This study develops the idea that by visualizing an artistic performance through motion and sound graphs, it is possible to identify errors or tenden-cies that negatively affect the sound and the exact moments when they occur. This provides students with a potential way to reduce practice time and maintain a more balanced and healthier schedule. For this study, recordings from the side-positioned camera were utilized, focusing on the arm handling the bow. The video recordings were analyzed using a video analysis software called Kinovea, commonly used by athletes to evaluate their techniques and movements to enhance performance. However, this software also has appli-cations in biomechanics, as it allows for a detailed analysis of body kinemat-ics to correct movement errors and prevent injuries or medical conditions. The goal was to extract the x and y coordinates of the shoulder, elbow, and wrist throughout the entire movement. This was achieved by placing markers on the respective areas. After obtaining the data, it will be processed in MATLAB to generate the graphs. MATLAB is a widely used programming and numerical computation software, commonly applied in engineering as well as other fields such as economics. The graphs were designed to provide as much relevant information as possible to help achieve the study's objective.