Enhancing Students’ Animation Production Skills Through Flipaclip Application

Abstract: While animation production is an essential competency in Arts education, students often find the process of traditional methods time consuming and technically challenging in achieving smooth movement and precision. This study explored how the use of the FlipaClip application could improve the creativity, technical proficiency, and performance of Grade 10 Arts students in animation production. The main objective was to determine whether students could produce better outputs with the help and guidance provided by the digital features of the FlipaClip application. The study utilized a quasi-experimental research design, particularly a single-group pretest-posttest approach. Students were given the requirements and themes for creating animation. In the pretest, they were asked to create an animation using the traditional manual flipbook method on paper but had no formal instruction or prior experience in creating one. As a result, their manual outputs were generally lacking in smoothness, timing, and technical quality. Their outputs were evaluated using a scoring rubric focused on technical execution, accuracy, visual clarity, and speed. The intervention involved introducing the FlipaClip application, which guided students through the animation process features like frame-by-frame editing, onion skinning, and time management. In the post test, students used the application to recreate the same animation. The results showed that with the help and guidance of FlipaClip, students produced smoother, visually engaging, and technically sound outputs. Their average scores improved from “Very Satisfactory” in the pretest to “Excellent” in the post test. There was significant difference in the performance of students before and after using the FlipaClip application. The mean score after the use of the intervention was higher than the mean score before the intervention, with a Cohen's d effect size demonstrating an exceptionally strong positive impact. The findings demonstrate that the application not only supported the students in understanding animation principles but also increased their confidence and ability to meet creative and technical standards. Additionally, the low standard deviation in the post test scores indicates a consistent level of improvement across the participants, demonstrating that FlipaClip helped students achieve more creative and higher quality outputs. Therefore, this study recommends the integration of FlipaClip into the Arts curriculum, as it effectively assists and develop students’ capabilities in producing high-quality outputs through a more guided and engaging process.

Keywords: flipaClip, animation production skills, digital arts, creativity, technical proficiency, performance