: The world is made

Author: Shihanjie

: The world is made

When Wang Lin was in the United States, Zhou Boqiang had already contacted his old friends in China.

The other party is also very interested in this kind of cooperative education and has reported to the school leaders.

Sometimes things in the world are like this and it is a book that can be written in a coincidence.

It turns out that there is also a voice inside Harbin Institute of Technology that it is to go to a certain location in the south to build a branch.

Needless to say, Harbin Institute of Technology is a well-established engineering university in China. It is known as the Northern Tsinghua University. Its engineering strength ranks second in the country, second only to Tsinghua University. It is a model university for higher education abroad and is known as the "cradle of engineers". University engineering ranks 6th in the world, and engineering ranks one-tenth of the world. In terms of scientific research strength, it has participated in many major national scientific and technological projects and overcomes many technical difficulties in manned spaceflight. In terms of faculty, it has hired nearly 40 academicians from the dual academies and formed more than 30 teaching teams. It was once called a "national treasure university."

If the university that Wang Lin wants to build can cooperate with it, the starting point will be higher!

Harbin Institute of Technology responded to Wang Lin, asking him to come back to China, and the two sides made an appointment to meet and discuss this matter in detail.

This news can be said to be exciting.

Wang Lin's itinerary in Silicon Valley came to an end, and he was too lazy to visit other cities and returned home.

After returning to China, Wang Lin immediately made an appointment with Harbin Institute of Technology and the two sides came to Shenzhen for inspection.

Although Harbin Institute of Technology has strong overall strength and has also provided various talents to all walks of life and made great contributions to my country's economic development. However, it is inevitable that the economic development of the south is faster than that of the central and western regions and the northeast. Many people will choose to develop in the south. Schools like Harbin Institute of Technology, which are in the Northeast, naturally have a smaller influence on the south and cannot attract more students to apply for the exam, which naturally also causes enrollment problems.

Therefore, Harbin Institute of Technology chose to open a campus in a city with rapid economic development like Shenzhen City, which can also increase the school's influence.

The leadership of universities has long had the idea of ​​building a branch in the south.

But the idea is beautiful, but the reality is cruel.

After all, with the living expenses and housing prices in Shenzhen, Harbin Institute of Technology is unable to afford the salary and benefits of faculty and staff working in Shenzhen.

Not only wages and benefits, but also the construction and development of schools, infrastructure construction, scientific research platform construction, etc., are inseparable from capital investment.

As a university affiliated to the ministry, Harbin Institute of Technology is not enough to support the operation of one school and multiple places. It must rely on the relevant support of the school's location to maintain operation.

Just when they wanted to sleep, someone sent a pillow.

This person who gave the pillow was Wang Lin.

Who is Wang Lin?

Chairman of Aixu Group!

The richest man in China!

Benefits of tens of billions!

There is such a big boss who is willing to cooperate in running the school, and the two sides hit it off.

It can be said that Wang Lin’s idea of ​​running a university was to get the right time, place and people. He did things well and achieved great success and was extremely quick.

Shenzhen City is a young modern city with a rapid economic development and urgently needs the support of famous schools.

The administrators of the municipal administration have long discussed the need to introduce resources from prestigious schools.

When introducing famous schools, everyone’s ideas were almost the same, that is, famous schools in remote areas!

Only famous schools in remote areas can truly pay attention to Shenzhen City branches because they need the resources of Shenzhen City, rather than coming to get funds.

Aixu Group, Shenzhen City, Harbin Institute of Technology, and the three parties have their own needs and advantages, and soon determined the framework for cooperative education. Once this incident was reported, it caused a sensation.

In order to support Harbin Institute of Technology to establish branches and provide land and policy support.

Wang Lin, on behalf of Aixu Group, provided funds.

Harbin Institute of Technology provides faculty.

At the same time, Wang Lin selected a piece of land in Shenzhen to build his Oriental Silicon Valley.

The Shenzhen-cheng branch campus of Harbin Institute of Technology is also located here.

This area was named Aixu Science and Technology Park.

When the park is listed, no one would have thought that in this barren suburb field, the world's greatest semiconductor company will also create the world's largest chip manufacturing industry.

The headquarters building, factory, and Harbin Institute of Technology’s Shenzhen City campus will start construction at the end of the year.

Wang Lin and Harbin Institute of Technology reached a talent cooperation plan.

Before the completion of the Shenzhen City campus, Harbin Institute of Technology's majors related to chemistry and microelectronics science engineering, computer science, material physics, information and communications engineering, and electronics science, can be admitted to Aixu Technology after graduation.

To engage in high technology, talents are required!

With Harbin Institute of Technology, Wang Lin has the confidence to do semiconductors.

During Wang Lin's overseas trip, Zhou Xia was responsible for two major events in Aixu Group, one was the Autumn Fashion Week and the other was the Autumn Canton Fair.

Zhou Xia lived up to her trust and received an order of more than 16 billion yuan for the group. Although she failed to surpass Wang Lin when she was there, she had a good harvest.

Aixu Technology also has OEM orders from South Korean companies.

Although this order is small, it is the first order of Aixu Technology Company, so Wang Lin will naturally complete it seriously.

In addition, Wang Lin also needs to accelerate the construction of chip foundry factories.

He promised Grove that he would invite the other party to visit Aixu Technology at the appropriate time.

Before this, Wang Lin must make all preparations.

If I can win Intel's OEM, then Aixu Technology is the real beginning of its takeoff!

Fortunately, at this time point, European and American companies have opened up the sale of lithography machines to my country.

Of course, they did this not with any kind intention, but wanted to suppress the research and development of my country's independent lithography machines.

Domestic companies are rushing to buy foreign products. It is better to buy them than to make them. Who still invests in lithography machines?

This is a trick!

Unfortunately, no one could see it clearly at that time.

Wang Lin saw through all this, but he did not reject foreign lithography machines.

He has no bargaining power, no strength or time to develop his own lithography machine products.

Semiconductors, chips, the Internet, mobile phones, and other emerging industries are developing with each passing day.

There is not much time left for our businessmen!

Wang Lin must catch up with foreign technology as soon as possible and get more OEM orders.

While purchasing foreign lithography machines, he did not forget to support the domestic lithography machine industry.

After returning to China, Wang Lin took the initiative to contact the professor who studied lithography machines at the Qing Dynasty. The two sides had a secret talk for more than three hours. As for what they were talking about, outsiders had no way to know.

However, after the conversation, the professor led his team to resign and joined Wang Lin's Aixu Technology.

This incident did not attract much attention at that time.

In this era when everyone goes into business and is in line with money, the departure of a university professor is not a rare event. It is better than a star who changes an agency to a brokerage company to arouse discussions.

What's more, Aixu Technology is so excellent, attracting talents is inevitable.

Not to mention the franchise of university professors, even if an academician is joined, people will take it for granted when they see it.

Wang Lin’s positioning of Aixu Technology is very clear.

One is to do OEM for people.

One is the production equipment for researching chips.

As for chip design research, Wang Lin did not think about doing it.

Because Wang Lin knew that some people did this job.

When everyone thought that chip design was the most important, Wang Lin chose to make a chip-making machine.

In normal people's opinion, designing chips is definitely more profitable than producing factories.

Running an OEM factory is both tiring and hard, and the profit is still low.

Major European and American manufacturers disdained this.

But Wang Lin chose this hardest path.

Wang Lin, the most powerful professor in the field of lithography machines, invited the most important R&D department of Aixu Technology.

This department and this team only do one thing, that is, do everything possible to develop a new generation of lithography machine technology.

my country's lithography machine technology was once ahead of the world and was at the most advanced level.

In 1964, the Chinese Academy of Sciences developed the 65 contact lithography machine; in the 1970s, the Chinese Academy of Sciences began to develop a computer-assisted lithography mask process; Qingda developed the fourth-generation segmented projection lithography machine, and was successful in 1980, with the photolithography accuracy reaching 3 microns, close to the international mainstream level. At that time, the lithography machine giant ASML had not yet been born.

In 1982, the 109th plant of the Academy of Sciences developed KHA lithography machines. The level of these lithography machines was not low at that time. The most conservative estimate was less than 4 years compared with the most advanced canons at that time.

In 1985, the Institute of Mechanical and Electrical Engineering and Electrical Engineering developed a step-by-step lithography machine prototype. Through the technical appraisal of the Ministry of Electronics, it was believed that it reached the level of 4800DSW in the United States. This should be my country's first step-by-step projection lithography machine. The gap between my country and foreign countries in step-by-step lithography machines is no more than 7 years.

Unfortunately, at this point in the development of lithography machines, my country has begun to introduce foreign capital on a large scale, and it is better to buy than to build, and technology has no borders. Lithography technology and industrialization have stagnated. We have abandoned the independent research of the electronics industry, and scientific and technological plans such as lithography machines were forced to be cancelled, resulting in the 20-year technical accumulation being wasted.

In 1994, Jiangcheng Radio Components Factory No. 3 went bankrupt and reorganized, and went to sell non-staple food.

Since the 1990s, lithography light sources have been stuck at 193 nanometers and cannot be improved for 20 years. This technology is very critical, which directly leads to the key to ASML's strength. It was not until the 21st century that my country had just begun to launch the 193 nanometer ArF lithography machine project, which lags behind ASML for more than 20 years.

The lithography machine uses a technology similar to photo printing to print fine graphics on the mask plate onto the silicon wafer through exposure of light. It is the core equipment for making chips and is also a representative of top technology at present.

The manufacturing process of high-precision lithography machines is extremely complex, with about 80,000 core parts, and a total of more than 100,000 parts are required. Therefore, lithography machines have also been named "Flower of Modern Optical Industry". Such a high manufacturing threshold has led to very few players in the field of lithography machine manufacturing.

Fortunately, Wang Lin appeared.

He announced in 1995 that he entered the semiconductor industry.

This time is just when our electronics industry is about to be terminated, and it is also when our lithography machine industry is not too lagging behind foreign countries!

Wang Lin stretched out his big hand and took over the semiconductor relay support given to him by the times!

Can he lead Aixiu Ren to create a different blue sky in the semiconductor field?
Chapter completed!