New York, NY
34 West 27th Floor 9
technical process and development of sound and movement responsive installation.
Automating the cut files for a complex quad paneled surface.
Animated noise map used to drive an array of LEDs.
Tool to generate gradients between two RAL colors.
sketch of a voronio model that responds to sound with various behaviors
Grid of cells that reacts to sound with light.
generate 3D joints form a network of lines.
Retrieve the 3D coordinates scanned by the IR sensor in a depth camera.
Experimenting with a distributed structure
Automating 2D fabrication files
Generative drawing. New Haven, CT 2018.
flattening surface panels with articulated connections
Physical model that responds to sound with programmed light.
used to measure rotation of a field and generate an airflow model.
mapping color onto a complex piece of geometry.
creating a form that is optimized by applied forces.
Optical materials that respond to position, light, and angle of view.
Model of how spots and stripes form on the coats of animals.
Analyzing angles between intersecting linear elements to produce folded brackets to connect them.
Using a depth camera and blob detection to track the position of people.
Automating the cut files for a laminated blob-like shape.
spacial sequencer used for a touch activated light and sound installation.
color gradient with adjustable randomness and pixel size.
3D printed joints for the assembly of a complex structure.
Our design proposal for the Flatiron Plaza Holiday Competition
Runtime model of a cellular automata algorithm
Sound responsive interface and technical development.
optimizing small edges of a Vorinoi pattern using Lloyd’s algorithm.