical barriers.

What is the biggest advantage of ASML?

It's integration!

How many parts are produced in the Netherlands in a lithography machine? There are 10% not, and they are all doubtful.

The advantage of the machine tool industry is in Fengtian, and the amount of ice is in Bingcheng, which is really sad.

After the mechanical department disappeared, the merger between the two became even more impossible.

In 2019, both of them were under the umbrella of General Technology Group. I don't know if they will have the opportunity to be integrated at that time.

Cheng Yongxing couldn't stay in Bingcheng forever, so he handed over his ideas to Minister Liu.

The integration of these two companies faces many problems.

The first one is that the two companies are still living well.

State-owned enterprises, generally speaking, are easily acquired or integrated in only two situations. One is poor management, and the other is that the company wants to go public or the management is profitable. Otherwise, the management of the company has no motivation to find another mother-in-law for himself.

Fengtian Machine Tool is not a small company. It is a large group with billions of assets. This kind of strategic level enterprise, no matter who it is to acquire, the state estimated that it would not be willing.

Moreover, the business of Fengtian Machine Tool is very mixed. Except for precision machine tools, which is of interest to optoelectronics, other parts, such as large-scale workpiece processing and gear processing, are not related to wafers.

The ice volume also has this problem, their cutting tools, even their measuring tools, the measuring instrument itself, the photoelectric is not interested at all.

Therefore, if the acquisition is forcibly launched, the resistance and burden faced by Optoelectronics will not be small.

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Of course, the optoelectronics department is not what it used to be, whether it is the scale of the enterprise, the benefit or the influence. Cooperation with Optoelectronics has become a shortcut for the restructuring of state-owned enterprises in the two places. All companies that are involved in optoelectronics have posted.

After a period of integration, Minister Liu united many forces, including multiple departments of the University of Technology, Bingliang, Fengtian Machine Tool, etc. "Precision Machine Tool" was established.

In this newly established "Precision Machine Tool", Optoelectronics only invested 20 million US dollars, accounting for 30% of the shares. After all, this is not the main business of Optoelectronics. The purpose of raising this business module is for the development of the group ten years later and potential sanctions.

"Precision Machine Tool" will focus on the design and manufacture of precision CNC machine tools. Its first batch of tasks is to imitate various imported machine tools introduced by the Optoelectronics Department.

The management force of "Precision Machine Tool" mainly comes from the amount of ice. Formed a situation in which the amount of ice is the mainstay and the Fengtian machine tool is the supplement.

Optoelectronics is unable and has no intention to participate in the daily operation of this business module.

Cheng Yongxing is not very familiar with the management of the two companies, and it is impossible to judge the abilities of these people. But he can reverse the capabilities of the managements of the two companies from the final results of later generations.

Fengtian Machine Tool is a hodgepodge at this time. It is the product of multiple machine tool factories kneading together for share reform. And the result of its later generations is not very reassuring.

The development of ice volume is fairly good for later generations. Can be regarded as won the support of Optoelectronics.

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In terms of the University of Technology, the main force introduced came from the Department of Mechanical Engineering, which is now the School of Mechatronics.

The original history of the School of Mechatronics was in 1993 when the two departments of mechanical and precision instruments were merged. However, the precision instrument department, with the gradual increase in investment in the field of lithography machines, is no longer what it used to be.

The lithography machine itself is a huge system, and its pulling power on the corresponding disciplines should not be underestimated.

The various majors under the Department of Precision Instruments have achieved continuous results over the years, and the benefits are not bad. It has already begun brewing, establishing an independent precision college.

Despite losing the main department of the Department of Precision Instruments, the Department of Mechanics was upgraded to the School of Mechatronics.

A large number of tooling equipment on the LEDLCD production line has the shadow of the mechanical department.

And with the upgrading of LED and LCD manufacturing technology and the gradual improvement of industrial automation, robotics under the Department of Machinery will become more and more important.

Due to the increasing strength of the Computer Academy, some of its marginal effects have also begun to spread. Many students majoring in software are also subtly affecting the research direction and results of the School of Mechatronics.

The scale of "Confidential Machine Tool" is much larger than that of school internship factories. With such an associated large-scale machine tool enterprise, the ideas and projects on CNC machine tools have a basis for implementation.

The teachers and students of the School of Mechatronics have started the work of brushing papers one after another.

"Confidential Machine Tool" brings together the strongest force in China, the high-precision processing technology of ice volume, the machine tool manufacturing of Fengtian Machine Tool, the numerical control technology of the School of Mechatronics and Computer, and backed by the booming semiconductor equipment industry, it has opened a brilliant Journey.

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In this process, students with double degrees in software have inadvertently become the best researchers in interdisciplinary applications.

This dual degree policy is by no means as simple as providing a better employment outlet for the University of Technology.

The early 1990s was at a critical moment when computer technology spread to other industries. CNC machine tools are a typical case of computer technology spreading to the machine tool industry.

The same fusion also occurs in aerospace, aviation, measurement, transportation, electronics, materials, communications and other fields.

The abilities and value of these students were quickly discovered by various employers and research institutes.

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In recent years, the Department of Optoelectronics has always been relying on universities for development, and inadvertently solved a crux of restricting the development of China's science and technology. That is the relationship between research institutes and enterprises and schools.

In the past two years, due to emerging industries such as LED and LCD, many faculties and departments have substantially reached the forefront of the world's technological level.

Groups of young people have grown up, and gradually aroused great influence.

One of the reasons is the pulling effect of enterprises and industries. Another reason is the national power. There are no relevant research institutes in the LED and LCD fields.

This result is also very strange.

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In Europe and America, national-level key research institutions are generally placed under the management and maintenance of universities. This produces a win-win effect between scientific research institutions and universities.

Excellent students practice and learn through actual projects of scientific research institutions. Scientific research institutions can also get a steady stream of fresh blood.

The reason why the United States prohibits university students from studying in the United States is because universities and these state key laboratories are connected.

The Chinese Academy of Sciences and its subordinate scientific research institutions, such as the Chunguang Machinery Institute, are research units established for research purposes.

Research institutions set up in this mode will face several problems.

One, the mobility of personnel.

Due to the independence of scientific research institutes, all personnel who join are full-time personnel. In this case, the personnel of scientific research institutions are fixed. Over time, the aging of knowledge and personnel is the inevitable result.

Once there is a large-scale loss of personnel, it is the loss of muscles and bones, or even broken spine.

Second, the strongest scientific and technological forces have been absorbed by the Chinese Academy of Sciences and major ministerial-level scientific research institutions, causing universities to lose high-end R&D capabilities.

Third, the positioning of such research institutes is also very embarrassing.

They are neither companies nor schools. It was established completely in accordance with national directives for research purposes. Once the planning instructions are wrong, the country's attention is diverted, or there is no money, their lives will be very sad.

Some institutions have found a way to survive through industrialization. A large number of companies with a background of the Chinese Academy of Sciences went public, which is the result of it. But driven by economic interests, naturally, their scientific research power will also be attracted by the market.

In either case, it is contrary to the original intention of the establishment of these research institutes.

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When the country was first established, due to the weak power of the education system, this system served the purpose of concentrating its efforts on major tasks. But as time passed, this system began to hinder the continued development of China's science and technology.

Why top Chinese students must stay in the United States is because American universities really represent the most advanced level of technology in the world.

And the universities in China, let alone represent the international advanced level, even in the country, they cannot represent the most advanced level in the country!

This problem is true now, and it will still be true thirty years later!

This leads to outstanding students, there is only one way to study abroad.

Although various scientific research institutes can also recruit and train graduate students and doctoral students, they are not really academic units and generally not the first choice of students. This can be seen very clearly from the admission scores of the various institutes.

The establishment of American emperor by Qingbei and the University of Science and Technology of China is a direct result of it.

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The highest scientific research forces, especially basic technology and civilian technology, are decentralized to schools. While improving the level of the teaching system, they also have a competitive effect.

The research institutes under the Chinese Academy of Sciences and various ministries and commissions are basically responsible for each in order to avoid duplication of investment. In essence, this is also a certain degree of monopoly.

A slight management error, or a decision error, a waste of money and time, not to mention, delays the development of a certain subdivision of the country, it is commonplace.

There are also problems with the education system. From top to bottom, we are proud to send students to study abroad. An important indicator of universities is the proportion of graduates studying abroad. This can be clearly seen from the publicity documents of the schools.

The overlapping, dislocation and contradiction of the roles of the two systems have severely affected China's ability to cultivate talents and develop science and technology.

One possible solution to this problem is to simply merge the Ministry of Education and the Ministry of Science and Technology.

In this way, research institutes with poor economic efficiency or not of great importance can solve the problem of survival by merging with universities. Without research funds and projects, these forces can at least teach and educate people, rather than sustain them for maintenance.

Even if there is a brain drain in some research institutions, it will not hurt the bones, because the school itself is a very frequent system of personnel turnover.

The automobile department of Forestry University of Technology has lost many times in its establishment. Although its strength has declined, the system has survived.

The research institutes with better economic benefits will directly take the road of industrialization and use social funds to develop science and technology.

Electricians and post and telecommunications can be merged, and machinery can be cancelled. Why can't they merge?

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If the problem of building American imperialism in northern Qing Dynasty is not resolved, China's personnel training mechanism is tantamount to lack of links. There will be problems sooner or later.

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