309支队伍“论剑”烟台，中国大学生微纳大赛总决赛燃情开幕
中新网烟台8月24日电 (记者 王娇妮) 24日，2024年中国大学生机械工程创新创意大赛：“明石杯”微纳传感技术与智能应用赛总决赛在烟台黄渤海新区隆重开幕。来自西安交通大学、浙江大学、中国科学院大学等109所高校和研究所的309支队伍齐聚一堂，为争夺桂冠展开激烈角逐。
本届大赛由中国机械工程学会主办，是国内顶级的大学生微纳传感技术与智能应用赛事。大赛以“感联世界 智创未来”为主题，紧扣未来微纳传感器及其智能应用对大学生技能的要求，设置了涵盖微纳传感器的创新设计、微纳工艺研究、极端条件的标定测试及其智能应用等方面的比赛项目。
记者从开幕式上获悉，今年参赛队伍数量较去年翻倍增长，来自全国各地的参赛选手们将一件件充满巧思妙想的作品展现在评委面前。最终，309项作品进入全国总决赛，其中研究生组152项，本科生组151项，专科生组6项。
中国计量大学教授赵春鱼表示，该项赛事已成为高校创新创业工作的重要组成部分，为师生们提供了培养创新人才的平台，因此对高校的吸引力不断增强。
“为了能够对上呼吸道传染病患者进行及时诊断，我们开发了用于即时检测的自动化全集成微流控制生物传感系统。”参赛选手刘津秀称，希望他们团队的参赛项目能应用到人们的生活中。
值得一提的是，本届大赛还特别邀请创投界和产业界的专家，共同参与中国·烟台2024微纳制造产业供需对接会，推动成果转化。
中国工程院院士蒋庄德表示，随着物联网的不断发展，传感器领域遇到了重大的发展机遇期，将渗透到人们生产、生活的各个领域，希望青年学子们瞄准传感器方向，脚踏实地做科研。
据悉，自2020年以来，“明石杯”微纳传感技术与智能应用赛累计吸引全国160所高校及科研院所逾20000支参赛团队参赛，内容涵盖微纳创新设计、制造工艺、标定测试及智能应用等多方面课题，一批优秀成果崭露头角并落地转化。
英语如下：
309 Teams Compete in Yantai for the National Micro-NanoContest Finals
Keywords: Micro-Nano Contest, Competition, Smart Application
Yantai, China, August 24 (Xinhua) – The 2024 National University Mechanical Engineering Innovation and Creativity Contest: “Ming ShiCup” Micro-Nano Sensing Technology and Smart Application Contest Finals kicked off grandly in Yantai’s Yellow Sea New Area on August 24th.309 teams from 109 universities and research institutes, including Xi’an Jiaotong University, Zhejiang University, and the University of Chinese Academy of Sciences, gathered to compete for the championship.
Hosted by the Chinese Societyof Mechanical Engineering, this contest is the top-level university competition in China for micro-nano sensing technology and smart applications. Themed “Connecting the World, Creating the Future,” the competition focuses on the skills required of university students in thefield of future micro-nano sensors and their intelligent applications. It features competition projects covering aspects such as innovative design of micro-nano sensors, research on micro-nano processes, calibration testing under extreme conditions, and their intelligent applications.
According to the opening ceremony, the number of participating teams has doubled compared to last year. Contestants from across the country presented their ingenious creations to the judges. Ultimately, 309 works entered the national finals, including 152 from graduate students, 151 from undergraduate students, and 6 from junior college students.
Zhao Chunyu, a professor at China JiliangUniversity, said that this competition has become an important part of the innovation and entrepreneurship work in universities, providing a platform for cultivating innovative talents. Therefore, its attractiveness to universities is constantly increasing.
“To enable timely diagnosis of upper respiratory tract infectious disease patients, we have developed an automated, fully integrated microfluidic bio-sensing system for point-of-care testing,” said Liu Jinxiu, a contestant. She hopes that their team’s project will be applied to people’s lives.
It is worth noting that this competition also specially invited experts from the venture capital and industry sectors to participate in the China-Yantai2024 Micro-Nano Manufacturing Industry Supply and Demand Matching Conference, promoting the transformation of achievements.
Jiang Zhuangde, an academician of the Chinese Academy of Engineering, stated that with the continuous development of the Internet of Things, the sensor field has encountered a significant period of development opportunities, penetrating allaspects of people’s production and life. He encouraged young students to focus on the sensor direction and conduct research with dedication.
Since 2020, the “Ming Shi Cup” Micro-Nano Sensing Technology and Smart Application Contest has attracted over 20,000 participating teams from 160 universities and research institutions nationwide. The content covers various topics, including micro-nano innovative design, manufacturing processes, calibration testing, and intelligent applications. A number of outstanding achievements have emerged and have been successfully implemented.
【来源】http://www.chinanews.com/sh/2024/08-24/10274190.shtml
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