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In this article, the authors trace the origins of a unique partnership between a community music school in Toronto, Canada and a  neighboring  university. Co-authored by Dr. Richard Marsella, Executive Director of Community Music Schools of Toronto, and Dr. Amy Hillis, Assistant Professor of Music at York University, their commentary discusses the origins of an endowed, community-university partnership with the Helen Carswell Chair in Community-Engaged Research in the Arts at York University. This partnership supports and facilitates research projects that benefit community arts organizations and the Jane Finch community, an underserved neighborhood near York University and home to the "Community Music Schools of Toronto at Jane Finch." From advancement and knowledge mobilization, through to design and defining a shared mission, this article unpacks the process of building a partnership between a community music school and a university. Dr. Marsella and Dr. Hillis share their unique perspectives in a discussion of the partnership’s challenges, successes and continued evolution. They question how to build an ideal relationship between researchers and research partners that has sustainable alignment between research topics and research needs. How can creativity and artistry be used to support university researchers' objectives in alignment with a community music organization’s infrastructure? This article includes 1) analyses of case studies from the first five years of the partnership’s existence, including research projects that cultivated long-term relationships between researcher and community music school, and 2) recommendations for other academic and community institutions to develop similar partnerships.

The Green Light SONATA project originated with a hunch in the engineering domain, but could only materialize through true collaboration of researchers working across disciplines. The project tested the hypothesis that translating simulated traffic information into music could lead to musical resolution of persistent traffic congestion. Our team—consisting of civil engineers, a composer/performer/computer music researcher, and an ethnomusicologist—proceeded to construct a model of an intersection in which each direction of traffic flow was assigned a musical pitch. Hearing these pitches as cues, musicians could interact with the sonified traffic to allow vehicles to proceed through the intersection. The result was a musical “gamification” of traffic flow in which the goal was to minimize the vehicles’ idle time. The next stage of this project will include public demonstration and testing sessions, involving students and additional musicians, to assess the concept’s viability, refine our methods, and gather further data. The team’s multidisciplinary dialogue takes us on productive tangents translating between different domains of musical and technical expertise. Moving forward, we plan to test additional methods of data sonification, manipulating additional musical variables (including pulse and rhythm, sequence, scales, ornaments, and other musical elements) and scaling up to model multiple consecutive intersections.