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Surface Tension

Surface Tension is a kinetic wall installation exploring the relationship between microscopic life and large-scale motion.

The concept started with wave behavior — the slow, sequential movement of a surface responding to an unseen force. A grid of panels, each driven by its own linear actuator, creates a rolling wave sequence across the wall. The motion is continuous and unhurried. It reads as organic before it reads as mechanical.

The surface graphics come from the Ottawa River. The team collected microorganism samples from the water and stylized them into the panel geometry — connecting the kinetic behavior above to the biological world below. What moves like a wave is covered in what lives in one.

Completed: 2018

By: Keshav Deeljur, Sarah Hodgson, Lucy Oulanova, Devansh Shah

Special thanks to: Hanan Anis, Chris Falconi, Atticus Gordon, David McDougall, Sarmad Nomani, Nikhil Peri, Sasha Phipps, Chantal Rodier, Laura Weller, Ali Sanaknaki, and Mohamed Abdrabou

Read STEAM 2018 article (PDF) →

Surface Tension front view
Surface Tension side view
Surface Tension detail