According to the news on the official website of Harbin Engineering University (“Harbin Engineering”) on June 15th: According to the decision of the Party Group of the Ministry of Industry and Information Technology, Comrade Yin Jingwei was appointed as the Standing Committee Member and Vice President of the Harbin Engineering University Party Committee. The term of office will be calculated from May 25, 2021. .

According to the official resume, Yin Jingwei, male, Han nationality, born in February 1980, Heilongjiang Shangzhi, member of the Communist Party of China, professor, PhD supervisor, joined the Communist Party of China in July 2002, and stayed as a teacher after graduating from Harbin Engineering University in June 2006. He has successively served as the Secretary of the Youth League Committee and Deputy Minister of the Student Affairs Department of Harbin Engineering School, the executive deputy director of the “2011 Plan” Office, the executive deputy dean of Harbin Engineering College of Hydroacoustic Engineering (at the director level), the dean of Harbin Engineering College of Hydroacoustic Engineering, Deputy Secretary of the Party Committee.

In November 2019, Yin Jingwei became the dean of the Harbin Institute of Engineering Science and Technology. He is currently also the head of the Harbin Engineering “Underwater Acoustic Communication and Positioning Technology” national defense technology innovation team and the director of the Key Laboratory of Marine Information Acquisition and Security of the Ministry of Industry and Information Technology.

The predecessor of Harbin Engineering University was the Military Engineering College of the Chinese People’s Liberation Army (“Harbin Military Industry”) founded in 1953. In 1970, based on some cadres and teachers of the Department of Naval Engineering and other departments (departments), the Harbin Institute of Shipbuilding Engineering was established on the original site of the “Harbin Military Industry”. In 1994, it was renamed Harbin Engineering University. The school is now subordinate to the Ministry of Industry and Information Technology, and is a university jointly established by the Ministry of Industry and Information Technology, the Ministry of Education, Heilongjiang Province, and Harbin City.

Harbin Engineering University entered the ranks of the national “double first-class” construction in 2017. It is an important talent training and scientific research base in the field of the country’s “three seas and one nuclear” (shipbuilding industry, naval equipment, marine development, and nuclear energy applications).

(This article is from The Paper. For more original information, please download the “The Paper” APP)

According to the news on the official website of Harbin Engineering University (“Harbin Engineering”) on June 15th: According to the decision of the Party Group of the Ministry of Industry and Information Technology, Comrade Yin Jingwei was appointed as the Standing Committee Member and Vice President of the Harbin Engineering University Party Committee. The term of office will be calculated from May 25, 2021. .

According to the official resume, Yin Jingwei, male, Han nationality, born in February 1980, Heilongjiang Shangzhi, member of the Communist Party of China, professor, PhD supervisor, joined the Communist Party of China in July 2002, and stayed as a teacher after graduating from Harbin Engineering University in June 2006. He has successively served as the Secretary of the Youth League Committee and Deputy Minister of the Student Affairs Department of Harbin Engineering School, the executive deputy director of the “2011 Plan” Office, the executive deputy dean of Harbin Engineering College of Hydroacoustic Engineering (at the director level), the dean of Harbin Engineering College of Hydroacoustic Engineering, Deputy Secretary of the Party Committee.

In November 2019, Yin Jingwei became the dean of the Harbin Institute of Engineering Science and Technology. He is currently also the head of the Harbin Engineering “Underwater Acoustic Communication and Positioning Technology” national defense technology innovation team and the director of the Key Laboratory of Marine Information Acquisition and Security of the Ministry of Industry and Information Technology.

The predecessor of Harbin Engineering University was the Military Engineering College of the Chinese People’s Liberation Army (“Harbin Military Industry”) founded in 1953. In 1970, based on some cadres and teachers of the Department of Naval Engineering and other departments (departments), the Harbin Institute of Shipbuilding Engineering was established on the original site of the “Harbin Military Industry”. In 1994, it was renamed Harbin Engineering University. The school is now subordinate to the Ministry of Industry and Information Technology, and is a university jointly established by the Ministry of Industry and Information Technology, the Ministry of Education, Heilongjiang Province, and Harbin City.

Harbin Engineering University entered the ranks of the national “double first-class” construction in 2017. It is an important talent training and scientific research base in the field of the country’s “three seas and one nuclear” (shipbuilding industry, naval equipment, marine development, and nuclear energy applications).

(This article is from The Paper. For more original information, please download the “The Paper” APP)

This article is based on the data of the Employment Report of Chinese University Students in 2021 (Employment Blue Book), and counts 10 science and engineering majors (including engineering and science), and 10 humanities and social sciences majors (including literature, history, and science) with a large number of graduates. Philosophy, Pearl Lam Galleries, Education, Economics, Management, Law), as well as the employment situation of medical majors that have attracted much attention in the past two years, hope to provide a reference for candidates and parents in their professional choices.

It should be reminded that the above data only shows the tracking evaluation of the training quality of the 2020 graduates, and the future development is still unknown. Candidates are advised to consider multiple factors such as employment prospects, social needs, and personal interest preferences when choosing a major, and must not blindly follow the trend.

Science and engineering: computer majors have high incomes; civil engineering majors can best “apply what they have learned”

According to the data from the Blue Book of Employment in 2021, among the top ten science and engineering majors with a large number of graduates in 2020, the computer major has the highest monthly income (6800 yuan) after graduation, and the computer and data processing, Internet development and application personnel are the majors graduated After the main work. Other higher-income professional categories include electronic information (6091 yuan) and automation (5917 yuan).

If high income is not the only career pursuit, mathematics and electrical majors may also be a good choice. More than three-quarters of graduates of these two types of professional employment have found a job that satisfies them, with employment satisfaction of 76% and 75% respectively.

From the perspective of the relevance of work and majors, 87% of civil engineering majors in the 2020 class are engaged in jobs related to their majors, and electrical majors are also highly related to majors (81%). Therefore, it is recommended that students who choose to study in these two majors, pay special attention to the cultivation of professional knowledge and skills during the university, which will be more conducive to entering a better career development platform after graduation in the future.

Humanities and social sciences: Management science and engineering majors have an advantage in income, and 90% of education majors realize the “gardener dream”

Among the ten humanities and social sciences majors with a large number of graduates in 2020, the highest average monthly income is management science and engineering (5701 yuan), and its representative majors include information management and information systems, engineering management, etc.; Later, he majored in finance (5587 yuan).

In contrast, although the income of education majors is not high, the employed groups have a higher sense of professional happiness, and 90% of them are engaged in professional-related jobs after graduation, such as elementary and middle school education personnel, early childhood and preschool education personnel, education and training Personnel is the main occupational category engaged in. The vast majority of students with “gardener dreams” can achieve their ideals better after studying in this type of major.

At the same time, it should also be noted that the 2020 economics and trade majors have a 51% correlation with majors, and about half of the graduates are engaged in jobs outside of their professional fields. Therefore, it is recommended that students who choose this type of major pay more attention to the cultivation of general work abilities during their university studies, such as communication skills, cooperation skills and other workplace “soft skills”, which will help them develop better in a broader employment field.

Medical: Generally speaking, the initial income after graduation from undergraduate is not high, so be prepared for further studies

In recent years, with people’s emphasis on health, coupled with the sudden impact of the epidemic in 2020, medical majors have become popular for admission. Stable industry, high social status, and good income seem to be the general understanding of the future jobs of medical graduates. In fact, what is the quality of their employment?

As can be seen from the table below, among the five medical professional employment groups with a large number of graduates in the 2020 undergraduates, about 90% have engaged in professional-related jobs after graduation. Among them, the clinical medicine professional work and professional correlation reached 96%. The job satisfaction of medical technology, nursing, and pharmacy majors is relatively good.

Due to the characteristics of the medical industry, the salaries of medical graduates in the early stages of work are generally not high. Moreover, many large medical institutions now require a master’s degree or above for recruitment. Therefore, choosing to embark on the path of medicine requires preparation for continuous study in the professional field.

the data shows: The follow-up evaluation of the training quality of the 2020 undergraduates half a year after graduation will be completed in early March 2021. The national sample of undergraduates is 124,000. Covering 401 undergraduate majors, covering 30 provinces, autonomous regions and municipalities across the country, covering 582 occupations and 330 industries engaged in by undergraduate graduates. Data analysis: Max Research Institute

Mariana Mazzucato, a researcher on the economics of innovation and public value, says that the relationship between the state and private enterprise should ideally be a form of “symbiosis” of mutual benefit. Mariana analyzes many aspects of this type in her book “Creating State.” According to her, this relationship requires a smooth “synergy” between the state and the private sector, each promoting the benefits. intrinsic position to become a driving force, creating momentum to contribute to the common development. Interestingly, this scenario has in the past been most apparent in the US. Since the 1950s, the US economy has grown thanks to a combination of three core pillars: computers, microprocessors, and the Internet. The R&D that form each of these pillars stems from a tripartite alliance between government, academia, and private business. The first computers were created with funding from the military, designed and built at the Universities of Pennsylvania and Harvard, and then commercialized by companies like IBM. Likewise, transistors, the building blocks of microprocessors, were invented at Bell Laboratories, and then funded by federal funding for space and space research programs Strategic fire has paved the way for private companies like Intel to figure out how to integrate thousands of transistors onto tiny silica boards to form chips. Finally, everyone knows that the Internet is a product that came from the idea of ​​​​DARPA (the Directing Agency for Advanced Defense Research Projects) and realized through research at universities in conjunction with private contractors like BBN. What’s more, this triple alliance, over the period from the second world war onward, organically and purposefully fused together into a formidable creative machine. An example of this relationship is Vannevar Bust, both the dean of MIT’s School of Engineering and the founder of Raytheon, an important defense contractor, and once a leading figure in scientific management. American military during World War II. When the war ended, Vannevar Bust released a report, “Science, Endless Frontiers,” which called on the government to finance basic research in partnership with universities. and engineering industries. Bush’s report convinced Congress to create a National Science Foundation. From this very beginning, government funding was channeled to universities and private companies. The formation of a triangular relationship between government, industry, and academia in the United States is considered one of the most significant innovations that helped create the technological revolution of the late 20th century. In addition to the National Science Foundation, many federal government agencies become investors and funders of scientific research. In 1965, 23% of government funding for scientific research at universities was provided by the US Department of Defense. The results of these investments were pivotal to America’s postwar economic boom and creative boom. From government orders, research centers of private corporations were formed. A typical example is Xerox PARC of Xerox Corporation, the birthplace of the graphical user interface, an indispensable part of every personal computer today. In addition, there is the formation of “combined public-private” organizations with the support of both the US government, academia and industry such as Stanford Research Institute (SRI) or RAND Corporation, which was originally founded was established to specialize in conducting research and development activities for the US Air Force. The US government also has many programs to sponsor excellent students to train high-quality human resources. It is the Digital Libraries Initiative with funding from the National Science Foundation and collaboration with several other federal government agencies. Among the students who benefit from this program are Larry Page and Sergey Brin, two co-founders of Google. It is easy to understand when American technology corporations, with material support from the government and brains from universities, become giant blocks of magnets attracting future talent from the whole world to Vietnam. America since World War II. Typically the story of the iPhone launched by Apple in 2007. The smart phone that shocked the world, bringing an unprecedented user experience, with a multi-touch screen, Internet access, integrated GPS navigation or virtual personal assistant Siri. Since then, the iPhone has been a golden egg for Apple for 14 consecutive years, making it the first enterprise to reach the $1 trillion mark in 2019. Behind the iPhone is a public-private “triangle alliance” that was started by figures like Vannevar Bush after World War II. For example, Apple’s pioneering multi-touch display on the iPhone stemmed from research by Westerman and Elias at the University of Delaware with government funding, including funded Post-doc programs. from the National Science Foundation and the Central Intelligence Agency (CIA). Multipoint technology was commercialized by Westerman and Elias through the company FingerWork they founded. In 2005, this company was acquired by Apple and then 2 years later the iPhone was born. The Internet is a product of DARPA and GPS has been researched by the US Department of Defense since the 1970s, and so far, although GPS is used for more civilian purposes than military, the US Air Force is still at the forefront. in the maintenance and development of GPS technical infrastructure system, with the average annual budget provided by the US government amounting to more than 700 million USD. Similarly, Siri in the iPhone is an artificial intelligence program that comes from SRI, a “combined public-private” organization. If you want to be great, you cannot help but stand on the shoulders of giants. The US government and its huge, long-term investments are the giants that stretch their shoulders for Apple to rise to the top. However, funding for research and development by the federal government in the United States has been reduced in recent decades, from 1.2 percent of GDP in 1976 to less than 0.8 percent in 2016. 2016. One of the reasons for arguing that the money that the government mobilizes from taxes to invest in R&D will correspondingly reduce the funding that private corporations can invest in these same activities. in a more efficient manner. That is, the government should reduce their direct involvement, but cut taxes, allowing private businesses to freely exercise their creativity. The government withdrew, many private corporations dissolved research units, partly under the pressure of short-term investors demanding a quick return of capital instead of having patience and long-term risk-taking. as long as the previous US federal government. As a result, the US is facing the risk of no longer maintaining the same technological lead gap with its competitors, especially China, where the government invests heavily in science. technology and research and development. America’s success story shows that the federal government plays an irreplaceable role in it, and when that role has been relaxed, the American economic machine has clearly not, or at least If not, find the motivation to recreate the golden age of this country, as the motto of Mr. Donald J. Trump when he ran for the 2016 election. A hot lesson that any government, planner policy cannot be ignored.

Mr. Tien Trung. Due to the fact that that discipline is computational and less than design, he switched to studying business administration and doing financial analysis after graduating from school. Currently, he pursues a business and develops a youtube channel on food and furniture. He still reads books and articles, participates in architecture forums and applies to his home. Although renting a house to live alone, Tien Trung takes care very meticulously, especially the kitchen – where many of his activities take place during the day. Nordic style is applied thoroughly in the 18m2 wide kitchen. He designed and renovated a beautiful small kitchen with an area of ​​only 18m2. According to Tien Trung, the German side usually only cooks with an area of ​​5 – 10m2, but he is lucky to rent an apartment with an 18m2 kitchen. Therefore, he is more and more creative, turning this place into an integrated space including: working room, relaxing, cooking, laundry. The kitchen is both a place to work, wash and relax. “In Germany, it is very expensive to hire a designer or repair a home, a kitchen…. I renovate myself to save costs ”, Mr. Trung shared. Kitchen cabinets purchased and installed by former tenants. When he arrived, the person did not want to take it away, so he sold the kitchen cabinets and kitchen equipment. Tien Trung found that the cabinet was still solid, so he did not change the cabinet or the kitchen counter but bought paper stickers. The whole time to buy, renovate, and clean up takes about 1 week. The kitchen after finishing has a minimalist style. Old cabinet color beige changed to gray. The kitchen counter is brown to white. Spices, food and cooking utensils are stowed away in the drawers, convenient for storage and use. He said, the concept of this kitchen design came from a trip in Copenhagen (Denmark). Here, he saw the architecture of the house and the rows of shops, although with little furniture, but still delicate and luxurious. So Tien Trung brought this style to his kitchen. The bottles are arranged in open cabinets. Utilized windows as a place to decorate. Single sink and built-in dishwasher. Tien Trung kitchen corner often shoots cooking clips.

On April 23, the list of valid candidates for the 2021 academician co-election of the Chinese Academy of Engineering was announced. Wang Li, the chief engineer of Maotai, was not on the list.

Public information shows that after the presidium of the Chinese Academy of Engineering, 577 effective candidates for academician co-election in 2021 have been determined.

Sohu Finance and Economics found that there were 48 people in the Department of Environment and Textile Engineering, and 8 candidates related to food. Including Shan Yang of Hunan Academy of Agricultural Sciences, Gao Haiyan of Zhejiang Academy of Agricultural Sciences, Jiang Zhengqiang of China Agricultural University, Li Jianrong of Bohai University, Sheng Jun of Yunnan Agricultural University, Wang Shouwei of China Meat Research Center, Xie Mingyong of Nanchang University, Zhang of Guangdong Academy of Agricultural Sciences Name position.

In February of this year, the Guizhou Association for Science and Technology recommended the list of co-opted academicians of the Chinese Academy of Engineering and announced that Wang Li, chief engineer and chief quality officer of Moutai Group, was shortlisted for academician candidates.

China Broadcasting Corporation commented that it is difficult to recommend the selection of academicians by researchers dedicated to the research of “winemaking” technology, and it is difficult to represent the strategic direction of “rejuvenating the country through science and technology,” and it will also cause people to question the direction of social scientific research and academician recommendation and selection criteria. All kinds of questions need to be faced directly, and all parties concerned should be cautious!

Some netizens also questioned the standards of academician candidates, ridiculing the names of “mao-flavor talents” and “baijiu academicians”, and asked whether Laoganma and Shisanxiang had a chance to be shortlisted.

The Guizhou Association for Science and Technology subsequently responded to the question and stated that the Association strictly followed the relevant regulations to carry out the recommendation work, and there was no interference from other factors. At the same time, it is emphasized that candidates who are publicized do not necessarily mean that they will be co-opted as academicians.

Under the ridicule of netizens “Maoxiang Technology”, how to improve the innovation ability of the liquor industry has become one of the focuses of discussion.

Kweichow Moutai’s 2020 financial report showed that the company achieved operating income of 94.915 billion yuan, an increase of 11.10% year-on-year, and the net profit attributable to shareholders of listed companies was 46.697 billion yuan, an increase of 13.33% year-on-year.

Among them, research and development expenses were 50.398 million yuan, a year-on-year increase of 3.51%, which was less than one-thousandth of revenue.

Up to now, Kweichow Moutai has authorized a total of 160 patents, of which 62 are design patents, and 33 and 32 are invention and utility model patents respectively.

Moutai’s design patents account for about 40% of the total number of patents, mainly for wine bottles, wine boxes, etc. Up to now, there are 150 design patents, of which 80 are suspended and no longer used. It can be seen that the design patents are very good. Timeliness.

According to rough statistics, among the 33 invention patents, Wang Li has participated in more than 20 projects, including research on brewing microorganisms, methods for identifying the quality of pit mud, and methods for determining 100 pesticide residues in liquor.

In addition, Kweichow Moutai has 32 utility model patents, including a koji powder charging system, carbon fiber spade sticks and wine-making tools, and a liquor plant structure, most of which are related to liquor production.

On April 23, the list of valid candidates for the 2021 academician co-election of the Chinese Academy of Engineering was announced. Wang Li, the chief engineer of Maotai, was not on the list.

Public information shows that after the presidium of the Chinese Academy of Engineering, 577 effective candidates for academician co-election in 2021 have been determined.

Sohu Finance and Economics found that there were 48 people in the Department of Environment and Textile Engineering, and 8 candidates related to food. Including Shan Yang of Hunan Academy of Agricultural Sciences, Gao Haiyan of Zhejiang Academy of Agricultural Sciences, Jiang Zhengqiang of China Agricultural University, Li Jianrong of Bohai University, Sheng Jun of Yunnan Agricultural University, Wang Shouwei of China Meat Research Center, Xie Mingyong of Nanchang University, Zhang of Guangdong Academy of Agricultural Sciences Name position.

In February of this year, the Guizhou Association for Science and Technology recommended the list of co-opted academicians of the Chinese Academy of Engineering and announced that Wang Li, chief engineer and chief quality officer of Moutai Group, was shortlisted for academician candidates.

China Broadcasting Corporation commented that it is difficult to recommend the selection of academicians by researchers dedicated to the research of “winemaking” technology, and it is difficult to represent the strategic direction of “rejuvenating the country through science and technology,” and it will also cause people to question the direction of social scientific research and academician recommendation and selection criteria. All kinds of questions need to be faced directly, and all parties concerned should be cautious!

Some netizens also questioned the standards of academician candidates, ridiculing the names of “mao-flavor talents” and “baijiu academicians”, and asked whether Laoganma and Shisanxiang also had a chance to be shortlisted.

The Guizhou Association for Science and Technology subsequently responded to the question and stated that the Association strictly followed the relevant regulations to carry out the recommendation work, and there was no interference from other factors. At the same time, it is emphasized that candidates who are publicized do not necessarily mean that they will be co-opted as academicians.

Under the ridicule of netizens “Maoxiang Technology”, how to improve the innovation ability of the liquor industry has become one of the focuses of discussion.

Kweichow Moutai’s 2020 financial report showed that the company achieved operating income of 94.915 billion yuan, an increase of 11.10% year-on-year, and the net profit attributable to shareholders of listed companies was 46.697 billion yuan, an increase of 13.33% year-on-year.

Among them, research and development expenses were 50.398 million yuan, a year-on-year increase of 3.51%, which was less than one-thousandth of revenue.

Up to now, Kweichow Moutai has authorized a total of 160 patents, of which 62 are design patents, and 33 and 32 are invention and utility model patents respectively.

Moutai’s design patents account for about 40% of the total number of patents, mainly for wine bottles, wine boxes, etc. Up to now, there are 150 design patents, of which 80 are suspended and no longer used. It can be seen that the design patents are very good. Timeliness.

According to rough statistics, among 33 invention patents, Wang Li has participated in more than 20 projects, including research on brewing microorganisms, methods for identifying the quality of pit mud, and methods for determining 100 pesticide residues in liquor.

In addition, Kweichow Moutai has 32 utility model patents, including a koji powder charging system, carbon fiber spade sticks and wine-making tools, and a liquor plant structure, most of which are related to liquor production.

(The picture is from CFP)

According to the official website of the Chinese Academy of Engineering, after the presidium of the Chinese Academy of Engineering, 577 effective candidates for academician co-election are determined in 2021.

As soon as the news came out that Wang Li was recommended by the Guizhou Association for Science and Technology to be included in the list of co-opted academicians of the Chinese Academy of Engineering, people linked the matter to the “Tobacco Academician” controversy many years ago, and even ridiculed him as a “Liquor Academician”. .

As early as February of this year, the China Broadcasting Corporation published the title “Moutai Female Chief Worker Shortlisted for Academician Candidates? Be cautious! “Commentary article. The article mentioned that it is difficult to recommend the selection of academicians by researchers dedicated to the research of “wine-making” technology, which can hardly represent the strategic direction of “rejuvenating the country through science and technology”, and it will also cause people to question the direction of social scientific research and academician recommendation and selection criteria. At the same time, the article pointed out that Moutai Group is a well-known brewing company with a high market position and has ranked first in tax payment in Guizhou for three consecutive years. In this context, the chief engineer of Moutai Group was recommended by the Guizhou Association for Science and Technology to be shortlisted as a co-opted academician of the Chinese Academy of Engineering. Has it been affected by market factors other than scientific research results? If elected, will the biggest beneficiary be the brewing company he works for? “All these kinds of questions need to be faced directly, and all parties concerned should be cautious!”

The person in charge of the relevant department of the Chinese Academy of Engineering said in response in February this year that Wang Li is still in the stage of recommendation and publicity by the local Association for Science and Technology, and is not an effective candidate for the academician co-election of the Chinese Academy of Engineering in 2021. “We will continue to pay attention to the relevant situation.”

According to official information from Moutai Group, Wang Li is 49 years old. She graduated from Northwestern Institute of Light Industry (now Shaanxi University of Science and Technology) in 1994, majoring in food, and then joined Moutai Distillery. She is currently the chief engineer of China Kweichow Moutai Distillery (Group) Co., Ltd. Chief Quality Officer, has presided over and participated in the compilation of a number of enterprise technical standards, and has successively won the second prize of National Technology Invention Award, State Council Special Allowance Expert, National Light Industry “Great Power Craftsman”, National Brewing Senior Appraiser and other honorary titles.

Wang Yan

2021-04-23 12:35:23

Source: Times Finance

Regarding the fact that Wang Li was not selected as an academician candidate of the Chinese Academy of Engineering, Times Finance contacted Kweichow Moutai (600519.SH) on April 23, and the other party said that it would not comment. The “liquor academician” storm caused by the election of the chief engineer of Maotai Group as an academician candidate of the Chinese Academy of Engineering has finally settled. Image source: Visual China On April 23, the Chinese Academy of Engineering website announced that after the presidium of the Chinese Academy of Engineering, 577 effective candidates for the co-election of academicians in 2021 were determined. According to the “Implementation Measures for the Co-election of Academicians of the Chinese Academy of Engineering”, it is hereby announced. The list of valid candidates for academician co-election issued by the Chinese Academy of Engineering in 2021 Source: Official website of the Chinese Academy of Engineering Times Finance noticed that Wang Li, the chief engineer of the Moutai Group, who had previously been on the hot search for the “baijiu academician”, was not listed. (Click to view related reports) Regarding the fact that Wang Li was not selected as an academician candidate of the Chinese Academy of Engineering, Times Finance contacted Kweichow Moutai (600519.SH) on April 23, and the other party said that it would not comment.

Kweichow Moutai today’s share price performance source: Snowball

As of the midday close on April 23, Kweichow Moutai rose 2.21% to 2101 yuan per share, with a total market value of 2.64 trillion yuan, which has fallen 560 billion yuan from the historical high of 3.2 trillion yuan set on February 9 this year.

On February 17 this year, the list of candidates for the 2021 co-elected academician of the Chinese Academy of Engineering was announced. Among them, Wang Li was shortlisted as a co-opted academician of the Chinese Academy of Engineering. According to the news from Kweichow Moutai, Wang Li was shortlisted by the Guizhou Association for Science and Technology.

On the morning of February 18, the official website of the Guizhou Association for Science and Technology released the “Notice on Guizhou Province’s Recommendation of Academicians of the Chinese Academy of Engineering in 2021”, stating that all candidates (including Wang Li) to be recommended this time meet the eligibility requirements for application, and I urge everyone It is understood that in view of the wide range of scientific research fields and scientific and technological talents, the selection criteria will be strictly controlled, the selection process will be strictly controlled, and the quality of the selection work will be further improved.

On the afternoon of February 18, the Chinese Academy of Engineering stated to the outside world that it had noticed the relevant information about the proposed recommendation by the academician of the Guizhou Association for Science and Technology. Wang Li, the chief engineer of Moutai Group, received social attention during the publicity process. According to the relevant regulations of the co-election of academicians, the nomination of the Chinese Association for Science and Technology is one of the channels for the formation of academician candidates. The specific procedure is to be recommended by the local Association for Science and Technology, selected by the Chinese Association for Science and Technology, and submitted to the Presidium of the Chinese Academy of Engineering to become a valid candidate. At present, Wang Li is still in the stage of recommendation and publicity by the local association for science and technology, and is not an effective candidate for the academician co-election of the Chinese Academy of Engineering in 2021, and will continue to pay attention to the relevant situation.

On the same day, the Guizhou Association for Science and Technology stated in response to a media interview: “We have noticed that there is a dispute over Wang Li’s recommendation as an academician candidate on the Internet. The recommendation process for academician candidates of the Chinese Academy of Engineering is definitely standardized. Discuss this matter. The list of academicians to be recommended is currently in the publicity period. The entire process is transparent. It is normal to have different voices on the Internet. We must follow the normal procedure.”

The news that “engineers of liquor companies become academicians candidates” also quickly aroused heated discussion. Some netizens called Wang Li a “mao-flavor academician” and a “liquor academician”. At the same time, at the close of the market on February 18, Kweichow Moutai (600519.SH) fell 5% during the intraday session. The stock price fell below 2500 yuan/share to close at 2471 yuan/share, with a total market value of 3.1 trillion yuan, compared with the previous trading day. Nearly 100 billion evaporated.

According to official information from Moutai Group, Wang Li was born in 1972, graduated from Northwestern Institute of Light Industry (now Shaanxi University of Science and Technology) in 1994, majoring in food, and then went to work in Moutai Distillery. She is currently chief engineer of China Kweichow Moutai Distillery (Group) Co., Ltd. , Chief Quality Officer. Wang Li successively won the second prize of National Technology Invention Award, State Council Special Allowance Expert, National Liquor Judge, National Brewing Senior Judge and other honorary titles.

According to Times Finance and Economics, on February 17th, both in Guizhou Province and Wang Li were shortlisted for academician candidates, including Zhou Qi of Guizhou Geological Survey Institute, Zhang Shenglin of Guizhou Highway Engineering Group Co., Ltd., and Ma Jianfeng of Guizhou University. In addition to Wang Li not entering the list of valid candidates this time, Zhang Shengli also failed to be selected.

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On April 23, the list of valid candidates for the 2021 academician co-election of the Chinese Academy of Engineering was announced. Wang Li, the chief engineer of Maotai, was not on the list.

Public information shows that after the presidium of the Chinese Academy of Engineering, 577 effective candidates for academician co-election in 2021 have been determined.

Sohu Finance and Economics found that there were 48 people in the Department of Environment and Textile Engineering, and 8 food-related candidates. Including Shan Yang of Hunan Academy of Agricultural Sciences, Gao Haiyan of Zhejiang Academy of Agricultural Sciences, Jiang Zhengqiang of China Agricultural University, Li Jianrong of Bohai University, Sheng Jun of Yunnan Agricultural University, Wang Shouwei of China Meat Research Center, Xie Mingyong of Nanchang University, Zhang of Guangdong Academy of Agricultural Sciences Name position.

In February of this year, the Guizhou Association for Science and Technology recommended the list of co-opted academicians of the Chinese Academy of Engineering and announced that Wang Li, chief engineer and chief quality officer of Moutai Group, was shortlisted for academician candidates.

China Broadcasting Corporation commented that it is difficult to recommend the selection of academicians by researchers dedicated to the research of “brewing” technology, and it is difficult to represent the strategic direction of “rejuvenating the country through science and technology,” and it will also cause people to question the direction of social scientific research and academician recommendation and selection criteria. All kinds of questions need to be faced directly, and all parties concerned should be cautious!

Some netizens also questioned the standards of academician candidates, ridiculing the names of “mao-flavor talents” and “baijiu academicians”, and asked whether Laoganma and Shisanxiang also had a chance to be shortlisted.

The Guizhou Association for Science and Technology subsequently responded to the question and stated that the Association strictly followed the relevant regulations to carry out the recommendation work, and there was no interference from other factors. At the same time, it is emphasized that candidates who are publicized do not necessarily mean that they will be co-opted as academicians.

Under the ridicule of netizens “Maoxiang Technology”, how to improve the innovation ability of the liquor industry has become one of the focuses of discussion.

Kweichow Moutai’s 2020 financial report showed that the company achieved operating income of 94.915 billion yuan, an increase of 11.10% year-on-year, and the net profit attributable to shareholders of listed companies was 46.697 billion yuan, an increase of 13.33% year-on-year.

Among them, research and development expenses were 50.398 million yuan, a year-on-year increase of 3.51%, which was less than one-thousandth of revenue.

Up to now, Kweichow Moutai has authorized a total of 160 patents, of which 62 are design patents, and 33 and 32 are invention and utility model patents respectively.

Moutai’s design patents account for about 40% of the total number of patents, mainly for wine bottles, wine boxes, etc. Up to now, there are 150 design patents, 80 of which have been suspended and no longer used. It can be seen that the design patents are very good. Timeliness.

According to rough statistics, among the 33 invention patents, Wang Li has participated in more than 20 projects, including research on brewing microorganisms, methods for identifying the quality of pit mud, and methods for determining 100 pesticide residues in liquor.

In addition, Kweichow Moutai has 32 utility model patents, including a koji powder charging system, carbon fiber spade sticks and wine-making tools, and a liquor plant structure, most of which are related to liquor production.

Let’s take a look at it for a moment! Adventures of Spider-Man The first place visitors will arrive immediately after stepping through the main gate of the “Avengers Campus” will be a sprawling area of ​​the WEB building (short for “Worldwide Engineering Brigade”), and Inside is the hero Peter Parker who is trapped and needs the player’s help. Throughout the context at the WEB there will be many broken Spider-Bots ready to wreak havoc on the entire campus, and Spider-Man will need help to defeat them. The Avengers campus. Source: Marvel In addition, visitors will be wearing 3D glasses and using the web shot machine of the WEB to experience the feeling of being a “web hero”. Along with that, the visitors also receive a specially designed backpack to hold the included remote controlled 8-pin Spider-Bot, suitable for bringing “breeze” to friends and relatives. “Rewards” for the “heroes” that support Spider-Man. Source: Marvel Kitchen Laboratory Pym If you are hungry, you can stop by “Pym Laboratory Kitchen” for “less cravings”. Using Pym beads, 2 tiny heroes Ant-Man and Wasp will … all shrink and then enlarge all kinds of dishes for visitors to enjoy. For example, visitors can enjoy meatballs pasta contained in a “super big” spoon, making the fork used to eat become “tiny”. All dishes here are both “tiny” but also “super huge”. Source: Marvel The Ancient Sanctuary of Doctor Strange If you want to meet Doctor Strange to witness his “secret”, go to the “Ancient Sanctuary”. The “ultimate witch” will train the “disciples” and bring this sacred place to real life with her powerful spells. In the evening, the Sanctuary will shine brightly with majestic lights like streams of magical energy in the movie. If you don’t like “learning magic”, visitors can use the Holy Land to … beautify the Instagram wall. Source: Marvel Avengers headquarters In the center of the campus is the Avengers headquarters – where visitors can find the members of this superhero squad. The building is decorated with bright lights with an aircraft mounted on top of the roof. And visitors will be introduced to the biographies of each character right here. The shared home of the Avengers always welcomes visitors. Source: Marvel Mark Nguyen According to Marvel

The above requirements and tasks have just been given by Major General Vu Ngoc Them, Head of the Government Cipher Committee at the Ceremony to receive the Second Class Defense Medal and celebrate 45 days of tradition with the Institute of Cryptographic Engineering ( KTMM) is held today, April 15.

Bringing Academy into a hub for innovation and digital transformation

The Head of the Government Cipher Committee said that in the coming time, the political and security situation in the world and the region will continue to evolve quickly and complicatedly. Challenges in information warfare and cyber warfare are present and increasingly drastic, threatening global security.

In the context of the industrial revolution 4.0 together with all levels and sectors stepping up the construction and development of e-Government, towards the digital government, the digital economy, the digital society, the risk of leakage of secret information. bile tends to increase with more and more sophisticated nature and degree.

“This context has been posing enormous requirements and challenges for the cipher work in general and the education and training work of the Academy of Civil Engineering in particular”, said Mr. Thiem.

Major General, Head of Government Cipher Department Vu Ngoc Thiem

A representative of the leadership of the Government Cipher Committee also pointed out a number of key tasks that KTMM Academy needs to focus on, including the development of the Academy Development Strategy associated with renovating the organizational structure and staffing direction. Lean, modern, efficient operation.

Building a model that is both a high-quality training center serving the Cipher industry, as well as a strategic research agency on information security and security policies to help lead the Advisory Board for the Party and the State on security. national confidentiality and security.

Focus on renewing training contents, programs and methods towards modernization, international integration, comprehensive development of learners. Attaching importance to university training and postgraduate training in the field of cryptography, information security and retraining and retraining of human resources for the entire Cipher industry.

At the same time, to expand cooperation and association in order to take advantage of the strengths of domestic and foreign training and research institutions and enterprises; focus on building a contingent of teaching staff, managerial staff, building facilities for teaching, learning and scientific research …

Colonel Nguyen Huu Hung, Director of the Academy of KTMM said, striving to 2025 the Academy will become a university under the model of modern “applied university”.

Colonel Nguyen Huu Hung, Director of the Academy of KTMM said, Resolution 56 2020 of the Politburo on “Development Strategy of the Cipher industry in Vietnam to 2030 and orientations to 2045” has defined the goal of building to build the KTMM Academy into a high-quality training institution on OA and information security to meet weak human resources and socio-economic needs.

Recognizing the mission, vision and core values, according to Mr. Hung, the Institute aims to become a center of innovation, digital transformation and use of digital infrastructure to provide personalized training services. chemistry for learners.

Striving to 2025, the Institute will become a university following the model of a modern “applied university” and has an intelligent management model, multi-disciplinary training, closely combining training and scientific research. ; have training quality indicators approaching the group of 30 leading industrial-industry training schools in Vietnam; have a sustainable industry structure, consistent with the reality of Cipher industry and the society; forming a number of strong and specialized research groups on cryptographic science, technology and information security at national level …

KTMM Academy received the Second Class Defense Medal

Recognizing the achievements of KTMM Academy, on the occasion of the 45th anniversary of the establishment of the school, the President decided to present the Second Class Defense Medal to the Academy.

The Ceremony of awarding the Second Class National Defense Medal to KTMM Academy was held on April 15.

45 years ago, on April 15, 1976, the Central Cipher School, the forerunner of KTMM Academy, was established.

From a staff training school for the Cipher industry with a staff of just over 10 people and inadequate facilities, up to now, KTMM Academy has been a multidisciplinary university, training human resources for the Cipher industry. and socio-economic needs.

At present, there are 7 faculties, 1 Cryptographic Technical Practice Center, 1 Science and Technology Research and Application Institute, 81 lecture halls, practice – experiments at 2 campuses in Hanoi, Ho Chi Minh City and 42 Engineering, Master and Doctoral training programs.

In the period 2015 – 2020, the Institute has trained over 50 long-term courses with a total of over 330 classes, deployed 80 short-term training and retraining courses. Especially, more than 2,000 engineers, staff, staff of all kinds of training specialized in KTMM and the majors of information security have graduated; the number of graduate students in KTMM and Information Security has graduated is more than 200.

Over the past five years, the Institute has trained more than 250 foreign students from Laos, Cambodia, and Cuba with types from short-term training, intermediate, full-time university, master’s and internship specialized in OA and courses. Short-term training courses on KTMM, Information Security, IT. Along with that, the Institute has implemented 58 topics at the grassroots level, 14 topics at the board level and 3 topics at the national level.