Flipped Classroom Model Proves More Effective in Improving Problem-Solving Skills in Science Education

A new study has shed light on the effectiveness of the Flipped Classroom model in enhancing problem-solving skills among prospective science teachers compared to the traditional Direct Instruction model. The research, conducted by Universitas Dwijendra, aimed to analyze the differences in problem-solving skills between students taught using the Flipped Classroom model and those taught using the Direct Instruction model. The study involved 34 fourth-semester prospective science teachers, with 17 students in each group, who were assessed using an essay test in a biophysics course. The results showed that the Flipped Classroom model was more effective in improving problem-solving skills, with a medium improvement in both groups, but a significant difference between the groups.

Key Takeaways:

• The Flipped Classroom model is more effective in enhancing problem-solving skills compared to the Direct Instruction model, with a medium improvement of 64.30 for the FC model and 32.94 for the DI model.
• The research concluded that active learning strategies in the Flipped Classroom model foster deeper engagement, supporting the development of essential cognitive skills in science education.
• The study used a quasi-experimental research design, with a non-equivalent pretest-posttest control group design and a sample of 34 fourth-semester prospective science teachers.
• The problem-solving skills were assessed using an essay test in a biophysics course, with a reliability coefficient of 0.717.
• The ANCOVA analysis showed a significant difference between the groups, with a p-value less than 0.05.

Statistics:

• The Flipped Classroom model showed a medium improvement in problem-solving skills, with a N-gain of 64.30.
• The Direct Instruction model showed a medium improvement in problem-solving skills, with a N-gain of 32.94.
• The reliability coefficient of the essay test was 0.717.
• The p-value for the ANCOVA analysis was less than 0.05.

Sources:

• Advancing Problem-Solving Competencies in Prospective Science Teachers: Comparative Insights on the Flipped Classroom and Direct Instruction Models. Jurnal Edutech Undiksha, 2024,12(2).
• Universitas Pendidikan Ganesha, publisher of Jurnal Edutech Undiksha.
• I Made Sutika, Universitas Dwijendra, Denpasar, Indonesia, contact email mentioned in the news report.
• Ni Made Pujani, Ketut Suma, Putu Hari Sudewa, additional authors mentioned in the news report.