Designing for What Cannot Be Seen: Supporting Embodied String Learning for Musicians with Blindness and Low-Vision

Synthesis: Bowed string performance depends on fine bodily coordination usually taught through visual demonstration, creating persistent barriers for musicians with blindness and low-vision (BLV). This design study worked with four advanced BLV string musicians and three instructors using practice-video analysis, lesson observation, and expert reflection to surface embodied, non-visual learning strategies.

The work extends Special Education and special-education-ai by centering disability-led, embodied design rather than retrofitted Accessibility. It complements Inclusive Learning and I can't read your mind": A Study of Neurodivergent Computing Students' Experiences with Collaborative Active Learning research on inclusive interfaces, and frames the instructor role through Equity in one-on-one music training, with implications for Higher Education and pre-professional contexts where tactile and kinesthetic cues must substitute for demonstration.

Key Findings

• The study engaged four advanced BLV string musicians and three instructors through practice-video analysis, lesson observation, and expert reflection to surface how embodied string technique is actually learned non-visually.
• Instruction conventionally relies on visual demonstration of bowing and fingering, which is inaccessible to BLV learners; the design work identified tactile and kinesthetic cues as substitutes.
• The co-design surfaced concrete, embodied learning strategies rooted in the musicians' own practice, centering disability-led design over retrofitted accessibility.
• The findings have implications for pre-professional and Higher Education training contexts where instructors must learn to teach through haptic, auditory, and proprioceptive channels.

What this means for practice

• Instructors. Teach bowing and fingering through tactile, kinesthetic and auditory cues from the outset when working with BLV string players, instead of treating visual demonstration as the default learners must work around.
• Instructors. Keep feedback low-attention and practice-compatible: the study's participants needed cues that fit into hands-busy, time-sensitive playing rather than interrupting the bow stroke to be inspected.
• Instructors. Build technique cues with the musician rather than for them: the strategies came from practice-video analysis and lesson observation with four advanced BLV violin and viola players and three instructors, with one musician giving feedback on the design concepts.
• Designers. Design Multimodal AI and AI-supported one-on-one training to preserve tactile and proprioceptive channels rather than defaulting to visual feedback, per Embodied Learning and Universal Design for Learning: inclusive instruction designed with disabled learners, not retrofitted for them (Inclusive Learning).

Limitations

• Four advanced BLV string musicians (violin and viola, ages 25-34) and three instructors took part; the population of advanced BLV upper-string players is inherently small, and the authors state that broad statistical generalizability was not a goal, prioritizing depth, diversity of perspective and triangulation instead.
• Design iteration engaged only one musician with BLV for feedback, because international locations, performance commitments, health issues and one atypical learning pathway made broader participant iteration infeasible.
• Recruitment combined public recruitment with snowball sampling through disability communities and personal networks, so the sample is not population-representative.
• The evidence is qualitative (practice-video analysis, lesson observation and reflected expert accounts), so it documents embodied learning strategies rather than measuring learning outcomes; prototype development and empirical evaluation remain future work.

Citation

Shi Shi, Lingyun Chen, Zitao Zhang, Amanda R. Draper, et al. (2026). Designing for What Cannot Be Seen: Supporting Embodied String Learning for Musicians with Blindness and Low-Vision. .