Design Thinking meets - School of Computingelb/Papers/GLSVLSI-2015.pdf · Design Thinking meets...
Transcript of Design Thinking meets - School of Computingelb/Papers/GLSVLSI-2015.pdf · Design Thinking meets...
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Design Thinking meets Computational Thinking: Kinetic Art and Embedded Systems
Erik Brunvand School of Computing
University of Utah Salt Lake City, UT USA
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Agenda
I argue that arts/technology collaboration is a powerful framework for enhancing ideas in both arenas
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Context
I frame this in the context of kinetic art and its connection to embedded systems
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Embedded Systems
• Computer systems that are embedded into a complete device
• Often small or special purpose computers or microprocessors
• Designed to perform one or a few dedicated functions
• Often reactive to environmental sensors
• Often designed to directly control output devices
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Kinetic Art
• Contains moving parts
• Depends on motion, sound, or light
• Often controlled by microcontrollers
• Motors, actuators, transducers...
• Often reactive to environment
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SIGGRAPH Art Gallery
Drawing Machine, Robert Twomey, 2013
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CHI Interactivity
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• Short survey of kinetic art • The avant garde in the 1920’s
• Small steps in the 1950’s
• The computer age
• Outline for a collaborative class
• Examples
Background
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• Kinetic Construction (Standing Wave) 1919-1920
Naum Gabo (1890-1977)
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• Rotary Glass Plates (Precision Optics) 1920
• Built with the help of Man Ray
Marcel Duchamp(1887 – 1968)
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• Rotary Glass Plates(Precision Optics)1920
• Built with the help of Man Ray
• Rumored to have almost killed Man Ray…
Marcel Duchamp(1887 – 1968)
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• Rotary Demisphere (Precision Optics) 1925
Marcel Duchamp(1887 – 1968)
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• Light-Space Modulator (1922-30)
(1895-1946)
László Moholy-Nagy
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• Light-Space Modulator (1922-30)
(1895-1946)
László Moholy-Nagy
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Mobiles and StabilesWire and Circuses
Alexander Calder (1898 – 1976)
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Jean Tinguely
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Jean Tinguely (1925 – 1991)
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Jean Tinguely (1925 – 1991)
Metamatics
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• Electronic control
• microprocessors or discrete electronics
• Mechanical actuators
• motors, servos, relays, solenoids, etc.
• speakers, buzzers, other noise makers
• Lights
• LEDs, light bulbs, EL wire, etc.
• Sensors to interact with the viewer
• distance, movement, sound, temperature, vibration, etc.
Jump ahead to the Computer Age
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Jim Campbell’s Algorithm
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Jim Campbell (1956 - )
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Jim Campbell
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Serpente Rosso
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Alan Rath (1959 - )
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Alan Rath (1959 - ) Art Basel, 2013
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Alain Le Boucher Art Basel, 2013
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Alain Le Boucher Art Basel, 2013
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Alain Le Boucher Art Basel, 2013
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Peter Vogel (b 1954)
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Peter Vogel (b 1954)
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Jack Dollhausen
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Leo Villareal (b1967)
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Leo Villareal (b1967)
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CMU Campus
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Jenny Holzer (b1950)
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SIGGRAPH Art Gallery
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SIGGRAPH Art Gallery
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Daniel Rozin (1961 - )
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University of Minnesota, Duluth
David Bowen
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Tele-present windDavid Bowen
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Rebecca Horn
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Hektor - painting device
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Patrick Tresset
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Jim Pallas
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Paul Stout
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Sabrina Raaf, Ann Hamilton, Meridith Pingree, Roxy Paine,
Tim Hawkinson, Krzysztof Wodiczko, etc…
Lots of others…
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Cross-Disciplinary Class
• Bring Art students and Computer Science and Engineering (CSE) students together
• Design and build embedded-system-controlled kinetic art
• Goal is benefit for both groups of students
• Fundamental nature of Design?
• Design thinking vs. computational thinking?
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Class Overview: CS5789
• Basic reactive programming with embedded systems
• Electronics fundamentals
• Sensors and actuators as I/O
• Basic 3d art concepts
• Formal elements: aesthetics, proportion, balance, tension
• Material studies and mechanical linkages
• Studio-based instruction model
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Class Overview• Individual and group projects
• Everybody tries everything individually
• Also work in interdisciplinary teams
• Finish with a gallery show
• 2009/2010: Invisible Logic
• 2010/2011: Intersectio
• Spring 2012: Drawing Machines
• Spring 2014: Input/Artput
• Spring 2015: C:\Art\Run
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Intersectio
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Examples of Student Projects
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Conclusions
• Embedded systems and kinetic art is a natural collaboration
• Exploration of fundamental design concepts
• Design-thinking is a natural complement to computational-thinking
• Studio instruction model is fascinating
• Both groups of students benefit from working with each other
• Cross-college collaboration – just the beginning!
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Contact
• Erik Brunvand, School of Computing
• www.cs.utah.edu/~elb
• www.eng.utah.edu/~cs5789