| 英文摘要 |
This action research investigated the sixth-grade project-based curriculum on aquaponics at Qing-Qing Elementary School. The curriculum employs a literacy-oriented curriculum design and utilizes a flipped teaching approach to engage students in project-based learning through a six-step cycle: identifying a real-life problem, autonomously constructing knowledge and concepts, applying knowledge and concepts, investigating the cause of the problem, proposing and implementing solutions, and resolving the problem. Data were collected simultaneously through qualitative and quantitative methods. The study utilized dependent samples t-test to examine the learning effects of cognitive concepts. Additionally, qualitative data, including students' group work logs and teachers' observation records and reflection forms, were analyzed to assess students' learning process and the effectiveness of the curriculum. The research results revealed that flipped literacy-oriented teaching can cultivate students' ability to autonomously construct knowledge and solve problems, thereby effectively improving teaching effectiveness. Compared with conventional teaching that centers on lecturing, the cross-domain aquaponics STEM course is more suitable for project-based flipped literacy-oriented teaching. |