The Arts League x Sung Robotics Lab Workshop

This winter, the Arts League presents Dancing through Life, an exhibition by Erin Rose Boyle, and a half day workshop co-led by Boyle and the University of Pennsylvania’s Sung Robotics Lab. Boyle was awarded the artist-in-residence with Sung Robotics Lab in the summer of 2025. Research at the Sung Robotics Lab includes a variety of projects about origami-based design for robots and mechanisms, and the lab collaborates with artists to engage the public about how origami connects art and engineering. The exhibition brings together the resulting sculptural works and photographic constructions that incorporate origami-inspired robotic elements. Through gentle motion and shifting light, Dancing through Life invites viewers to consider the delicate choreography of everyday existence. At the workshop on February 7th participants are invited to make their own dancing cube inspired by a series of dancing cube forms developed during Boyle’s kinetic studies at the residency. 

Working closely with PhD Student Mentor Daniel Feshbach along with Penn engineers, students, and faculty Boyle explored the creative potential of origami-inspired robotic technologies bridged with her contemporary visual practice. Throughout the residency, Boyle had access to advanced fabrication tools, engineering mentorship, and a designated studio space at The Arts League in West Philadelphia. This residency fused Boyle’s materially driven process with a movement-driven exploration of origami forms, which were animated through Arduino-driven motors, sensors, and joystick experiments to emphasize kinetic activation and playful, responsive motion. 

Participants will learn foundational folding techniques to create four interlinked, shifting cubes, design customizable patterns, and code their pieces to move in unique rhythms. Please sign up here to secure your spot as space is limited!

This project was supported by National Science Foundation (NSF) Grant #2322898. The Arts League and Sung Robotics Lab especially thank Diedra Krieger, Project Manager, for their role in coordinating and executing the residency program. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the participants and do not necessarily reflect the views of the National Science Foundation. 

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Erin Rose Boyle - Bio

Erin Rose Boyle creates sculptures and installations that feature details achieved through her inventive use of uncommon art materials and techniques. She incorporates traditional skills and the act of repetition of recycled materials to assemble serious, yet playful layers. Her new work involves moments of surprise using robotics. She believes that her best work happens when it involves experimentation and play.

Educated at Syracuse University (BFA in Sculpture & Fibers) and the University of the Arts (MFA in Sculpture) she currently works as the Assistant Director of Academic Enrichment Programs and Adjunct Assistant Professor at Tyler School of Art and Architecture. Erin has exhibited work locally in Philadelphia, New Jersey, and New York, most recently focusing on an Artist in Residence at SUNG LAB at the University of Pennsylvania where she is learning to integrate origami-inspired robotic technologies into her work.

Sung Robotics Lab

Our group is interested in advancing the state of the art in computational methods for robot design and deployment, with a particular focus on soft and compliant robots. By combining methods in computational geometry with practical engineering design, we develop theory and systems for making robot design and fabrication intuitive and accessible to the non-engineer. We are part of the GRASP Lab at University of Pennsylvania.

 

The Arts League

The Arts League is the neighborhood hub for arts education in West Philadelphia. Our contemporary art center champions intergenerational learning with a wide array of visual and performing arts programs, classes, workshops and residencies.

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Dancing through Life:  Erin Rose Boyle

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Remake Learning Days: Printmaking and Pattern Math