CONSTELLATIONS

Constellations is a dynamic and immersive artwork animated by flowing patterns and algorithmic formations of light and shadow. It is an iconic sculpture that merges digital craft and cutting edge fabrication with data visualizations of abstract phenomena found in nature at a variety of scales. The concept is to create a visual marker that acts like a portal into an invisible world of dynamic visual poetry inspired by ideas of science, art and technology. 

Inspired by early studies and translations of animal locomotion using chronophotography and planetary motion simulations, Constellations uses geometry, light and shadow to create a meditative internal space that at night becomes a playful illuminated sculpture displaying constellations of motion. Never the same - always in flux.

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RFQ DESIGNS AND RENDERINGS

 

PROCESS DESIGNS, FABRICATION DETAILS, AND MECHANICAL CONNECTIONS

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AXON VIEW

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WELDING JIGS, PROTOTYPES, AND MOCKUPS

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ELECTRONICS

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The Handle

Texturing the handle with parametric software and simulating a low durometer shore A thermoplastic with octane render.

 
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Lightweave

CAN OUR URBAN ENVIRONMENTS BECOME SENTIENT PARTICIPANTS IN OUR DAILY LIVES? CAN THESE IMMERSIVE SPACES ACTIVATE OTHERWISE NEGLECTED VOIDS?

Lightweave is a permanent public lighting installation 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.

Installation View of Lightweave In Washington D.C.

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LED Programming and Lighting Test In Our San Francisco Studio

Plan View Light Rendering

Plan View Light Rendering

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Parametric Alignment Test To Confirm Final Fabrication Phase

Photograph view of installation

Photograph view of installation

Final Rendering

 

Schematic Plan View of Two Lattice Sections

Stainless Steel Lattice Bending Diagrams

 
Concrete Work For Support Columns

Concrete Work For Support Columns

 
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Waveform

Built for Lockheed Martin's Aerospace Center at the University of Denver, Waveform creates a fluid and visually striking backdrop for the daily ebb and flow of university students, faculty, and visitors. Reminiscent of land form topography, it is a lighting facade that explores the interplay of dynamic forces moving through a physical medium. Waveform is a composition of elements “frozen in time” and animated through form differentiation, and subtle lighting effects. The artwork is never the same for the passer-by: from the student or faculty member heading to another class, to the visitor, board member or prospective student. Waveform is an installation that is inspired by science and engineering, created through the most advanced fabrication methods available, finely crafted and assembled, yet ephemeral, light and playful.

 
 
 

AXON VIEW

 
 
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Fabrication in SF studio

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Detail Elevation: Mechanical Connections

 
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Experimental textures and surface designs

 

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COSMOS

Cosmos is a dynamic shade canopy that fosters pedestrian interactions and establishes a lively collective focal point for the Intuitive Surgical campus. By supporting the artwork with a single cluster of arches, Cosmos creates an open, shaded and inviting space for people to fluidly move through on a daily basis. It also creates a dramatic backdrop for visitors and employees to congregate, sit and view the play of shadow and light from many vantage points. The faceted origami-like surfaces of the artwork are also meant to inspire spontaneous interactions and playfulness by both adults and children who might enjoy spending time underneath the artwork’s intricate organic structure and kaleidoscopic skin.

The geometry of the artwork is an exploration in translating mathematical principles into physical form.The Fibonacci Sequence informs the specific algorithm underlying the three-dimensional structure and skin of the artwork. While the form of the artwork would be fixed, the play of light, reflection and color would change throughout the day and season. The site specific installation invites visitors to experience the interplay of pattern, light, art and science in a way that is both playful and contemplative.

 

STRUCTURE

Developed with Arup Engineering below are iterations of structural models I’ve worked on as part of the team. To solve the complex issues of transferring loads through the structure, we developed a diagrid support system that is rigid enough to hold up to analysis but also allows sufficient amount of attachment points for the “skin” (the blue panels) to be connected.

Size limitation check: the way the structure gets bolted together is dictated by the size of the galvinization tanks we use to coat the mild steel with zinc to protect the end result from corrosion.

 
The diagrid substructure support system that’s robust enough to hold the “skin” panel system.

The diagrid substructure support system that’s robust enough to hold the “skin” panel system.

Panels

The panels are the aesthetic “skin” that cover the internal support system to make this work feel explosive, expansive, and light. While responding to the evolution of the substructure, I have been iterating numerous variations of possible support connections. Most involve a water-jet cut and welded bracket that is fixed to the sub-structure with holes for receive bolts that attach the panels. Trying to develop a universal bracket has been particularly difficult because as the structure rises in the air, the panels change orientation from being perpendicular to the ground to parallel; the bracket must be flexible enough to permit that change.

Renders to visualize how the panels would look populated through the entire structure

Renders to visualize how the panels would look populated through the entire structure

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3d models and renderings of panel connection details.

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LIGHTING

Structure and site lighting tests. Exploring the option of sinking lights below ground or pointed lights around the site.

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Anemone

A Future Cities Lab project I managed and helped design and build. Inspired by California's native Anemone plant, this shade canopy was created for a breezeway at a UC Berkeley site in Albany, Ca.

The native California Anemone flower. The petal structure of the flower was the conceptual basis for the structure of this shade canopy.

The native California Anemone flower. The petal structure of the flower was the conceptual basis for the structure of this shade canopy.

 

The alignment jig for welding the steel tubing.

 

Welding the structure in our SF studio space.

 
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Drawing of mechanic and weldment connections for central columns.

 
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A model that that was presented as part of the initial proposal

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Final project installation

Footage of crane installation on site.

Footage of crane installation on site.

3d Model showing second design phase.

 
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Murmur Wall in San Francisco at Yerba Buena Center for the Arts

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WHAT WILL THE CITY AROUND US BE THINKING, SEEING AND FEELING IN THE NEAR FUTURE? HOW WILL ITS DESIRES AND FEARS MANIFEST? WHAT WILL BE MOST IMPORTANT?

Offering a glimpse into the immediate future, the Murmur Wall is an artificially intelligent, anticipatory architecture that reveals what the city is whispering, thinking and feeling. By proactively harvesting local online activity—via search engines and social media—the Murmur Wall anticipates what will soon matter most to the city. Constructed out of an intricate weave of steel and acrylic tubing, digital displays and electronics, the Murmur Wall allows Visitors can also contribute their “whispers” here: www.murmurwall.net. As a continuously evolving interface, the Murmur Wall provides a place for the city to share, indulge and reflect on the real-time desires—and anxieties—of its citizens.


Murmur Wall Installed in Palo Alto

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Schematic Designs for Murmur Wall Palo Alto

 

Pre-visualization Site Sketch for the Milan Design Fair

 
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Rendering for Murmur Wall Milan

Rendering Using Rhino 3D and Octane Render for Murmur Wall Milan, Italy

 
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This painting was done for a museum exhibition and then acquired by Netflix for their headquarters in Los Gatos, CA. The title of the painting, "Occam's Razor", represents the simplest solution usually turns out to be the correct one.

 
 
 
 
 
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THE LAST FERAL SNAKE

A permanent artwork made for Vina Enoteca, an Italian restaurant in Palo Alto. Designed in 3d on the computer it was crafted by hand made with ceramics and Steel.

 

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Renderings of 3D Cad Models

Rhino 3D Model and Octane Render

Rhino 3D Model and Octane Render

Rhino 3D Model and Octane Render Site Model with Artwork

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Starting with the idea of an exploding star, vectors of light traveling through space, this chandelier embodies the way energy emits from its point of origin

Built for Southern Oregon University's new performing arts center this project condensed ideas from larger FCL architectural installations into a consumer scale .

Quick laser cut prototype to observe alignment grooves and cable suspension tabs.

Quick laser cut prototype to observe alignment grooves and cable suspension tabs.

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Water-jet cutting out the central frame

Configuring the lighting

 
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Welding the stainless steel ceiling mounting plate.

Welding the stainless steel ceiling mounting plate.

Welding the bent aluminum tubing on the frame

Preliminary rendering for the client

Prototyping the removable light casing

Prototyping the removable light casing

 
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Power-Light-Speaker

A voice activated light, audio system, and power supply rolled into one. Keep side tables and work spaces clear while enjoying it all.

 

 

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Wild Things

I Collaborated with head chef Dana Younkin of restaurant Boulevard to create a unique art and culinary experience for local business professionals, Entrepreneurs, musicians, and artists. the theme “wild things” signified what it means to be creative with regard for your local environment. the meal was prepared of local and wild fair from the surrounding bay area and I created table runner sculptures with ceramics “tongues” to signify the hunger we feel to have our local habitats and communities protected. It was a meeting of the minds and a special evening put on by mixed Use Gallery at minnesota St. project in San Francisco’s dogpatch.

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LIGHTSTREAM

LIGHTSTREAM. Built for New York MTA’s Brooklyn Metro Station is a generative artwork that responds to passengers entering and exiting the trains. The ebb and flow of traffic triggers cascading patterns of light to ripple up and down the platform.

Offering a glimpse into the immediate future, the Murmur Wall is an artificially intelligent, anticipatory architecture that reveals what the city is whispering, thinking and feeling. By proactively harvesting local online activity—via search engines and social media—the Murmur Wall anticipates what will soon matter most to the city. Constructed out of an intricate weave of steel and acrylic tubing, digital displays and electronics, the Murmur Wall allows Visitors can also contribute their “whispers” here: www.murmurwall.net. As a continuously evolving interface, the Murmur Wall provides a place for the city to share, indulge and reflect on the real-time desires—and anxieties—of its citizens.

Scheduled for installation early 2019.

Rendering of Train Platform. Octane Render

Rendering of Train Platform. Octane Render

 
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CAD Model of single and double-wide panels

Elevation Section View: One of the Platform Panels Mounted on the Wall

First prototype with welded stainless steel frame and integrated LEDs

 
Plan view detail of custom bolt/locking mechanism that holds the hinging door closed.

Plan view detail of custom bolt/locking mechanism that holds the hinging door closed.

 
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