[Welcome to the Party Congress] "China Education News" focuses on the cross -innovation results of large -scale disciplines

Editor's note: On June 28, 2022, "China Education News" focused on reporting the highlights of the cross -high entry discipline: "Dalian University of Technology strives to create a world -class peak discipline -cross -collaborative promotion of the overall level of discipline", comprehensively display the cross -disciplinary inter -disciplinary interdisciplinary cross Cooperate, make every effort to promote the exploration and practice of world -class universities, and welcome the victory of the 14th party congress of the school with excellent results with "double first -class" construction. The full text will be published as follows.

For a long time, key medical equipment used by major domestic hospitals for blood cell analysis has been monopolized by foreign companies, and the five -class blood cell analysis system has been included in the fifteenth place in the "core technology list that China has not yet controlled". The key to this technology is to develop fluorescent imaging dyes with selective selective blood cells.

Under the leadership of the academicians of the Chinese Academy of Sciences and Peng Xiaojun, Dalian University of Technology, Professor Fan Jiangli cross -integrated traditional dyes with medicine and successfully developed a high -end five -class blood cell analysis system based on targeted near infrared fluorescent dyes. The test results are accurate and fast. However, the price is only half of the imported equipment, which not only makes up for the gap in the domestic industry, but also exports to more than 90 countries and regions.

This achievement is a vivid epitome of Dalian University of Science and Technology that encourages disciplines and advocates coordinated development. In recent years, the school has rely on the interdisciplinary interdisciplinary, and has continuously strengthened the layout of the fields of "intelligence+", "life health+".

Cross -collaborative promotion of scientific and technological innovation results

Promoting cross -integration of knowledge of different disciplines is not only an important means to solve major and complex scientific issues currently facing, but also a key way to promote the emergence of major scientific research results and revolutionary changes in science. Guo Dongming, an academician of the Chinese Academy of Engineering and the president of Dalian University of Technology, said: "The school has always placed discipline construction in an important position, based on the" disciplinary leap "strategic layout system of the" discipline leap "of its unique advantages, distinctive characteristics, cross -integration, and coordinated development, and continues to deepen the connotation of the subject. Development, unswervingly grasp the quality and upgrade of discipline construction, and vigorously consolidate the foundation of first -class university development. "As early as the beginning of this century, the school integrated the traditional advantageous disciplines such as mechanics, coast and offshore engineering, and mechanical engineering. A new discipline growth point is to form a distinctive research direction such as biomechanics, computing materials, marine environment and micro -machinery, and support cross -disciplinary construction by setting up special specialties such as "Life+X, Information+X, Mathematics+X". Establish a broader interdisciplinary intersection and integration development platform.

Guo Dongming said that in response to my country's major equipment manufacturing fields, there are difficulties with the insufficient original innovation capabilities such as basic theory, common technology, and key core technologies in China. In 2012, the school led the establishment of Liaoning's major equipment manufacturing collaborative innovation centers. Multi -disciplinary cross, multi -unit collaboration, multi -resource agglomeration, full -chain design scientific research and innovation organizational model, gather nine departments and colleges including the Ministry of Mechanical Engineering and Materials Energy, Electronic Information and Electrical Engineering, and 129 backbone teachers conduct joint research joint research , Implement the "flow without mobilization" personnel management model to stimulate innovation vitality.

Liaoning major equipment manufacturing collaborative innovation center

High -end equipment such as aviation, aerospace, and transportation is a concentrated manifestation of the national manufacturing level and comprehensive strength. Carbon fiber enhanced resin base composite materials can reduce the weight and efficiency of high -end equipment, which has extraordinary strategic significance. However, during the processing of this material, it is easy to produce machining damage such as burrs, tears, and layered, and it is difficult to meet the high performance requirements of carbon fiber composite material components. It restricts the promotion and application of this high -performance material and limits the improvement of equipment performance. In order to achieve the breakthrough of this major scientific issue, the collaborative innovation center aerospace innovation team is based on the basic theory of mechanical disciplines such as mechanical design, cutting processing, and integrates the multidisciplinary scientific research forces, materials, chemistry, surveying and control and other disciplines. The source of the basic theory of material component processing has broken through the bottleneck of high -performance carbon fiber composite materials, high -quality and efficient processing technology, and promotes my country's processing technology in this field to the international advanced level, which has made an important for the development and mass production of high -end equipment in my country contribute.

After more than 10 years of research, the team has developed 13 sets of high -performance carbon fiber composite CNC processing process equipment, becoming the only equipment for processing of multiple key composite materials components in my country ’s aerospace, which has achieved the failure of processing or hand -processed to low damage digitalization. Sound of processing. The results have been applied to enterprises such as Aerospace First Courtyard, Aerospace Third Courtyard, AVIC, and COMAC in China, breaking through a new type of aerospace equipment cockpit section, a flight device cylinder, a series of helicopter rotor, high -speed rail bodies and other key composite materials components high Quality and efficient processing problems, break the blockade abroad.

Platform aggregation builds a talent introduction highland

"The disciplinary cross -platform not only expands the direction of discipline research and cultivates new growth points of the discipline. It also promotes the introduction and cultivation of high -level talents in schools through the advantages of platforms and funds." Said Kang Xudong, director of the school's discipline construction office.

Among the many disciplines of the school, a small satellite is particularly noticeable. In October 2020, Dalian University of Technology was named after the global alumni as the first small satellite of the school, and the "Lianli" satellite was named.

The "Lianli" satellite is a 20KG -level high -resolution remote sensing satellite developed by a 20KG -level high -resolution remote sensing satellite that the school is closely used around the demand of the revitalization of Liaoning. It will be mainly used for marine monitoring and achieve a breakthrough in Liaoning's own satellites. With the support of the "Advanced Micro -Satellite Satellite Technical Discipline Cross Research Platform", the "Lianli" satellite is developed and integrated with aerospace science and technology, mechanical engineering, mechanical engineering, optical engineering, control science and engineering, ships and marine engineering, water conservancy engineering, etc. Subject.

Professor Xia Guangqing (right), dean of the Academy of Aerospace, guides students to develop small satellites

"The key to developing a new discipline is talent." Professor Xia Guangqing, dean of the Academy of Aerospace, said, thanks to the construction of cross -disciplinary research platform. The "Satellite Commander has played an important role in satellite development. During the "Thirteenth Five -Year Plan" period, the school combines the development of talents with the talent policy of Dalian's talent policy in the principle of "municipal school collaboration, co -integration and symbiosis, and removing hat". "Implementation Measures" set up four levels: Xinghai Scholars, Xinghai Jieqing, Xinghai Youqing, and Xinghai's backbone. It supports and evaluates in stages and stages. Through key support and policy incentives, outstanding young talents are encouraged to focus on national strategies and serve the country need.

The current dean of the School of Optoelectronic Engineering and Instrument Science Cao Yan returned to the school under the opportunity of encouraging disciplines. Cao Yan, who has the background of optics and electronic research, was attracted by the environment of a good talent growth environment after the post -doctoral station in London University in London, England, and chose to return to his alma mater.

"Breaking the discipline barriers and complementary advantages can form a combatable platform and core technologies. I hope to use my own cross -disciplinary background to the national development, and to do its best for the development of the alma mater." Cao Yan said. At present, Cao Yan also serves as the head of the school's "cross -research platform of electromagnetic wave technology disciplines". Through the engineering use and integration of multi -disciplinary innovation technology, he has developed tested instruments under extreme conditions to serve major national engineering needs.

Resource fusion cultivation and cultivation of innovative talents

At the beginning of this spring semester, Song Kaizheng, a student of the School of Environment, and his friends received good news. In the 17th "Challenge Cup" finals that had just ended, their project "Development of Genetic fast testing technology" won the National Special Prize.

"I joined the mentor's research group at a time, and opened the road of scientific research. Under the science and technology innovation platform set up in the school, we have formed this competition. For teams with different professional backgrounds, everyone can play special strengths and form a joint force to achieve good results. "Song Kaizhen said.

In order to cope with the new challenges brought about the reform of the new format, new economy, and new technologies on the reform of the diversified talent training model, the school takes the important innovation and entrepreneurship event as a traction, focuses on the training of students' innovation ability, and promotes the cross -integration of disciplines. Talent training plan, comprehensively build a special creation and innovation course for deepening the reform of new engineering and new sciences, and promote the "four new" construction. There are more than 500 “five cross -crossing” specialized integration courses of interdisciplinary, across majors, inter -colleges, across research, and spatial and space in 81 majors in the school. Students can study across majors.

Students from different majors to discuss together

In addition, in order to promote undergraduate students to enter the subject early, enter the laboratory, and enter the research team early, rely on multiple departments to jointly create a "three morning" scientific and technological innovation society, and build a "atmosphere creation -project cultivation -competition selection -results incubation" The full -chain innovative talent training mechanism hopes to promote the latest scientific research results into educational teaching content in a timely manner, and support high -quality talent training with high levels of scientific research. Cultivating students' innovation ability in a good environment of multidisciplinary cross -integration is an effective way to cultivate composite talents. During the "Thirteenth Five -Year Plan" period, the school has independently set up nine cross -disciplinary doctoral points including artificial intelligence, intelligent manufacturing, energy storage science and engineering, to further deepen the intersection of information science, artificial intelligence, and school traditional engineering, science, philosophy and social sciences, etc. Construction, vigorously promote the "intelligent +" in the field of disciplines, and promote the collaboration and talent training of multi -disciplines for comprehensive and complex issues.

"It is necessary to anchor the goal of excellent development, strengthen the top -level design, make good use of the interdisciplinary cross -fusion 'catalyst', promote connotative development and sustainable construction of discipline construction, and strive to create a new situation of first -class university construction." The Academician of the Chinese Academy of Engineering and the secretary of the Party Committee of Dalian University of Technology Xiang Changle said that during the "Fourteenth Five -Year Plan" period, the school will closely focus on the overall goal of a new round of "double first -class" construction plan, further highlight the leading and basic role of discipline construction, deepen the development and cross -integration of the discipline, and strive to impact the impact. Create a group of world -class, Chinese characteristics, and large -scale technical characteristics, radiation has led to the overall level of the school's discipline, and fully start the new journey of first -class universities to "accelerate".

News source: Dalian Polytechnic News Network

Edit: Wang Yue

School pair: Yan Yiming Li Yixun

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