01
Open Articulations
MFA Thesis
Rhode Island School of Design
Open Articulations proposes new strategies for mapping, archiving, and understanding territories through a practice focused on mindful presence, play, and physical immersion. In making participatory archives of our experiences, it opens a collective space for multiple voices to be heard, allowing new entrypoints into a territory, and offering new ways of understanding a place, each other, and ourselves.
︎︎︎Digital Version (PDF)
︎Participatory Design, Regenerative Design, Systems Thinking, Unsmoothing
Open Articulations
MFA Thesis
Rhode Island School of Design
Open Articulations proposes new strategies for mapping, archiving, and understanding territories through a practice focused on mindful presence, play, and physical immersion. In making participatory archives of our experiences, it opens a collective space for multiple voices to be heard, allowing new entrypoints into a territory, and offering new ways of understanding a place, each other, and ourselves.
︎︎︎Digital Version (PDF)
︎Participatory Design, Regenerative Design, Systems Thinking, Unsmoothing
02
Kinesthetic
Rhode Island School of Design
︎Book Design, Photography
Kinesthetic
Rhode Island School of Design
︎Book Design, Photography
03
Data-driven seed sharing
SeedLinked
How can we unflatten, juxtapose, and reveal the multiple stakeholder perspectives in the agri-food supply chain to offer a more authentic experience?
︎︎︎Digital Version (PDF)
︎Data Science, Food Systems, Innovation Design
Data-driven seed sharing
SeedLinked
How can we unflatten, juxtapose, and reveal the multiple stakeholder perspectives in the agri-food supply chain to offer a more authentic experience?
︎︎︎Digital Version (PDF)
︎Data Science, Food Systems, Innovation Design
04
Blossoming Fashion Conversation
Exhibition at Somerset House (London)
Collborated with Holition, British Fashion Council, and Google
︎︎︎Digital Version (PDF)
︎Data Science, Sustainability
Blossoming Fashion Conversation
Exhibition at Somerset House (London)
Collborated with Holition, British Fashion Council, and Google
︎︎︎Digital Version (PDF)
︎Data Science, Sustainability
05
Hungary
Two tone, Information Design
Rhode Island School of Design
︎Book design
Hungary
Two tone, Information Design
Rhode Island School of Design
︎Book design
06
Sketchy
Creativity support tool
Brown University
︎︎︎Feature analysis (PDF)
︎︎︎Summary (PDF)
︎Computer interaction
Sketchy
Creativity support tool
Brown University
︎︎︎Feature analysis (PDF)
︎︎︎Summary (PDF)
︎Computer interaction
07
Predicting Household Income In NYC
Data science project
Collaborators: Yiwen Shen and Zhiwei Zhang
Brown University
︎︎︎Read report
︎︎︎Code on Github
Predicting Household Income In NYC
Data science project
Collaborators: Yiwen Shen and Zhiwei Zhang
Brown University
︎︎︎Read report
︎︎︎Code on Github
FORCE AND POSITION MIDI CONTROLLER
For my senior capstone project in electrical engineering, I led a team of five other engineering students to design a highly customizable position and force sensing MIDI (Musical Instrument Digital Interface) controller prototype for a small synth repair company based in Southern Maine called New England Analog. MIDI is a technical standard for digitally representing and transmitting sounds — it is used as a touch surface to allow the user to control a wide range of sound parameters (e.g velocity, pitch, and panning) base upon the force of the applied touch.
Over the course of the year, my team developed and produced a working prototype satisfying the major requirement and needs of the customer. We presented the result in front of a panel of judges and industry leaders.
Date: 2014
Client: New England Analog
Class: Electrical Enginnering Senior Capstone
Collaborators: Cameron Connor, Jean Pierre, Aaron
DaPonte, Greg Ladd, Devin Honeycutt
Advisors: David Rancour, PhD and Howard Michel, PhD
For my senior capstone project in electrical engineering, I led a team of five other engineering students to design a highly customizable position and force sensing MIDI (Musical Instrument Digital Interface) controller prototype for a small synth repair company based in Southern Maine called New England Analog. MIDI is a technical standard for digitally representing and transmitting sounds — it is used as a touch surface to allow the user to control a wide range of sound parameters (e.g velocity, pitch, and panning) base upon the force of the applied touch.
Over the course of the year, my team developed and produced a working prototype satisfying the major requirement and needs of the customer. We presented the result in front of a panel of judges and industry leaders.
Date: 2014
Client: New England Analog
Class: Electrical Enginnering Senior Capstone
Collaborators: Cameron Connor, Jean Pierre, Aaron
DaPonte, Greg Ladd, Devin Honeycutt
Advisors: David Rancour, PhD and Howard Michel, PhD
