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====== Classes in Human-Computer Interaction at Hasso Plattner Institute ====== | ====== Classes in Human-Computer Interaction at Hasso Plattner Institute ====== | ||
- | Welcome to the [[http://www.hpi.uni-potsdam.de/baudisch/home.html|Human-Computer Interaction Lab]] at [[http://www.hpi.uni-potsdam.de/|Hasso Plattner Institute]], led by [[http://www.patrickbaudisch.com|Prof. Dr. Patrick Baudisch]]. To use it [[http://www.hpi.uni-potsdam.de/baudisch/dokuwiki/doku.php?id=start&do=register|register yourself]] using your HPI user name as login and register with your HPI email address. Read the [[lab manifesto]] (and [[shop addendum]]), practice [[wiki:syntax|wiki editing]] using the wiki's preview function, then edit whatever you can make better. Here is a place to [[Share|upload and share]]. For questions regarding this wiki contact [[thijs.roumen@hpi.uni-potsdam.de|Thijs Roumen]]. | + | Welcome to the [[http://www.hpi.uni-potsdam.de/baudisch/home.html|Human-Computer Interaction Lab]] at [[http://www.hpi.uni-potsdam.de/|Hasso Plattner Institute]], led by [[http://www.patrickbaudisch.com|Prof. Dr. Patrick Baudisch]]. To use it [[http://www.hpi.uni-potsdam.de/baudisch/dokuwiki/doku.php?id=start&do=register|register yourself]] using your HPI user name as login and register with your HPI email address. Read the [[lab manifesto]] (and [[shop addendum]]), practice [[wiki:syntax|wiki editing]] using the wiki's preview function, then edit whatever you can make better. Here is a place to [[Share|upload and share]]. For questions regarding this wiki contact [[martin.taraz@hpi.de|Martin Taraz]]. |
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* How to build a [[infrastructure:projector-tripod|projector-tripod-setup]] from acrylic | * How to build a [[infrastructure:projector-tripod|projector-tripod-setup]] from acrylic | ||
- | * [[infrastructure:3Dprinter|Dimension 3D Printer]] allows you to make 3D parts. While slower and more expensive than the laser, it can do more | + | |
- | * [[infrastructure:3dprinter-ultimaker|Ultimaker 2+ Printer]] allows you to make 3D parts from different materials and is usually reliable. | + | * [[infrastructure:3dprinter-ultimaker|Ultimaker 2+ & 3 Printer]] allows you to make 3D parts from different materials and is usually reliable. |
+ | * Ender 3 3D printer. It's cheap ($200), hackable and reliable. | ||
* [[infrastructure:3DprinterMakerBot|MakerBot 3D Printer]] allows you to make 3D parts. Is Open Source and thus hackable. | * [[infrastructure:3DprinterMakerBot|MakerBot 3D Printer]] allows you to make 3D parts. Is Open Source and thus hackable. | ||
+ | * [[infrastructure:3Dprinter|Dimension 3D Printer]] allows you to make 3D parts. While slower and more expensive than the laser, it can do more | ||
* [[infrastructure:3DprinterTitan1|Titan1 DLP/SLA 3D Printer]] allows you to make 3D parts. It uses liquid resin and is based on stereolithography. For high-resolution parts. | * [[infrastructure:3DprinterTitan1|Titan1 DLP/SLA 3D Printer]] allows you to make 3D parts. It uses liquid resin and is based on stereolithography. For high-resolution parts. | ||
* Cricut Vinyl Cutter gives you a computer controllable knife that you can use to cut out stickers, score cardboard or fabric. | * Cricut Vinyl Cutter gives you a computer controllable knife that you can use to cut out stickers, score cardboard or fabric. | ||
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* [[infrastructure:millingmachine|Milling Machine]] open source 3-axis milling machine for subtractive fabrication | * [[infrastructure:millingmachine|Milling Machine]] open source 3-axis milling machine for subtractive fabrication | ||
* [[infrastructure:roboticarm|Robotic Arm]] ABB IRB 120 6-axis Robotic Arm | * [[infrastructure:roboticarm|Robotic Arm]] ABB IRB 120 6-axis Robotic Arm |