How can interactive aesthetics mediate access to the computing concepts inherent to Indigenous quilts by students underrepresented in STEM?

Source(s) of funding: National Science Foundation, Google

Heritage Algorithms is a theoretical framework that emerged from a design inquiry on the use of interactive aesthetics to facilitate access to computing concepts inherent to cultural art practices like quilting to motivate youth culturally underrepresented in science, technology, engineering, and math (STEM) to pursue majors and careers in computing and related disciplines within STEM.

With funding from the National Science Foundation and Google’s CS4HS program, we conduct workshops called Seeing Heritage Algorithms in formal and informal learning environments with secondary art teachers and students. In the workshop, students use a Quilting CSDT to simulate quilting patterns based on original quilts from African-American, Native, and Appalachian cultures. Then they physically render their simulations on cloth using a no-sew, applique process.

“No pedagogy which is truly liberating can remain distant from the oppressed by…presenting for their emulation models from among the oppressors. The oppressed must be their own example in the struggle for their redemption.”

-Paolo Friere

Simulation of a quilt pattern using the Appalachian Quilting CSDT.

Physical quilt block rendered by students from Harlem Academy using applique on cloth.

Simulations of quilts made with the

Anishinaabe Quilting CSDT:


Physical quilt blocks inspired by computer simulations and made with applique on cloth:

Directed by Audrey G. Bennett

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I Profess Research funded by Michigan State University and the University of Michigan

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Inclusive Museum Research funded by the National Endowment for the Humanities and Coforma