Core Viewpoint - Beijing Institute of Technology (BIT) plays a significant role in national defense technology development, contributing to the advancement of military capabilities and fostering a sense of pride among students and faculty [1][2]. Group 1: National Defense and Technological Contributions - BIT has deeply participated in the development of core equipment for various military parades, showcasing its contributions to national defense technology [1]. - The university's mission emphasizes serving national strategic needs, with a focus on technological innovation and military strength [2]. Group 2: Research and Development Challenges - BIT faced significant challenges in the laser field about 20 years ago, requiring precise measurement of a component's inner wall in a non-destructive manner, which was critical for major engineering projects [2]. - The successful development of measurement instruments and innovative laser principles led to breakthroughs in high-end optical component detection [2]. Group 3: Educational Initiatives and Talent Development - BIT is committed to cultivating high-quality research talent through organized research and innovative practices, enhancing the educational environment for students [2][3]. - The introduction of new undergraduate programs, such as "Low Altitude Technology and Engineering," aligns with national strategic industries and emphasizes interdisciplinary collaboration [3]. - BIT has established new colleges and programs, including an Artificial Intelligence College and a Space Science and Technology College, to nurture multi-disciplinary talent [3].

山东东营黄河三角洲农业高新技术产业示范区，4座雷达基站矗立于广袤的田野中。北理工雷达技术研 究院几名博士生已连续3个月驻守在这里，他们的任务是通过雷达监测空中飞虫的迁飞活动。 战旗猎猎，铁流滚滚；战鹰呼啸，振翅长空。集体观看纪念中国人民抗日战争暨世界反法西斯战争胜利 80周年大会盛况，令北京理工大学师生心潮澎湃。 看到一批批国产现役主战装备和战略重器从天安门城楼前依次通过，不少师生热泪盈眶——既为大国利 器的威武雄壮感到振奋，也为自己能够参与相关技术研发而倍感自豪。 "此次阅兵中，北理工深度参与了多个装备方队和空中梯队的核心装备研制工作，所研发的多项关键核 心技术和重大科技成果为新质战斗力跃升提供了技术支撑。"北理工科研院国防科技研究院副院长李岩 说。 作为中国共产党创办的第一所理工科大学，科技报国、矢志强军，一直是北理工的使命担当。 "国家所需，科研所向。服务国家战略需求就是我们的最高追求。"北理工光电学院院长赵维谦立志 做"顶天立地"的研究。 但科研创新之路，绝非坦途。"大约20年前，我国激光领域重大工程遇到一道关键考题：需要在无损状 态下，精准检测一个部件的内壁三维轮廓。"赵维谦回忆道，"这个小部件只有 ...