Debrief Report Vice President, North University

Xiao Zhongliang

In the past 2005, under the leadership of the school party committee, as the vice president, I assisted the principal in charge of school technology, industry and publishing. Seriously practice the important thinking of the "Three Represents" and always maintain the advanced nature of party members. In this party member education activity, I actively study and consolidate the party's theoretical knowledge, adhere to the people-oriented, and innovate with ideas, mechanisms, systems, and management. There are breakthroughs in promoting scientific and technological work and innovation in academics. By perfecting the incentive mechanism and benefit mechanism, we have established an excellent research environment, strengthened basic research and technological innovation, accelerated the application and transformation of results, and focused on cultivating new research and growth points in the research fields of natural sciences and social sciences. New progress has been made in the work of science and technology.

Let me report to you on the work I am in charge of.

I. Political training

Strengthen political study, adhere to party spirit, improve the ability to govern, and persist in diligent and honest administration. As a party member leading cadre and a member of the school team, he can seriously study and practice the important ideas of the three representatives, adhere to the work principles that are conducive to the development of the school, to the innovation of science and technology work in our school, and to the interests of teachers and students. The professional ethics and people-oriented thinking of the teacher's watch, work hard, and strive to do every job. Strictly ask yourself at work and set an example in action. Focusing on the central task of the school, we will strengthen our sense of responsibility; we will continue to closely integrate the responsibility system for the implementation of the party's work style and clean government with our own work, and give full play to the role of the party's work style and clean government construction responsibility system. We can start from the overall situation of school development, cooperate with each other, support each other, consciously safeguard the unity of the leadership team, and cherish the current good development of the school. We can consciously demand ourselves in accordance with the principle of cadre organization, conscientiously implement the tasks set by the party committee and the administration, and try our best to be deputy. Adhere to seeking truth from facts, be open-minded, not concealing their own views, and be responsible for their work and responsibility.

Integrity is not a high demand, but a basic issue of life. As a leading cadre in the education sector, especially in colleges and universities, it is necessary to have the ability to self-educate. On the road of life, every step of the way, in addition to doing a good job, we must maintain our innocence. We must consciously set up a forbidden zone and draw a red line. We must resolutely do not step beyond the threshold and withstand the challenges and tests we face. We must strictly abide by our commitments, fulfill our responsibility for building a clean and honest government within our responsibilities, establish a righteous attitude, and unite people's hearts. Good team, give the party and the people a satisfactory answer.

The construction of a clean government is a major event that affects the survival of the party. The party members and cadres should establish their own image and should start from scratch. This also reflects the ideological and moral sentiments of party members and cadres. Only by maintaining the diligent and simple style of the Communists can we maintain the party's advanced nature.

Second, scientific and technological work

In 2005, our school's scientific and technological work carried out the activity of maintaining the advanced nature of party members, strengthened service awareness, united and struggled, and together with the school's scientific and technological workers, successfully completed the scientific and technological development goals formulated at the beginning of the year, and the research funding continued to grow year after year. The ability has been greatly improved, and national fund projects, research funding, SCI papers, technology awards, and patent grants have all reached record highs. And achieved three breakthroughs, four progress, one improvement, laid the foundation for the "Eleventh Five-Year" development.

In 2005, it was awarded the Advanced Unit of Science and Technology Management of Shanxi Provincial Department of Education and the Advanced Unit of Science and Technology Management of Taiyuan City. The total research fund of the whole school is 120 million yuan, including 76.43 million yuan for vertical projects, 43.55 million yuan for horizontal projects, more than 1000 projects for application, 542 sponsorships, and more than 211 projects for the 11th Five-Year Plan of Military Products. In the year, the science and technology management system was further improved, and the teachers' scientific and technological work files were initially established. The basic research, military science and technology, and humanities and social sciences of our school were greatly strengthened. In 2005, the funding for the school fund project was 600,000 yuan.

Historical breakthrough

In 2005, it made a historic breakthrough in three aspects: total research funding, national basic research, and SCI papers.

1. In 2005, the total research funding was 120 million yuan, and the total research funding reached 2.4 times of the “10th Five-Year Plan”.

2. In 2005, the National Natural Science Foundation of China obtained the best score in history, and the discipline distribution was more reasonable. The total number of projects was 11 and it was the sum of the national fund projects of our school over the years. The total funding was 4.53 million yuan. Our school obtained before 2004. The National Natural Science Foundation has twice the total funding, and the projects are distributed in the Department of Engineering and Materials, the Department of Information Science, the Department of Mathematical Sciences, and the Department of Chemistry.

The National Natural Science Foundation of China and the National Defense Key Fund Project achieved zero breakthroughs respectively. In 2005, they won two national natural science fund projects with a total funding of 2.5 million yuan and two national defense key fund projects with a total funding of 2.8 million yuan.

In 2005, there were major breakthroughs in the number and funding of basic research projects. The total funding of basic research projects exceeded 20 million yuan, including 19 national basic research projects and 8.65 million yuan for national basic research. This shows the basic research of our university. The ability has been further enhanced and recognized by domestic peer experts.

In 2005, our school applied for 5 national doctoral funds and received 3 support. The support rate is 60%, which is three times the national average support rate of 17%.

3. In 2005, there were significant advances in high-level academic papers. SCI included 48 papers, of which 15 were published in foreign journals. This is the sum of papers collected by SCI since the school was founded. He has published 4 academic monographs, 143 in EI, 350 in ISTP, and 113 academic papers. It has obtained 7 patents and applied for 27 patents, which is the most declared year in the past years.

New progress in science and technology work in 2005

In 2005, our school made new progress in four aspects: science and technology awards, platform construction, scientific research channels, and military product quality management system identification.

1. New progress has been made in national and provincial awards. In 2005, our school won 21 scientific and technological awards, including 1 second prize for national scientific and technological progress, 1 first prize for scientific and technological progress in Shanxi Province, and 2nd provincial science and technology progress. There are 9 awards, 8 provincial and ministerial scientific and technological progress awards, and 2 other awards.

2. The scientific research platform and innovative talents have achieved certain results. In 2005, our school successfully declared two Shanxi Provincial Engineering Centers, namely “Polymer Composite Engineering Technology Research Center” and “Foundry New Process Engineering Technology Research Center”; The evaluation work of “Shanxi Provincial Dynamic Testing Technology Key Laboratory” and “Shanxi Provincial Advanced Technology Key Laboratory”, the laboratory construction of our school has been recognized and recognized by experts.

3. Broaden the channels for scientific research. During the "10th Five-Year Plan" period, the university's scientific research channels have opened up the basic situation of the "Ninth Five-Year Plan" scientific research channels. In the field of national defense scientific research, in addition to weapons, it has also expanded to aviation, aerospace and electronics. In the field of vertical research projects, there are departments of science and technology, the National Fund Committee, the National Reform and Development Committee, the Ministry of Education, Shanxi Province, and Taiyuan City.

4. The “10th Five-Year” military product research has entered the stage of completion. The processes, materials, tests, tests, explosives, fuzes, pyrotechnics, engines and other projects related to the vehicle profession have passed the acceptance test and are well evaluated. .

The identification of military product quality management system progressed. On January 14, 2005, it passed the on-site audit of China New Age Identification Center. In November 2005, it obtained the identification certificate of military product quality management system. In 2005, the output value of military products in our school system was 200. Over ten thousand yuan, using the system identification certificate to bid and sign 5 contracts.

Actively carry out academic activities and publicity to improve the quality and level of academic activities

In 2005, more than 210 academic lectures on science and technology were invited from home and abroad, including some important academic activities. In January 2005, the National Fund Committee of Mechanical and Engineering Department of Mechanical Engineering, the 11th Five-Year Development Strategy Report was reviewed. In August 2005, the Science and Technology Department organized the academic staff of the National Fund Committee of Engineering and Materials to conduct academic research and scientific and technological guidance activities in Shanxi Province; assisted in organizing the National Plastic Engineering Annual Conference, and held a national conference in August 2005 in our school. At the plastics engineering annual meeting, more than 200 representatives came to visit our school; Taiyuan Information Industry Park Development Seminar. These meetings further increased the contact between the university and the outside world. The leaders and delegates visited our school dynamic test. The National Defense Key Laboratory and Precision Molding Engineering Center and the Shanxi Provincial Advanced Key Laboratory have given high marks to the scientific and technological work of our school and the scientific and technological work of the laboratory and engineering center.

Lay the foundation for the "Eleventh Five-Year" scientific work

1. The demonstration work of the basic scientific research project of the 11th Five-Year National Defense Science and Technology Commission was launched. The National Defense Science and Technology Commission issued a guide to our school, which included many fields, majors and different types of projects not covered by the “10th Five-Year Plan”. The current demonstration work is proceeding in an orderly manner. Among them, there were 13 basic scientific research demonstrations of the National Defense Science and Technology Commission, and the first batch has been implemented 5 with a fund of 29.9 million. The final assembly project is also being discussed in succession.

2. To declare 4 key laboratories of the National Defense Science and Technology Commission, namely “micro-nano system technology, basic research and detection technology of booster medicine, information processing and industrial internal vision technology, and lightweight structural material processing”, for our school in national defense The foundation of the construction of the basic research platform has been laid.

3. Organize and declare national “863” projects, national defense “973”, national research projects, national natural funds, national fund key projects and other national-level project projects.

4. Participated in the preparation of the scientific and technological development plan of mechanical disciplines and information disciplines in the basic research of the “Eleventh Five-Year Plan” in Shanxi Province.

Third, industrial work

The year 2005 was a successful year for the completion of the phased strategic objectives of the industrial work, with new breakthroughs in total sales. The total sales volume of the photovoltaic power plant exceeded 30 million yuan, and the total profit was 2.38 million yuan; the factory realized a gross national product of 3.61 million yuan.

Summary In 2005, on the basis of maintaining the sustainable growth of the company's economic benefits, rapid and healthy development, we completed the phased tasks.

Fourth, the journal work

The collection, compilation, editing, printing, publishing and distribution of the manuscripts of the three major journals of our school are stable and medium-seeking, and strictly abide by the laws and regulations of scientific journals and social journals, adhere to the three-level confidentiality review system, and implement strict The third-instance system and strict quality control, the work of the Publishing Department has made considerable progress and achieved good results.

1. In 2005, the influence factor of Journal of North University of China was raised from 0.248 in 2004 to 0.313, and the 13th time was awarded the first-level journal award in Shanxi Province. A total of 212 submissions were accepted, 120 were accepted, and the rejection rate was 20%.

2. The influence of Journal of Testing Technology is getting bigger and bigger, and the source of manuscripts is constantly expanding. It is highly valued among scholars in China and has a certain influence in the international arena. All the articles are included in the EI CD-ROM version and become " The Chinese Science Citation Database is a source journal, which indicates that the Journal of Testing Technology has entered the development track of a benign circle and has a broader development prospect. The impact factor increased from 0.2534 in 2004 to 0.405 in 2005, and won the award of the first-grade journal of Shanxi Province for the following year. In 2004, a total of 201 articles were accepted, 116 papers were accepted, 89 manuscripts were published, and 85 papers were rejected. The rejection rate was 42%. In 2005, 501 papers were accepted, 167 papers were accepted, 99 manuscripts were published, and the rejection rate was 73%. ;

3. In 2005, the Journal of North China Institute of Technology received 193 submissions and published 190 articles, with a rejection rate of 19%.

In order to improve the publishing work of our school, we have recruited a master's degree in the field of introducing talents to enhance the editorial strength of the publishing department.

V. Confidential work

As the deputy director of the School Confidentiality Committee, he earnestly fulfilled his duties and led the members of the confidential work leading group to the relevant confidential units for daily confidential work inspections. In particular, it has now passed the identification of confidentiality qualifications. Many confidential units and secret-related personnel have relaxed their secrecy and vigilance. They have emphasized that “confidential work is no small matter”, and we must constantly work hard to make confidential work a secret research for the whole school. The project is escorted to ensure that research on classified research projects is foolproof.

Sixth, the improvement of its own quality

The main task of the university is to train high-quality, high-level, high-quality talents for the society. In order to achieve this goal, schools are required to continuously carry out knowledge innovation. The study of science and technology is an important part of knowledge innovation, and it is an important guarantee for the level, quality and quality of university personnel training. The history of university development proves that teachers who do not conduct scientific and technological research cannot be high-level university teachers; Students who are trained in technological innovation will not become high-quality university graduates. The connotation of knowledge innovation is general, including science and technology, management mechanisms and other aspects.

As an education and science and technology worker, I have not let go of my research work in my spare time. This year, I personally presided over the development of a major basic research project for the explosives and explosives industry, and presided over two national key projects. Among them, “*** Propellant Technology” has obtained national appraisal and reached international standards, and has been applied to national defense models. And applied for three national defense invention patents.

At present, China's higher education is in the stage of rapid development and transformation, and it is destined to be heavy in this period, but it should be viewed from a correct point of view. This is a good opportunity for our image to develop. I will devote myself to education and scientific research with full enthusiasm. We strive to be strict in our work, and strive to be rigorous and serious in scientific research, so that we can always stand in the forefront of the ranks, go forward and do our best for the cause of education.