ICAM Studio — Interactive Installation — 2026

LIGHT IN MOTION

The way you move shapes the light you create — just as the way you live shapes the life you build. Speed, direction, and tilt become visible energy.

Arduino UNO WS2812B LED Hand Crank Generator MPU6050 Gyroscope Embroidery Hoops
Live simulation — move mouse to generate energy
Speed
01

The Project

Light in Motion is an interactive installation that transforms the nuances of human movement into visible light. A hand crank generator powers a series of addressable LED lights mounted across three embroidery hoops — but it is not just about generating power. How you move determines what you see.

The speed of cranking controls brightness. The direction — clockwise or counterclockwise — shifts the color of the light. The tilt of the crank changes the flow and direction of the patterns. Every gesture becomes a decision. Every decision becomes light.

"Movement is intention. Direction is choice. Light is what remains."

Conceptual Foundation

This work draws from the phrase "depression cannot hit a busy target" — but extends it further. It is not enough to simply stay in motion. The direction and intentionality of that movement matters. The installation makes this visible: the same speed in different directions creates entirely different light.

Just as the way we move shapes the light we create, the way we live shapes the life we build. The viewer is not a passive observer — they are the only source of energy, color, and form in the piece.

Light in Motion Installation
TypeInteractive Installation
Year2026
CourseICAM Studio
VenueKamil Gallery
Budget$40 – $80
InputHand crank generator
SpeedControls LED brightness
DirectionControls color (CW = warm, CCW = cool)
TiltControls light flow direction
ControllerArduino UNO (ELEGOO)
Motion SensorMPU6050 Gyroscope + Accelerometer
LED StripWS2812B, 5V, 60 LEDs/m
Frame3 bamboo embroidery hoops (8, 10, 12 inch)
DiffuserTracing paper or Korean hanji
02

Documentation

Light in Motion Installation
03

Process & Timeline

Circuit setup with hand crank generator Three embroidery hoops with hanji paper LED strips being attached to hoops
Week 1–2
Research & Proposal
Concept development, material research, three relevant works, budget planning.
Week 3–4
Circuit Prototyping
Voltage divider (10kΩ ×2), Arduino A0 connection. Hand crank voltage testing.
Week 5–6
LED + Sensor Programming
Arduino code: analogRead → brightness, MPU6050 gyroscope → color direction, accelerometer → flow direction. WS2812B NeoPixel patterns.
Week 7–8
MPU6050 Integration
Gyroscope reads clockwise/counterclockwise rotation for warm/cool color shifts. Accelerometer reads tilt for flow direction. Full interaction testing.
Week 9–10
Display Fabrication
Three bamboo hoops (8, 10, 12 inch) mounted on wooden board. LED strips coiled inside each hoop, diffused with tracing paper. Irregular placement for visual depth.
Week 11–12
Exhibition
Final testing, documentation video, website, gallery presentation at Kamil Gallery.
04

Three Relevant Works

001 Pulse Room
Rafael Lozano-Hemmer ↗
Pulse Room, 2006
Incandescent bulbs flash to participants' heartbeats. The viewer's body becomes the direct source of light. Like Light in Motion, the piece makes the invisible — biological energy, emotional state — physically visible through light.
002 Pulse Room
teamLab ↗
Universe of Water Particles, 2013–
Immersive light environments that respond to human presence and movement. The idea that direction and gesture shape the visual environment directly informs Light in Motion's approach to mapping bodily movement onto light behavior.
003 Pulse Room
Olafur Eliasson ↗
The Weather Project, 2003
A massive artificial sun inside Tate Modern that makes energy systems tangible and felt. Eliasson's work asks viewers to consider their relationship to energy and environment — a question Light in Motion brings to a personal, bodily scale.