通过无人机竞赛,教育伙伴关系对STEM综合教学的积极影响

IF 0.1 Q4 EDUCATION, SCIENTIFIC DISCIPLINES Journal of Astronomy and Earth Sciences Education Pub Date : 2021-12-01 DOI:10.19030/jaese.v8i2.10409
T. Slater, Curtis N. Biggs, Richard L. Sanchez
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引用次数: 0

摘要

虽然通过提高STEM教学的质量和数量,为不断扩大的多样性的K-12学生提供STEM教育,从而加强STEM职业发展渠道,在美国得到了极大的关注,但缺乏广泛采用的实施和支持模式,无法有效地充分利用现有的大量人力和财政资源。大量的STEM教育股东合作伙伴——学校、企业、政府机构、非营利组织和高等教育机构——经常被迫提供支持和指导,但缺乏容易遵循的途径来这样做。这项研究描述并记录了一种独特的工具,可以将不同的合作伙伴聚集在无人机教育的旗帜下,共同努力,旨在改善STEM和技术导向的职业道路。合作伙伴关系帮助克服了确保成功的障碍,其中包括:为参与学校提供现代高科技设备(无人机)的适度启动成本;一个基础设施,利用一贯成功的方法来提供区域和全州范围内的竞争活动(精确无人机飞行和知识竞赛);举办竞技节日和活动的大型建筑和设施(如室内体育场馆);以及K-12教师专业发展计划,以及培养和维持学生无人机教育计划所需的课堂教学材料。
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Positive Influence Of Education Partnerships For Teaching Integrated STEM Through Drone Competition
While enhancing the STEM career pipeline through improved quality and quantity of STEM teaching available to an ever-widening diversity is K-12 students is garnering significant attention across the U.S., there lacks widely adopted implementation and support models that efficiently make full advantage of the vast human and fiscal resources available. A wide swath of STEM education stake-holding partners—schools, businesses, government agencies, non-profit organizations, and institutions of higher education—frequently are compelled to provide support and guidance but lack easy to follow pathways in order to do so. This research study describes and documents a unique vehicle to bring often disparate partners to a unified effort under the banner of drone education designed to improve STEM and technology-oriented career pathways. Identified barriers that the collaborative partnership helped overcome to ensure success include providing: modest start-up costs for modern high-tech equipment for participating schools (drones); an infrastructure for leveraging the consistently successful approach to providing regional and statewide competitive events (precision drone flight and knowledge competitions); large-scale buildings and facilities to host competitive festivals and events (e.g., indoor sports stadiums); and K-12 teacher professional development programs along with classroom-ready instructional materials needed to nurture and sustain student drone education programs.
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来源期刊
Journal of Astronomy and Earth Sciences Education
Journal of Astronomy and Earth Sciences Education EDUCATION, SCIENTIFIC DISCIPLINES-
自引率
66.70%
发文量
1
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