Applied Bio-Robotics: Difference between revisions
No edit summary |
|||
| Line 2: | Line 2: | ||
Workshop by [[Arjan Scherpenisse]]. | Workshop by [[Arjan Scherpenisse]]. | ||
<gallery mode="packed-hover" widths=250px heights=200px> | |||
File:Bio.jpg|Applied Bio-Robotics|alt=alt language | |||
File:Bio1.jpg|Applied Bio-Robotics|alt=alt language | |||
File:Bio3.jpg|Applied Bio-Robotics|alt=alt language | |||
</gallery> | |||
In this workshop we will explore connections between the biological and digital domains. | In this workshop we will explore connections between the biological and digital domains. | ||
| Line 12: | Line 18: | ||
* [[Movie bio-robotics]] | * [[Movie bio-robotics]] | ||
* [[Bio-robotics scripts]] | * [[Bio-robotics scripts]] | ||
* | * [[DIY steps Talking plant]] | ||
* [[DIY steps bio-robotics]] | |||
[[Category:EditMe]] | [[Category:EditMe]] | ||
[[Category:Print]] | [[Category:Print]] | ||
[[Category:Web]] | [[Category:Web]] | ||
Revision as of 11:12, 21 October 2015
Tuesday 4 August 2015, 10:00-18:00
Workshop by Arjan Scherpenisse.
Applied Bio-Robotics
Applied Bio-Robotics
Applied Bio-Robotics
In this workshop we will explore connections between the biological and digital domains. The teacher will introduce you to basic electronics, and helps you building sensors to bridge the digital/biological gap.The base of the course are two sample projects. Students use these projects as inspiration and hack away on them, creating variations or entirely new installations.
The first project is an installation that connects plants to the internet, letting the world know when they are in need of water. The other starter project consists of a DIY microscope, which enables bacteria-driven electronic music.