Cooperative Learning Strategies on Developing Problem-Solving Skills in Mathematics among High School Learners
Abstract:
This descriptive case study examined teachers’ and learners’ perceptions of cooperative learning strategies in developing problem-solving skills in mathematics among junior high school students. Based on classroom observations and student reflections, the findings indicate that cooperative learning enhances collaboration, critical thinking, and effective communication, leading to increased student engagement, confidence, and enjoyment in tackling mathematical challenges. Teachers reported deeper conceptual understanding, while students valued the interactive and supportive environment fostered through peer collaboration. Despite these positive outcomes, challenges such as the need for careful lesson planning, equitable participation, and professional development for teachers were also identified. These challenges underscore the importance of structured implementation and targeted training to maximize the benefits of cooperative learning in mathematics instruction. The study highlights the potential of cooperative strategies to promote analytical reasoning, social interaction, and overall academic performance, recommending their systematic integration into the mathematics curriculum to foster a learner-centered classroom.
Keywords: collaborative strategies, cooperative learning, critical thinking, engagement
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