Insectevo: Kinetic Sculptures of Insect Evolution in Motion

Student Presenter(s)

Rebecca Kim

Abstract or Description

This interdisciplinary project bridges mechanical engineering, visual art, and ecological study to transform hidden biological processes into kinetic, interactive sculptures. Inspired by insect behavior and biomechanics, the work reveals natural systems that are often invisible to the human eye, fostering a more profound empathy for nonhuman species.

The series consists of three sculptures, each constructed from clear acrylic and flexible plastics to keep mechanical and electrical systems unconcealed. One piece employs a gear system to rotate and merge painted segments of a Monarch butterfly and caterpillar, with motor speed modulated by temperature and humidity inputs to illustrate the species' fragile metamorphosis. A second wall-mounted piece uses a crank-and-slider mechanism to open and close layered umbrella-like structures, reflecting the adaptable architectures of insect anatomy. The third piece focuses on biomechanics, with painted elements inspired by the segmented body of the Oriental Hornet, whose movement responds to changing light conditions through sensor-driven mechanisms.

The project synthesizes research into insect evolution, digital fabrication, material experimentation, and sensor integration. Influenced by insect-inspired robotics, natural history practices, and the historical Wunderkammer, the work envisions a future where mechanical art preserves the memory of endangered species, inviting audiences to reconsider anthropocentric views of nature.

By combining artistic storytelling with responsive technologies, this project encourages reflection on biodiversity, conservation, and the evolving relationships between humans, machines, and the natural world.

Mentor

Carrie Hagan