Huawei HiSilicon cannot produce chips, but Huawei HiSilicon still recruits talents from around the world. Huawei has also launched a genius boy program, spending millions of dollars in annual salary just hoping to get talented boys to join. Huawei can demote talents in an eclectic way, or it can provide talents with a world stage so that the value of talents can be reflected.
There is such a "chip goddess" who holds more than 70 patents at the age of only 32 and has very deep knowledge in semiconductors, microelectronics and logic circuits.
Among Huang Qianqian’s academic achievements, there are countless awards and honors. From postdoc to doctoral supervisor, Huang Qianqian has spent more than thirty years accomplishing many people’s lifetime achievements.
When Huawei faces market rules, can Huang Qianqian’s academic achievements solve the dilemma of Huawei’s lithography machines?
Huang Qianqian, who was born in Shangrao City, Jiangxi Province in 1989, had extraordinary talent since she was a child. She went to the best local school and was admitted to the School of Information Science and Technology of Peking University. Huang Qianqian started her undergraduate study career. Like many top academics, Huang Qianqian studied hard and successfully completed her undergraduate studies.
However, unlike many people, Huang Qianqian did not study abroad, but stayed at Peking University. Huang Qianqian made the choice to stay at Peking University. This choice may change the trajectory of Huang Qianqian's life history. Graduating from a bachelor's degree does not mean the end, but a new beginning. Huang Qianqian was admitted to the Ph.D. program and studied microelectronics and solid-state electronics patents.
Huang Qianqian, who has the ultimate pursuit of academics, once again studied for a postdoctoral degree. At this time, Huang Qianqian had accumulated profound professional knowledge in microelectronics.
In view of Huang Qianqian’s academic achievements and research, Peking University attaches great importance to Huang Qianqian’s potential and allows Huang Qianqian to become a researcher in the Department of Micro-Nano Electronics and serve as a doctoral supervisor.
Huang Qianqian’s study career is like riding on a high-speed train, with a smooth journey. During this period, Huang Qianqian made important achievements in the field of basic research on ultra-low power micro-nano electronics and won the IEEE Electronic Devices Society Youth Achievement Award. It is worth mentioning that, including Huang Qianqian, only 3 people in the world have received this award. this award.
Huang Qianqian’s academic achievements are not limited to these. Huang Qianqian has applied for more than 70 patents.
Even SMIC, the most technologically advanced chip manufacturer in mainland China, has also cooperated with Huang Qianqian. Thanks to Huang Qianqian’s research results, SMIC has developed complementary tunneling device integration technology. An important breakthrough was achieved.
Huang Qianqian is a highly educated, doctoral supervisor, holds more than 70 patented technologies, and has won top international honorary awards. The most important thing is that Huang Qianqian is only 32 years old and has a bright future.
Huang Qianqian is still concentrating on the research of micro-nano electronics technology. In the field of integrated circuits in China, it is because of "chip goddesses" like Huang Qianqian that it is expected to shine. And under Huang Qianqian's research, it is of great significance to my country's major enterprises to explore scientific and technological progress and achieve technological breakthroughs.
Since Huang Qianqian can help SMIC develop chip manufacturing technology, can she also help Huawei solve the problem of lithography machines?
Huawei has in-depth deployments in the chip field, but in the past decade or so, these deployments have been concentrated in the chip design field. For lithography equipment, there is relatively little research and development on chip materials. Therefore, Huawei currently does not have the ability to manufacture chips.
But there are various signs that Huawei seems to want to make changes. Someone discovered that Huawei had recruited semiconductor equipment talents.
The outside world knows that the most common equipment for semiconductors includes photolithography machines, so Huawei’s move has been interpreted by the outside world as a plan to participate in the talent deployment of photolithography machines. Huawei Hubble has also invested in Keyi Hongyuan. This company’s main business is the development of light source systems for lithography machines.
Huawei continues to increase its presence in the semiconductor equipment field, recruiting talents and investing in related companies. It can be seen that Huawei is opening up a way to break through the chip industry.
Huang Qianqian’s academic achievements and experience accumulation, as well as research breakthroughs in the field of chip manufacturing, may help Huawei solve the dilemma of lithography machines, and it is unknown whether it can break through some core technologies.
Of course, it is still unknown whether Huang Qianqian will join Huawei. After all, judging from Huang Qianqian’s research experience, she hopes to devote herself to scientific research. Only Huang Qianqian knows whether she can be yearning for the outside working environment.
Huawei founder Ren Zhengfei once said that we should penetrate the sky upwards and take root downwards.
In fact, no matter what you do, it is the same. You must have a tenacious sense of struggle to move forward, never shrink back in the face of difficulties, and break through the shackles and constraints of technology. Going forward, it is even more necessary to have profound technical accumulation. Scientific research projects must be implemented in a practical manner, and the technology must be solid to take root step by step. Eventually a small sapling grows into a towering tree.
Huawei is doing this kind of thing. Ren Zhengfei clearly pointed out that the chips designed by Huawei cannot be manufactured by domestic basic industries.
But how to solve this problem? Perhaps as Ren Zhengfei said, penetrate the sky upwards and take root downwards. This is not the responsibility of Huawei alone, but requires mobilizing the power of domestic enterprises and allowing every enterprise with corresponding levels of strength to participate.
Talents like Huang Qianqian are also needed. Enterprises are responsible for breaking through the sky, and talents are responsible for taking root. Only with division of labor, cooperation, and coordination can we build this road to break through the chip industry.
This may take a long time, maybe 5 years, maybe 10 years, but when you finally achieve success, will it still feel like a long time when you look back? If you don’t work hard, you may look back ten years from now and blame yourself for not working hard in the first place.
It seems difficult to break through the photolithography machine, but even the most advanced equipment is made up of parts one by one. Our country has a huge industrial chain and is full of talents. If others can do it, why can’t we? So before considering whether you can do it, it's best to think about whether you should do it.
Everyone is aware of the situation of Huawei chips. Huawei is recruiting talents. Although it is not sure whether Huawei will fully deploy lithography machines, what is clear is that Huawei will not face all this alone. Behind Huawei, there are countless Chinese people supporting it.
Huang Qianqian, a doctoral supervisor at Peking University, has spent decades achieving remarkable achievements. In the field of integrated circuits in China, talents like Huang Qianqian are needed. Huang Qianqian still has a long way to go in the future. In the future, Huawei may launch the research and development of photolithography machines, or launch new explorations in the chip field.
No matter what, I hope Huang Qianqian can continue to shine in the domestic chip business, and Huawei can also recruit the talents it needs to break the foreign monopoly in one fell swoop.
Do you think Huang Qianqian can solve the problem of Huawei lithography machines?