She, she majored in naval surveying and mapping majors, master's degree in military operations research, and doctoral degree in Rocket Force guidance and control. Her extensive professional study has created her extraordinary ability to discover problems and analyze problems and solve problems. At the age of 33, she solved the problems that plagued China's missile for 250 years, which shocked and jealoused some American missile experts, and even offered extremely generous conditions to try to make her serve the United States!
She is Wei Shihui, the "missile goddess" who was called "Keyuan Super Girl" and was promoted to a senior engineer at the age of 33.
Wei Shihui, born in July 1978, is a Shandong woman who looks very beautiful and elegant. With her appearance, no one will associate such a woman with a high-end heavy weapon such as missiles, but in fact, this is really a miracle.
Speaking of which, Wei Shihui's family is also destined to be with the army.
Her grandfather Yang Yunqing is an expert in the field of architectural design in my country, but when facing the collapse of the country and the family, he resolutely chose to abandon his pen and join the army and participated in the great War of Resistance Against Japan. After liberation, Yang Yunqing returned to the field of construction and actively responded to the country's call to support the construction of the Northwest. For this reason, he was also cordially received by national leaders.
Wei Shihui's father is an pilot of the fighter. She has been influenced by her since she was a child and is full of admiration and yearning for the dedication of Chinese soldiers and the pursuit of the strength of the motherland.
So, after graduating from high school, Wei Shihui chose to go to military academy. After the college entrance examination in 1997, 18-year-old Wei Shihui was admitted to the Dalian Ship Academy, which is known as the "Eastern West Point Military Academy", with excellent results, and officially began her military career.
After graduating from undergraduate studies, Wei Shihui continued to study for graduate school at her school, but her major has been changed to military operations research. It was a visit, research and study during his postgraduate study that brought about earth-shaking changes in Wei Shihui's life.
When graduated, Wei Shihui first saw the legendary missile parts while conducting research in a laboratory. The mentor who led the team told Wei Shihui that although these parts look inconspicuous, they are the key to ensuring that the missiles fly correctly and attack targets. The magical missile attracted all the attention of Wei Shihui at once, and she found that she had a natural affinity for this mysterious weapon.
At the Weapons and War video learning meeting, the video materials of Gulf War also gave Wei Shihui a huge shock. War is cruel, and a weak country will be beaten. Giving your country's missiles with powerful strike power and making no enemy dare to invade is your own goal.
Therefore, after graduating from the master's degree, Wei Shihui aimed at the missiles as she pursued her doctorate degree. Amidst others' puzzled and surprised eyes, she successfully admitted to the Rocket Force Engineering University , studied under the missile expert Xiao Longxu , and pursued a doctorate in guidance and control.
In fact, it is very difficult to get a doctoral degree in such a large span, because Wei Shihui's research on missiles was limited to limited visits and passion. But it was this passion that led her to the road to success.
In order to facilitate learning, she specially moved into a guesthouse at the gate of the Rocket Force Engineering University, and lived there for two months! Wei Shihui's idea is very simple, it is close to the school, so that if you have any questions, you can ask the teacher to solve the problem in time. Relying on this hard work and indomitableness, Wei Shihui finally got her doctoral degree in the Rocket Force as she wished.
It was during this period that Wei Shihui came into contact with many excellent missile experts, including missile experts Professor Wang Minghai and Researcher Xiao Longxu, who became the guides on the road to Wei Shihui's missiles.
Xiao Longxu is an academician of the Chinese Academy of Engineering. He has been engaged in the research on the development of missile weapons and application engineering for a long time. He is an expert in the field of missile weapons control theory and engineering.
Professor Wang Minghai is a great man in the field of CNC processing in China and one of the few experts in my country who enjoy national allowances.
During his doctoral studies, Wei Shihui joined the team of missile expert Xiao Longxu with her excellent results and became a researcher in the field of missiles. This is not only a large-span transformation, but also a huge and exciting challenge for Wei Shihui, who had studied military operations research in undergraduate studies, before studying for master's degree. Wei Shihui did not disappoint the mentors during her doctoral studies and soon took on important scientific research tasks in Xiao Longxu's team. The first topic that Wei Shihui took over was the establishment of an accuracy assessment method for a certain type of equipment, which was related to the use of missile firepower.
doesn't feel complicated to read the topic, but it's actually not the same thing. I really went deep into it and found that solving this problem involves the comprehensive application of multiple disciplines such as optics, astronomy, material mechanics and other disciplines. When Xiao Longxu returned the project to Wei Shihui who was studying for a doctorate, he felt pressured because he knew the difficulty of the project. Even many senior scientists felt helpless and worried that Wei Shihui might not be able to complete the project.
But because completing this project involves the knowledge of operation research , and Wei Shihui is the only member in the team who has mastered operation research knowledge, so whether it can be done or not has to be done or not.
Wei Shihui herself was unwilling to admit defeat, and she believed that she could solve this problem. She used all the time and opportunities she could use to read and collect a huge amount of information, and the copied information was piled up a little higher than her height.
Similarly, the military surveying and military operations research knowledge that Wei Shihui had mastered before came in handy. On the basis of actively understanding the original technology, use the new knowledge you have learned and your own unique thinking to continuously perform calculations, overturn an old idea and build a new model, and repeat this.
Finally, based on a large number of calculations, she used the thinking method of operations research, and proposed a new method based on development and typing, comprehensively using random inspections and launch data for accuracy assessment, successfully solving the problem of missile firepower application and effectively improving the missile's strike accuracy. The application of this research result has greatly shortened the technical preparation time of a certain type of missile, and this research result won the second prize of the Military Science and Technology Award.
is extraordinary! The victory in the first battle not only allowed Wei Shihui to establish strong self-confidence in herself, but her scientific research ability was also recognized by everyone.
Wei Shihui understands that this is just the beginning of her own. There is still a lot of knowledge that needs to be learned by herself, and there are more problems that need to be discovered and solved.
For this reason, she often goes to the army to investigate the problems existing in the use of weapons and equipment.
In 2010, at the missile test site, Wei Shihui, who collected data on the front line, discovered a "small problem" that can be said to be insignificant but has a great impact on the service life and efficiency of the missile. That is, the service life of some of the key parts is only a short year, so that every time the missile forces are trained, they have to check the key missile devices first, which has a serious impact on the emergency response ability and combat timeliness of the missile forces.
After discovering this situation, through discussion with his mentor Xiao Longxu, he found that this was a difficult problem that has plagued China's missiles for 50 years!
Wei Shihui was determined to use the knowledge she had learned to overcome this difficult problem. Her ideas received strong support from Xiao Longxu, and she asked her to put down other work at hand and do her best to overcome this problem.
But it is not easy to solve this long-term difficulty, otherwise it would not be a "long-term difficulty". During this period, many old experts wanted to solve this problem, but they all returned in a desperate situation. Can Wei Shihui succeed?
She first repeatedly improved and experimented based on the research of her predecessors, but in the end she found that it was all futile. This made Wei Shihui fall into reflection.
By checking relevant technical information, Wei Shihui discovered the problem. It turned out that she had a wrong idea, and the previous methods could not adapt to and solve this problem at all.Because with the continuous progress and development of China's missiles, the relevant achievements involving such key components have not kept pace with the times, and are obviously out of date compared with more modern missile designs. It is urgent to change your thinking, break the concepts and practices that have been formed for a long time, and conduct new theoretical models research and establishment.
The idea changed, and the world seemed to be widening all of a sudden.
She decisively chose to abandon the previous components, and after countless days and nights, she finally designed a new theoretical model for the missile. After hundreds of simulation tests, the existing problems were completely solved, and the new theoretical model algorithm was successful!
The success of this project has greatly improved the service life of the components, and the service life of the missile and the practical combat capability of fast maneuvering have been greatly improved. After the successful project of
, American colleagues were shocked and envious when they learned that the person who solved this problem was a 33-year-old young female scientist, and even offered quite generous conditions to let Wei Shihui go to the United States, but this was naturally rejected by Wei Shihui!
Because of Wei Shihui's outstanding contribution, it has been widely used in the active equipment of our army. She was only 33 years old at the time and was promoted to a senior engineer of the Missile Research Institute by exception.
success is the end of the previous question and the beginning of the next goal. Soon, she led the team to a new journey.
This time, what she wants to solve is to shorten the launch preparation time of a certain type of missile. This is also a relatively complex topic.
In order to understand this problem thoroughly, she visited several libraries, took home a large amount of book materials, and conducted calculation experiments with the members of the team day and night.
At that time, home was the studio, and studio was the home.
Hard work pays off. Wei Shihui's efforts were not in vain. Her team finally derived a new parameter error separation model.
takes this model as the basis point and can update the rocket's launch system, thereby shortening the rocket's launch time and greatly improving the rocket's launch efficiency.
This technology developed by Wei Shihui won the National Invention Patent Award and the first prize of the Military Science and Technology Progress.
While Wei Shihui was pregnant, her team received a very difficult task to solve the problem of serious deviations in the actual launch of a certain type of missile in our army.
In order to solve the problem as soon as possible, Wei Shihui ignored her physical inconvenience and ate and lived with the team members in the office. When she encountered problems, she went to visit various experts with her big belly and quickly came up with a set of solutions.
But this solution was quickly hit back because it did not completely solve the existing problem.
In order to thoroughly find out the problem, Wei Shihui decided to go to the launch experiment site to find the reason. In order to observe closely, she actually violated the regulations. She ran to a position only 100 meters away from the launch site. Normally, the safe distance would take several kilometers. Wei Shihui tried her best to find the problem.
It was this close observation that Wei Shihui found that her solution ideas were fine. The problem was that the solution was designed completely according to laboratory conditions and did not take into account the factors of the natural environment.
The crux of
is easy to solve. Wei Shihui's team quickly came up with a correction plan under actual combat conditions, and fought hard for another 3 months to perfectly solve the problem.
Due to long-term high-intensity work, Wei Shihui's body was affected. She had to go home and rest for delivery under the persuasion of her family and the organization.
Soon, Wei Shihui's love crystallization, and a cute little girl came to this world.
When the child grew up a little, Wei Shihui devoted herself to the busy scientific research work again, and did not have any extra time to accompany her child's growth personally, so that her daughter once asked her with tears, does her mother love her?
Fortunately, Wei Shihui and her family have strong support, and she has never dragged her back on the issues of child support and education. After the child grew up a little, he also realized that his mother was working hard for the missile cause of his motherland and his love for his mother became stronger.
Wei Shihui is very committed to her work and is loved by netizens. She is known as the "Super Girl of Keyuan" and some people call her the "missile goddess", but Wei Shihui said that she is an ordinary science and technology worker.
Her mentor Academician Xiao Longxu commented on her this way: She has a strong spirit of fighting and engages in missile research, and it is not possible without this spirit.
It is precisely because of this fighting spirit that Wei Shihui has achieved one result after another over the years and has also won many honors.
She has won the second prize of the National Science and Technology Progress Award, the first prize of the Army Science and Technology Progress Award three times and the second prize of the two times, 26 national defense invention patents, and won the honorary titles of " National March 8th Red Flag Bearer ", "National Hero Model of the Women", and "Military Science and Technology Pioneer".
Wei Shihui was personally rated as the training target of the military's top talents in high-level scientific and technological innovation, and was awarded the second-class merit of . The team he led won the first "Military Science and Technology Innovation Group Award".
In May 2019, Wei Shihui was successfully elected as one of the ten winners of the 15th "China Youth Female Scientist Award", and she is also the first Rocket Force to win this award.
Our national defense industry has made great progress in both quality and quantity over the years. Behind these achievements is the selfless contribution of many military scientific research soldiers like Wei Shihui.
tribute, our military scientific research warriors! You are the pride of the motherland!
