Abstract

The art of tabla playing is rooted in a highly sophisticated rhythmic system that challenges both the physical and cognitive faculties of the performer. This study explores the cognitive aspects of rhythm perception in tabla playing, examining how musicians internalize, process, and reproduce complex rhythmic patterns such as Teental and its related compositions. It investigates innovative teaching methods for the tabla, addressing the evolving needs of both traditional music education and modern learning environments. By integrating technology with conventional pedagogy, the research seeks to enhance rhythmic understanding, technical proficiency, and creative exploration among students. The study employs qualitative methods approach that combines with data gathered from structured questionnaires and in-depth interviews in classroom observation. Participants include beginner to advanced tabla students, as well as educators from diverse backgrounds. The research examines how innovative strategies ranging from digital rhythm trainers, multimedia instructional modules, and flipped classroom approaches can complement the centuries-old guru–shishya Parampara. Special attention is given to the practical application of these methods within formal educational settings, addressing issues such as accessibility, individualized learning pace, and cultural authenticity. Findings indicate that when traditional techniques are enhanced using modern tools, there is a significant improvement in students’ engagement, retention, and overall understanding of complex rhythmic cycles. Furthermore, innovative methods encourage active participation and foster an environment where creativity is cultivated alongside technical skill development. By bridging ancient traditions with contemporary pedagogical practices, the study contributes to a broader understanding of music education methodologies in the digital era. The implications extend beyond tabla instruction, suggesting potential applications for other forms of classical music education where oral transmission intersects with modern technology. This research ultimately offers a roadmap for educators who seek to nurture both the technical and creative dimensions of tabla performance, ensuring that this art form thrives in today’s rapidly changing educational landscape. The findings highlight essential cognitive functions involved in rhythm perception, including attentional control, working memory, and sensorimotor integration.