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九年一貫課程提升學生科學本質能力指標表現可行教學模組之開發研究

Development and Evaluation of Instructional Modules to Promote Students' Performance on the Capability Indexes of the Nature of Science for the Nine-Year Curriculum

摘要


本研究目的在研發提升學童科學本質能力指標表現的天氣變化「科學探究」與「科學故事」教學模組,並透過實驗教學評估此兩種教學模組對國小中年級學童科學本質能力指標表現之影響。本研究依據相關文獻,將科學本質能力指標解讀為「能力」與「信念」兩部份。而學生對科學本質能力指標的表現情形,在「能力」的部份,由教室觀察、實作晤談、與實作評量等來蒐集。至於「信念」的部份,則由教室觀察、實作晤談等來蒐集。實施「探究」教學模組的對象為某國小三年級下學期的學生。而實施「故事」教學模組的對象為某國小四年級上學期的學生。本研究結果顯示所開發之兩種教學模組,大部分都能提升學童科學本質能力指標的表現。所以,本研究建議科學教師發展以科學本質為基礎的科學探究教學模組,讓學生在活動中,體會科學的真正本質。另一方面,老師可以透過科學故事引導學生了解科學家從事科學探究的過程,來提昇學童對科學本質能力指標的表現。又有鑑於科學本質能力指標的解讀有其爭議性,所以建議學者與教學實務者能針對科學本質能力指標提出一致性的解讀,以落實提昇學童對科學本質能力指標表現的教學。

並列摘要


This study describes the design and evaluation of ”scientific inquiry” and ”scientific story” instructional modules using weather change to promote students' performance on the ”capability indexes of the nature of science”. According to related literature, the author suggests that the ”capability indexes of the nature of science” have two components: ”ability” and ”belief”. Documentation of the students' ability was collected through classroom observation, performance interviews and performance assessments. The students' beliefs were documented by classroom observation and performance interviews. The participants were grade three and four students from two primary schools for the ”scientific inquiry” and ”scientific story” instructional modules respectively. The study found that both instructional modules could promote the students' performance on the capability indexes of the nature of science. Therefore, this study suggests that science teachers can design ”scientific inquiry” instructional modules based on the nature of science, letting students realize the real nature of science from activities. In addition, teachers can guide students to understand the scientific inquiry process of scientists through scientific stories. Because interpretation of the capability indexes of the nature of science is controversial, this study also suggests that scholars and science teachers can propose consistent interpretations regarding the capability indexes of the nature of science. Based on these consistent interpretations, teachers can implement science teaching to promote students' performance on the capability indexes of the nature of science.

參考文獻


王郁昭(2003)。科學故事融入自然科課程之研究(碩士論文)。國立中山大學。
王國銓譯、Van Cleave, J. P.(1993)。不可思議的科學實驗室:地球科學篇。台北市:世貿出版社。
李玉貞()。
科學素養的意義及其在九年一貫自然與生活科技領域課程的啟示
林兆聖(2003)。以原子發現科學史融入教學對學生科學本質觀影響之研究(碩士論文)。國立高雄師範大學。

被引用紀錄


蔡秉宸(2020)。以教學策略提升學生對科學本質認識之整合分析嘉大教育研究學刊(45),59-87。https://www.airitilibrary.com/Article/Detail?DocID=10290192-202012-202201180016-202201180016-59-87

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