近年來,程式教育的推廣已在國際上蔚為一股風潮。程式語言對於物理教育極為重要,不但有助於學生提升運算思維,理解物理圖像,後續亦可結合智慧型手機、Arduino進行物理實驗量測,結合物理概念來解決真實問題。然而在師資與電腦教室有限的前提下,如何大規模地經營全校性基礎程式課程,同時確保學生的學習成效,便成為規劃與推動此類課程極為重要的課題。本教學研究分別在108學年度與109學年度採用結合磨課師的「翻轉式混成」與「增能式混成」來推動全校性Apps入門課程,藉以了解不同教學模式對學生學習程式語言的影響。研究結果發現上述兩種教學模式皆能有效提升大學生的學習成效。然而相較於增能式混成,翻轉式混成更能增加學生線上學習的參與程度,進而具有更佳的學習成果。
Recently, the promotion of program education has become an international trend. Programming language is very important for physics education. It not only helps students improve their computational thinking and understand physical pictures, but also can combine smartphones and Arduino to realize physical measurements, and combine physical concepts to solve real problems. Under the premise of limited computer science teachers and computer rooms, how to carry out the large-scale curriculum while ensuring the learning effect of students has become an extremely important problem in scheduling programing courses in college. This study uses " transforming blends" and " enhancing blends " in 108 and 109 academic years to promote the required Apps course, in order to understand the impact of different types of blended learning on learning programming language. The results show that the two types of blended learning can effectively improve the learning effect of college students. However, compared to enhancing blends, transforming blends can enhance the participation of students in online learning, and thus have better learning effect.