Various pre-visualization and content review solutions via developement of software, hardware, and physical environments for Madison Square Garden Company's Sphere venue.

Design and management of test sites for MSG sphere technology.

Permanent art work for University of West Florida Campus with animations generated from past and present weather data.

Competition proposal for two public artworks in Vancouver.

Pop-up projection mapping in the Dogpatch neighborhood.

Interactive station platform artwork responding to trains and passengers on the platform.

Lightweave is a permanent public artwork located in Washington DC’s NOMA district. It translates ambient sounds from the city into dynamic auroras of patterned LED light. Slowly changing effects are activated by the noise and vibration of passing trains, cars and other sounds from the neighborhood. Lightweave animates the underpass and creates a meditative and interactive urban experience.

Live Immersive Show with various sensors driving generative content.

Sculptural chandelier for new Oregon Center for the arts building at Southern Oregon University.

Tweetable interactive art work displayed in San Francisco, Palo Alto, and Milan, Italy.

Immersive Gazebo structure proposal for google campus.

Interactive light garden proposal for Mint Plaza in San Francisco.

Parametric shade structure for a public space in Albany.

Experimental facade and pavement system tracking persons in range and triggering personalized interactive moments.

Parametric wall piece for lobby at Metropolitan State University.

Interactive projection mapped sound installation for Soundwave Festival.

4480 Pixels in Space is a 900 square-foot, interactive light sculpture for the online survey company Survey Monkey's headquarters in San Mateo, CA. The wall-mounted artwork illuminates the lobby with animated data-visualizations that read in live data from the company's servers, indicating the amount of survey activity around the world. Different data representations of the information create a variable pulsing light field. The process involved close collaboration between designers, fabricators, electrical engineers and data developers from both the artist side and the client side.

Interlace translates urban data into dynamic streams of colored light. Real-time data is continuously rendered into a woven, networked composition of bits and atoms. These datastreams animate the pedestrian zone with variable intensities of illumination and create a meditative and interactive experience.

Creating an ethereal book show experience STUCK was designed to embrace its visitors as they read Studio400’s thesis research books. Professor Karen Lange’s fifth year studio (more commonly known as Studio400) at California Polytechnic State University produced STUCK over four days in order to create an idealistic environment for the digestion of their thesis research from the fall 2014 quarter. The structure constructed out of thirty five miles of tape has two main atriums holding the books in popular book holders and multiple inhabitable tendrils and tunnels for readers to sit in. The design and structural integrity of the packing tape was tested though a series of mock ups in the studio prior to installation weekend. The tendrils, able to hold up to five people at at time, provided cozy spaces for reading and lounging.

HYPHAE allows for resource reclamation on a brownfield site alongside the 101 freeway in downtown Los Angeles. Taking dry water runoff from the main storm drain arteries and purifying it, HYPHAE is able to use the water in its cooling system and store water for use on site. The site will become a new gathering place at the intersection of multiple modes of transport creating a cool oasis in the concrete desert of DTLA. The reintroduction of a street car station and the addition of a gondola stop increases lightweight transportation options for the neighborhood. Additionally, the steel frame structure allows for additional mixed use spaces to be inserted into its system to meet users needs as the site is reactivated into the surrounding area.

Creating a container for phase change material TRI_ANGLE is an interactive wall installation that is both playful and performative. The moveable wall system highlights the temperature changes throughout the day as the screen undergoes its phase change turning the tiles from white to clear as heat is absorbed. TRI_ANGLE was designed as a screen to be used in the Cal Poly solar decathlon house to help reduce the heating / cooling load.

A highly versatile piece of furniture, Tequila Sunrise adapts to its owners needs and desires as it stretches, folds, and molds into various morphologies. Originally developed as a piece of furniture for the urban explorer, it can be used in a multitude of situations to maximize comfort during the temporary occupation of urban spaces. The thing is lightweight, expandable, and malleable, yearning for human interaction and manipulation. Made from memory foam mathematically dyed to create a subtle gradient, survival bungee cord, and 200 LEDs, it is both aesthetically pleasing and stimulating, and durable, day or night.

Winning completion entry presented at the New York Center for Architecture looking to reactivate and renew a site ecologically destroyed by dye factories in the area.

Using various methods of digital fabrication, primarily CNC milling, the goal was to create a mass customizational wall system which performs efficiently in various climates. Focusing on San Luis Obispo, Mexico City, and Anchorage, three prototype modules were developed allowing more shading and less heat gain in Mexico, more sunlight and heat gain in Alaska, and a middle ground in San Luis Obispo. The module works to create a parametric blink resulting in the varying apertures. The lower the adjustable curve, the more the wall performs as a wavy slat system. The higher the adjustable curve, the more open aperture is created. Using Hydrocal, a high strength plaster, the modules were formed in a repeatable molding system. Once the parametric geometry was derived from sunlight and heating analysis a positive of the curves were milled. From this a silicone negative mold was formed allowing for the curves to be flawlessly transferred and an easy de-molding process. This mold was then placed in a frame to create a structural depth for the module taking hints from the idea of a CMU block. To maintain the apertures and test the thinness and structural capabilities of the material, a large silicone plug was inserted into the frame allowing for a lightweight yet structural module. Designed to be a self supporting brick module, the Blink wall would be constructed much like any other brick veneer curtainwall.