Literature Review of Science Teaching Best Practices to Improving Learning Outcomes of Converger, Diverger, Assimilator and Accommodator

Abstract

Effective science teaching requires understanding how students learn, particularly in diverse classrooms. Kolb’s Experiential Learning Theory provides a useful framework by identifying four learning styles: Converger, Diverger, Assimilator, and Accommodator. This literature review examines effective science teaching practices for biology learners based on these styles and their relationship to Kolb’s four learning stages: Concrete Experience, Reflective Observation, Abstract Conceptualization, and Active Experimentation. Using a qualitative research design and thematic analysis of secondary sources, including scholarly articles, research studies, and academic reports, the review identifies instructional strategies suited to each learning style. Convergers tend to benefit from learning by doing inquiry-based activities, real-world problem solving, laboratory experimentation, and collaborative tasks. Divergers learn effectively through reflective and collaborative activities such as brainstorming, peer teaching, and reflective group discussions. Assimilators prefer structured theoretical content, lectures, visual aids, and theory-driven instruction. In contrast, Accommodators excel through hands-on experiences, interactive simulations, fieldwork, and practical activities. The findings emphasize the importance of differentiated instruction, instructional variety, and holistic engagement throughout Kolb’s learning cycle. Aligning teaching strategies with learners’ cognitive preferences and experiential strengths can improve students’ comprehension, engagement, and retention. Overall, the review demonstrates that biology learners benefit when instruction is flexible and responsive to different learning styles. Rather than relying on a single teaching method, science educators should incorporate diverse strategies that allow students to experience, reflect, conceptualize, and actively apply knowledge. This approach can create more inclusive and effective biology learning environments.