This article demonstrates that collaborative learning improves understanding of combinatorics in engineering students, suggesting effective instructional methods.
Key Points
The aim is to enhance students' understanding of combinatorics through active and collaborative learning techniques.
Implemented a collaborative, constructivist learning design.
Utilized role-play and multiple representations for problem-solving.
Collected qualitative and quantitative data through field notes and assessments.
The experimental group showed significantly higher performance than a previous cohort.
Students developed a deeper conceptual understanding of combinatorial reasoning.
Collaborative learning increased engagement and application in real-world scenarios.