Drawing on the Right Combination: The Impact of Comic-Based Learning Materials on Mathematics Learning and Performance
The researcher gathered 14 research articles from two databases: Google Scholar and the Elton B. Stephens Company (EBSCO). The researcher read the abstracts of potential review articles and checked the availability of manuscripts. Only articles with available full manuscripts made the final list. The researcher excluded studies from predatory journals.
This review identifies the salient features of instructional comics based on studies that evaluated the effectiveness of comic-based learning materials. This review elaborates on the findings of previous studies regarding the impact of comic-based learning materials on mathematics learning and performance. Anchored in the Cognitive Theory of Multimedia Learning, the researcher discusses the multimedia design principles underlying the positive impact of comic-based learning materials. This review answered the following questions:
What are the features of the developed mathematics comic-based learning materials?
How does comic-based learning material affect students' mathematics learning and performance?
The researcher was successful in answering the review questions. The review examined the different features of 14 developed comic-based learning materials. Most of the studies covered complex mathematics topics that require an alternative to traditional learning materials. The results found the developed comics appropriate to the context and interest of intended consumers. The studies involving participants from the primary level developed comics that feature localized characters and personified Mathematics concepts. Meanwhile, two main types of storylines were found in studies in intermediate, junior high school, and senior high school. Some comics use real-life situations and show the practical application of mathematics concepts. Characters in these comics were designed to resemble the students. Meanwhile, some comics utilized fictional characters with superpowers. Superhero plots highlighted the intended mathematics skills as superhero powers. The divergent storylines both lead to positive results based on the results of the reviewed research studies. These storylines can explain how instructional comics effectively capture and sustain the interest of students in studying complex topics. Notably, these storylines are not present in traditional learning materials.
The review found significant positive impacts of the use of educational comics on mathematics learning and performance. The direct impact of the use of comics on student performance was found in studies that investigated the effectiveness of comics in improving mathematics performance. Several reviewed studies targeted specific mathematics learning competencies as a response to low student performance and the need to innovate. These studies covered operations on integer, order of operations, steps in division, and topics in Physics. Meanwhile, the indirect impact of comics on mathematics learning and performance was found in studies that verified the impact of comics on the affective side of learning. The results of these studies indicated a positive influence of comic-based learning materials on motivation, interest, attitude, critical thinking, creative thinking, and mathematical representation.