期刊文献+

基于“智慧课堂”的全向机器人课程实践探索

Practical Exploration of Omnidirectional Robot Course Based on “Smart Class”
下载PDF
导出
摘要 文章遵循普通高中通用技术课程标准,基于"智慧课堂"平台,在STEM教育中重点培养学生通用技术学科五大核心素养,以项目为主导,组织开发了一套真正体现学校办学理念和特色的机器人创客课程。为学生在"智慧课堂"平台上搭建了一个具有解决具体问题项目的课程体系。教师根据机器人项目的任务清单和要求,为学生规划课程进度和课程内容,安排项目实践活动和动手制作的指导课程,探索综合运用多学科知识理解和解决具体问题的可能性。 Following the general technology course standards of ordinary high schools and based on the “smart class” platform,this paper focuses on cultivating students’ five core qualities of general technology discipline in STEM education,and organizes and develops a set of robot maker courses that truly reflect the school’s school running philosophy and characteristics under the guidance of projects.A course system with specific problem-solving projects is built for students on the “smart class” platform.According to the task list and requirements of the robot project,teachers plan the course schedule and course content for students,arrange project practice activities and hands-on guidance courses,and explore the possibility of comprehensively using multidisciplinary knowledge to understand and solve specific problems.
作者 邹志雄 黎穗梅 ZOU Zhixiong;LI Suimei(Guangzhou Haizhu Foreign Language School,Guangzhou 510220,China)
出处 《现代信息科技》 2021年第21期192-194,198,共4页 Modern Information Technology
关键词 智慧课堂 STEM 通用技术核心素养 创客 机器人 smart class STEM general technology core accomplishment maker robot
  • 相关文献

参考文献5

二级参考文献43

  • 1秦炜炜.全球化时代美国教育的STEM战略[J].教育技术资讯,2007(10).
  • 2Asghar, A. , Ellington,R. , Rice, E. , et al. (2012). Support- ing Stem Education in secondary science contexts [ J ]. Interdisciplinary Journal of Problem-based Learning, 6(2) : 4.
  • 3Bruning, R. H. , Schraw, J. G. , Norby, M. M. & Ronning, R. R. ( 2004 ) Cognitive psychology and instruction [ M ]. Columbus, OH : Pearson.
  • 4Byhee, R. W. (2010). Advancing STEM education: A 2020 version[ J:. Technology and Engineering Teacher, 70( 1 ) :30-35.
  • 5Frykholm J, Glasson G. (2005). Connecting science and mathe- matics instruction: pedagogical context knowledge for teachers [ J ]. School Science and Mathematics, 105(3): 127-141.
  • 6Herschbach D. R. (2011 ). The stem initiative: constraints and challenges. [J]. Journal of Stem Teacher Education, 48( 1 ) : 96-122.
  • 7Hurd, P. D. (1975) Science,Technology, and Society: New Coals for Interdisciplinary Science Teaching [ J ]. Science Teacher, 42 (2) : 27-30.
  • 8Johnson L. , Adams becker S. , Cummins M. , et al. (2013). Technology outlook for community, technical, and junior colleges 2013- 2018: An N MC Horizon Project sector analysis [ J ]. Austin, Texas: the New Media Consortium.
  • 9Lai Enying, Zhang Yushan, & Wang Jianhua(2012 ). Develo- ping students" engineering concepts with learning module aids[A]. 2nd International STEM in Education Conference [ EB/OL]. http:// stem2012, bnu. edu. cn.
  • 10Mann, A. , & Oldknow A. ( 2012 ). School - industry STEM links in the UK: A report commissioned by Futurelab[ J]. Education and Employers : 1-32.

共引文献1303

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部