Rough-Bipolar Neutrosophic Set for Music Teaching Based on Multimedia Computer-Assisted Technology: A Study on Instructional Quality and Student Engagement

Abstract

Multimedia technologies are now essential to improving learning experiences in the 
rapidly changing educational landscape, especially in creative fields like music. This study 
investigates how well multimedia-driven teaching strategies may raise student engagement and 
enhance the quality of music education. Multimedia-based methods seek to establish a dynamic 
learning environment that fosters skill development as well as an emotional bond with the topic 
by incorporating visual, aural, and interactive components into music instruction. Based on 
factors including interactivity, audiovisual quality, student engagement, and learning outcomes, 
the study assesses several educational methods, including gamified platforms, digital audio 
workstations, virtual reality, and video-based learning.  
Student questionnaires, performance evaluations, and classroom observations in a variety of 
university-level music courses were used to gather data. This study uses the neutrosophic set to 
overcome uncertainty. This study uses Rough-Bipolar Neutrosophic Set. The results show that 
well-designed multimedia tools outperform conventional lecture-based formats in terms of 
improving student motivation, participation, and musical competency. The study emphasizes 
how technological innovation might help close the gap between theoretical understanding and 
real-world implementation in music education. 

DOI: 10.5281/zenodo.16658808