Core Points - Airbus and Sichuan Airlines launched the "Future Engineer" program in August 2025, inviting 12 students from rural schools in Sichuan to participate in a hands-on learning experience [1] - The program aims to provide scientific education opportunities to students in underdeveloped areas by offering a series of aviation science and technology courses [1] - As of September 2025, the "Future Engineer" program has been implemented in 30 primary and secondary schools across regions such as Yunnan, Sichuan, and Jiangxi [1] Group 1 - The "Future Engineer" program includes hands-on activities where students can interact with real aircraft and learn about engineering careers from Airbus engineers [1] - Students participated in a workshop in Jiangxi, where they took on various roles in the aircraft design and manufacturing process, culminating in the successful delivery of paper airplanes [2] - The program has received positive feedback from students, indicating high levels of engagement and interest in aviation and engineering [2] Group 2 - The initiative is set to expand to more locations, indicating a commitment to enhancing educational opportunities in aviation for youth [3]

名师沃土：三十年全链条培育，7300余名后备人才从这里启航 9月12日，北京青少年科学教育学术交流大会暨北京科学中心青少年科学教育体验主场活动核心板块 ——"科学圆环"青少年科学教育户外展示区正式对外开放，活动将持续至9月21日。作为全国科普月北 京地区重点活动之一，北京科学中心的"科学圆环"以"植根科学教育，启迪科学梦想"为主题，汇聚优质 科学教育资源，构建"沉浸式、互动式、开放式"立体化科学教育体验新场景，展现"培育具有全球视 野、家国情怀和科学家潜质的青少年科技创新后备人才"的创新实践，让科学教育走出课堂、"学"在户 外。 "科学圆环"围绕"竞赛燃梦、名师沃土、课程筑路"三大核心板块，打造覆盖全学段、贯通"兴趣-能力-志 向"的科学教育体系，让不同年龄段青少年都能找到适合自己的科学探索路径，全链条培育科创后备人 才。 竞赛燃梦：从单一赛事到全域生态，激活百万师生科创热情 "科学圆环"系统呈现科协系统深耕多年的青少年科技竞赛体系。从1979年启动的北京青少年科技创新大 赛为起点，逐步拓展至五学科奥赛、青少年高校科学营、人工智能创新实践活动、科学调查体验、科学 影像节等多元品牌活动，形成"普及-提高-拔尖" ...

Core Insights - The article highlights the importance of youth science education and innovation through competitions, emphasizing the process of problem-solving and creativity over mere results [1][3]. Group 1: Event Overview - The fifth National Youth Science Education Achievement Exhibition Competition's Beijing regional contest took place during the Beijing Science and Technology Week, featuring an online AI and programming algorithm competition [1]. - Students, such as Liu Chuqing, expressed excitement about using coding to solve real-world problems, showcasing their engagement in programming and robotics [1]. Group 2: Educational Impact - The focus of youth science competitions is on assessing problem-solving thinking and fostering innovation, which helps enhance students' scientific literacy [1]. - Teachers, like Xin Yue from Haidian District Experimental Primary School, noted that judges often inquire about the innovative thought process behind projects rather than just the final presentation [1]. Group 3: Project Highlights - The "Ocean Ecological Ranch" project, developed by students, won the championship in the 26th Beijing Student Information Literacy Improvement Practice Activity FLL Children's Exploration Project [1]. - The project includes a bionic power generation device that generates green energy by mimicking shark movements to create water flow, demonstrating the students' evolving scientific thinking [3]. Group 4: Broader Educational Trends - There is a growing emphasis on strengthening the science teacher workforce and increasing science class hours in schools, alongside various technology clubs and competitions [3]. - Since 2012, there has been a notable increase in platforms for youth to showcase their scientific interests, reflecting the national focus on youth science education [3].