資訊管理學報
張仁誠;賴慧敏;
頁: 377-418
日期: 2023/10
摘要: 為瞭解機器人程式設計教育對運算思維之影響，以文獻計量法和系統性文獻分析 70 篇此領域 2006-2022 收錄在 Web of Science 和 Scopus 的文章，發現如下：(1) 2016 年後文章數量快速上升，複合年增長率 40.04%，此領域逐漸受到重視， 研究正快速成長。(2)文獻計量分析發現此領域驅動主題有 STEM 與建構主義，小眾議題為師資生教育、專題導向學習與不插電活動，新興議題為視覺化程式設計，潛在議題有小學教育、K-12 與幼童等議題。(3)系統性文獻分析發現此領域研究方法包括實驗法、質性研究、文獻分析和調查法，並探討不同教學方法對學生運算思維的影響。運算思維廣泛應用於多種學科，有多種評量方法評估運算思 維技能。此領域教育系統 K-12 最多，高等教育次之，多數研究證實程式設計教育中機器人介入對運算思維有正面影響。
關鍵字: 機器人;運算思維;程式設計教育;文獻計量法;系統性文獻分析;
Abstract: To understand the impact of robot programming education on computational thinking, this study conducted a bibliometric analysis and a systematic literature review of 70 articles published in this field from 2006 to 2022, sourced from Web of Science and Scopus. The findings were as follows: (1) The number of articles increased rapidly after 2016, with a compound annual growth rate of 40.04%. This trend shows the increasing attention and growing interest in this field of research. (2) The bibliometric analysis identified several prominent themes in the field, including science, technology, engineering, and mathematics (STEM) together with constructivism as motor themes; student teacher education, project-based learning, and unplugged activities as niche themes; and visual programming as an emerging theme. Basic themes include primary school, K-12, and early childhood education. (3) The systematic literature analysis revealed that the research methods in this field included experimental methods, qualitative research, literature analysis, and survey methods. These methods were utilized to investigate the impacts of different teaching approaches on students’ computational thinking. Computational thinking was widely used in various disciplines, such as STEM, with diverse assessment methods employed to gauge computational thinking skills. The educational level in this field is K-12, followed by higher education. The majority of studies demonstrated that robot intervention in programming education has a positive impact on computational thinking.
Keywords: Robotics, Computational thinking, Programming education, Bibliometric analysis, Systematic literature review;
瀏覽次數: 9519 下載次數: 736
引用 導入Endnote
頁: 377-418
日期: 2023/10
摘要: 為瞭解機器人程式設計教育對運算思維之影響，以文獻計量法和系統性文獻分析 70 篇此領域 2006-2022 收錄在 Web of Science 和 Scopus 的文章，發現如下：(1) 2016 年後文章數量快速上升，複合年增長率 40.04%，此領域逐漸受到重視， 研究正快速成長。(2)文獻計量分析發現此領域驅動主題有 STEM 與建構主義，小眾議題為師資生教育、專題導向學習與不插電活動，新興議題為視覺化程式設計，潛在議題有小學教育、K-12 與幼童等議題。(3)系統性文獻分析發現此領域研究方法包括實驗法、質性研究、文獻分析和調查法，並探討不同教學方法對學生運算思維的影響。運算思維廣泛應用於多種學科，有多種評量方法評估運算思 維技能。此領域教育系統 K-12 最多，高等教育次之，多數研究證實程式設計教育中機器人介入對運算思維有正面影響。
關鍵字: 機器人;運算思維;程式設計教育;文獻計量法;系統性文獻分析;
The Impact of Robot Programming Education on Computational Thinking: A Bibliometric Analysis and Systematic Literature Review
Abstract: To understand the impact of robot programming education on computational thinking, this study conducted a bibliometric analysis and a systematic literature review of 70 articles published in this field from 2006 to 2022, sourced from Web of Science and Scopus. The findings were as follows: (1) The number of articles increased rapidly after 2016, with a compound annual growth rate of 40.04%. This trend shows the increasing attention and growing interest in this field of research. (2) The bibliometric analysis identified several prominent themes in the field, including science, technology, engineering, and mathematics (STEM) together with constructivism as motor themes; student teacher education, project-based learning, and unplugged activities as niche themes; and visual programming as an emerging theme. Basic themes include primary school, K-12, and early childhood education. (3) The systematic literature analysis revealed that the research methods in this field included experimental methods, qualitative research, literature analysis, and survey methods. These methods were utilized to investigate the impacts of different teaching approaches on students’ computational thinking. Computational thinking was widely used in various disciplines, such as STEM, with diverse assessment methods employed to gauge computational thinking skills. The educational level in this field is K-12, followed by higher education. The majority of studies demonstrated that robot intervention in programming education has a positive impact on computational thinking.
Keywords: Robotics, Computational thinking, Programming education, Bibliometric analysis, Systematic literature review;
瀏覽次數: 9519 下載次數: 736
引用 導入Endnote