Interactive Visualization Prof. Jürgen Späth
Timo Grossenbacher
Joël Gähwiler
5 CreditsBDE-VIAD-V-3010.02.18H.001
Vertiefungsmodul Interdisziplinär VIAD - Hacking Values Dr. Joëlle Bitton
Clemens Winkler
Martin Dusek
Manuel Fabritz
Beate Schlingelhoff
Michael Simon
Andreas Kohli
4 CreditsBDE-VIAD-V-I-3333.02.18H.001
Physical Computing 
Introduction to electronics and physical computing: playful learning and application of basic physical computing techniques.
| Nummer und Typ | BDE-VIAD-V-3020.02.18H.001 / Moduldurchführung |
|---|---|
| Modul | Physical Computing |
| Veranstalter | Departement Design |
| Leitung | Joël Gähwiler Luke Franzke |
| Zeit | Di 9. Oktober 2018 bis Fr 2. November 2018 / 8:30–17 Uhr 14 Tage |
| ECTS | 4 Credits |
| Voraussetzungen | Basic programming skills. Interest in an intellectual as well as technical examination of physically real material and electronics. Patience with the matter and yourself. |
| Lehrform | Seminar with lecture, topic-specific exercises and self-study. |
| Zielgruppen | Pflichtmodul für Interaction Design, 3. Semester |
| Lernziele / Kompetenzen | Understanding the characteristics of interaction with digital physical objects and the technologies behind them. Conception, planning and implementation of case-specific solutions to interaction design problems. Knowledge in electronics, microcontroller programming, sensors and actuators. |
| Inhalte | In our living world we are increasingly surrounded by electrified objects, which often harbor logic. From the coffee machine, over the light switch to the smartphone, in countless situations we interact with objects and their inscribed behaviors. As interaction designers, we are therefore confronted with the question of how we can influence these behaviors creatively and logically for the user. In this course we will acquire basic knowledge of electronics, programming and the design of interactive objects. On the other hand, there is the intellectual and practical examination of the possibilities for interaction with the real environment. |
| Bibliographie / Literatur | Arduino Cookbook, Michael Margolis, O'Reilly Media, ISBN-13: 978-0596802479 Getting Started in Electronics, Forrest M. Mims III, Master Publishing, Inc., ISBN-13: 978-0945053286 MAKE: Electronics: Learning Through Discovery, Charles Platt, Make, ISBN-13: 978-0596153748 Getting Started with Arduino, Massimo Banzi, Make, ISBN-13: 978-0596155513 Physical Computing: Sensing and Controlling the Physical World with Computers Dan O'Sullivan und Tom Igoe, Course Technology PTR, ISBN-13: 978-1592003464 Wiki: wiki.iad.zhdk.ch/EE Arduino: www.arduino.cc Processing: www.processing.org |
| Leistungsnachweis / Testatanforderung | min. 80% attendance and min 80% submitted exercises |
| Termine | 09.10.2018 - 02.11.2018 |
| Dauer | 14 Tage |
| Bewertungsform | Noten von A - F |
