扩展中学STEM教育:一门以遥感为重点的创新地理物理课程

Q3 Social Sciences GI_Forum Pub Date : 2019-01-01 DOI:10.1553/giscience2019_02_s153
Claudia Lindner, Christina Müller, H. Hodam, C. Jürgens, Annette Ortwein, Johannes Schultz, Fabian Selg, A. Rienow
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引用次数: 3

摘要

波恩大学和波鸿大学与一所德国高中合作开发了一门名为“地理-物理”的新选修课。以遥感为重点,这个STEM学科的模块传达信息,并介绍方法和应用。有两个主要部分:遥感的物理,包括数学和计算机科学,和地理应用。地理信息系统是利用地球观测数据的主要部分,但由于资金和时间的限制,在学校课程中使用地理信息系统和地球观测数据是不可行的。取而代之的是使用嵌入EO图像的小型专用GIS工具。这些工具由FIS和Columbus Eye/KEPLER ISS两个项目开发,并与合作学校密切合作进行评估和专家会议。新学科的头两年课程已于2018年夏季完成。实施该课程的教师已经重新评估了他们的概念,并修订了教学大纲,以提高专业背景的适用性,减少与其他科目的重复,并确保整体内容符合分配的教学时数。学生们还评估了材料和科目。
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Expanding STEM Education in Secondary Schools: An Innovative Geography-Physics Course Focusing on Remote Sensing
A new elective school subject called ‘Geography-Physics’ was developed by the Universities of Bonn and Bochum in cooperation with a German high school. With a focus on remote sensing, the modules of this STEM subject convey information, and present methodology and applications. There are two main sections: the physics of remote sensing, including both mathematics and computer science, and the geographic applications. GIS is a major part of the exploitation of Earth Observation data, but the use of GIS and EO data is not feasible in school lessons due to financial and time constraints. Instead, small specialized GIS tools with embedded EO imagery are used. The tools were developed by two projects, FIS and Columbus Eye/KEPLER ISS, and evaluation and meetings with experts were conducted in close cooperation with the partner school. The first 2-year course of the new subject was completed in summer 2018. The teachers implementing the course have since re-evaluated their concept and revised the syllabus to enhance applicability in professional contexts, to reduce redundancies with other subjects, and to ensure that the overall content fits into the allotted number of teaching hours. The pupils also evaluated the materials and the subject.
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来源期刊
GI_Forum
GI_Forum Earth and Planetary Sciences-Computers in Earth Sciences
CiteScore
1.10
自引率
0.00%
发文量
9
审稿时长
23 weeks
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