UD Professors Develop uCue Controller to Customize Music for Autism Sensory Needs

The project originated in a UD honors music theory class after students learned a classmate's sibling with autism could not attend live performances. Stevens and Mauriello partnered with Autism Delaware and a local library to build modular compositions and a simple controller that logs user choices. Early parent and child testing indicated the system allowed independent interaction without overwhelming auditory input.

Autism-related sound sensitivities affect 50-70% of diagnosed children and often limit participation in group music activities, according to observational data in the Journal of Autism and Developmental Disorders. Unlike commercial music apps, uCue records interaction patterns for composers to refine future tracks. The design also supports multi-user versions that practice turn-taking, addressing documented social-skill gaps in this population.

Current coverage understates scalability barriers: hardware cost, teacher training, and integration into individualized education plans remain untested. No controlled outcome data yet exist on whether sustained use improves attention, mood, or family participation compared with standard music exposure.

Next steps include a planned pilot deployment in Delaware classrooms followed by a small randomized study measuring engagement duration and sensory distress scores before and after eight weeks of access.