Das Modul verbindet Anwendungen der Medizintechnik mit Do It Yourself (DIY) Ansätzen. Dadurch wird das tiefere Verständnis von Medizintechnischen Geräten durch einen direkten, interdisziplinären und möglichst selbstgesteuerten Zugang gefördert. Basierend auf verschiedenen elektrophysiologischen Messmodulen (EMG, EKG, EOG, EEG) entwickeln die Studierenden im Team Ideen für innovative Projekte. Erste Prototypen werden mit den Mitteln der Digitalen Fabrikation hergestellt und getestet.
8:30 Fablab is ab 8:30 offen falls ihr noch letzte Vorbereitungen machen wollt.
Die Präsentationen finden OBEN statt. Wir werden eine kleine Demobühne mit Tisch bereitstellen, den ihr brauchen könnt.
Es hat Lautsprecher, Beamer, Strom. Schaut ob ihr für eure Demo etwas umstellen müsst oder zusätzliche Technik benötigt.
Am besten bereitet ihr eure Demos/Protoypen gut vor und haltet sie bereit zum aufstellen. Die ersten 4 Teams sollten alles schon oben haben. Während der Pause können die anderen 4 Teams ihre eigenen noch bereitstellen. Es sollte kein grosses Geläufe mehr geben zwischen den einzelnen Präsentationen. Dazu ist die Pause da.
Dauer pro Team, 15 Minuten, inkl 1-2 Minuten Fragen und Feedback der Studierenden.
Gestaltet den Tag unterhaltsam und authentisch, dH euer "Publikum" sind die anderen Studierenden. Gerne wollen sie erfahren was ihr gemacht habt, was euch inspiriert und auf die Ideen für eure Prototypen gebracht hat. Stellt euch und euer Team vor. Reflektiert über den Prozess wie ihr gemeinsam gearbeitet habt. Sprecht über offene Fragen / Probleme und wie ihr weitermachen würdet.
Schaut dass ihr die knappen 15 Minuten mit Filmen, guten Photos und Demos vielfältig gestaltet. Generell ist es unterhaltsamer, wenn verschiedene Leute aus dem Team unterschiedliche Phasen der Präsentation übernehmen , aber die Aufteilung müsst ihr selbst im Team abmachen. Sprecht euch gut ab, damit der Fluss / rote Faden übereinstimmt.
Geneva-based artist Emma Souharce began her work in the sound field during her master studies in radio projects such as Radiation24 and LapTop Radio, a project led since 2012 by Laurent Schmidt, Ceel Mogami de Haas and Jonathan Frigeri. Through her sound pieces, she develops a research related to the effect of frequencies on cerebral perception as well as the effect of the composition on the unconscious emotions and perception of time. It thus aspires to reach hypnopompes or hypnagogic states, at the limit between awakening and sleep, where thoughts are arranged by colliding.
Please prepare and give us a few specific questions about our experiences with the Backyard Brains tools / experiments / website. Propose improvements or future experiments that you would like to contribute.
Was ist eine Skill Share Session?
Wird im Rahmen der Einleitung im Detail erklärt. Hier ein paar Beispiele vom Kurs im Winter 2018.
Urs Gaudenz is an engineer and interdisciplinary scholar working in Lucerne, Switzerland. He was born 1971 in Seattle USA. He got his master in science of Microtechnologoy from the Swiss Federal Institute of Technology, Lausanne. Subsequent to that he attended Post-Graduate programs in international business and innovation-management. In 2016 completed the course of study in the Principles and Applications of Synthetic Biology as directed by Georg Curch, Professor of Genetics at Hardward Medical School. He is founder of GaudiLabs, a third space for third culture. He is a founding member and member of the board of Hackteria International Society. He is currently on the faculty of the Lucerne School for Applied Science and Arts. In his professional practice, Urs Gaudenz makes use of various forms of work and expression such as prototype development, open scientific research and collaborative workshops. He is combining his different backgrounds to explore new technological and cultural fields and his works often emerges out of the void in this intersection. Remarkable in his work is the wide span from speculative and futuristic to very functional and applied. He worked with and was inspired by Dr. Marc Dusseiller - dusjagr labs, the Swiss Mechatronic Art Society, the GynePunk, BioDesign for the Real World, Sci | Art NanoLab Summer Institute at UCLA, LifePatch. He was invited to give workshops or exhibit projects at renown institutions and festivals such as Ars Electronica - Projekt Genesis, ISEA - International Symposium on Electronic Art, DOCK18, space for media cultures of the world, Kapelica Gallery / BioTehna, Schloss Werdenberg, N/O/D/E festival, Medialab-Prado Madrid, CYNETART-Festival - Trans-Media-Akademie.
Marc Dusseiller aka dusjagr is a nomadic researcher and workshopologist. He is part of the Center for Alternative Coconut Research and co-founder of SGMK and the Hackteria network. He loves making DIWO laboratories for creative biological experimentation and works in an integral way, combining science, art and education. He has worked as guest faculty and mentor at various schools, Srishti Institute of Art, Design and Technology, Bangalore (IN), UCSB (USA) and in Switzerland, FHNW, HEAD, ETHZ. He lives and works in Zürich, Yogyakarta and Taipei. He also loves coconuts.
Effi Tanner (*1982) ist Medienkünstlerin und Kulturvermittlerin. Sie arbeitet als Medienkunstentwicklerin bei der Rocket Science GmbH und führt daneben den Work-Shop-Space Dymax.iøn in Zürich, eine Plattform für lokale Künstler, Designer und andere Macher. Seit 2008 ist sie Vorstandsmitglied der Schweizerischen Gesellschaft für Mechatronische Kunst SGMK, von 2012 bis 2015 war sie Präsidentin des Vereins.
Chris ist seit 2015 Fabmanager im FabLab Luzern.
Nach eine Ausbildung zum Werbefachmann hat er den Bachelor in Kunst und Vermittlung der Hochschule Luzern, Design & Kunst gemacht. Als Kunstler hatte er bereit verschiedene Ausstellungen und Live-Performances.
Open Culture is a concept according to which knowledge should be spread freely and its growth should come from developing, altering or enriching already existing works on the basis of sharing and collaboration, without being restricted by rules linked to the legal protection of intellectual property. In a context of globalization, the consequence is that all citizens should have equal access to information.
SATW Info 2/15 – Biotechnology for all / DIY in bioanalytics: doing and grasping it yourself.
"Biotechnologische Forschung findet heute nicht mehr nur in spezialisierten Labors statt. Eine wachsende Gemeinschaft von Biologen, Bastlern und Technikbegeisterten experimentiert in Küchen, Werkstätten und Eigenbau-Labors. Einige sehen in der Demokratisierung der Biotechnologie eine Gefahr; andere die Chance für ein besseres Verständnis von komplexen wissenschaftlichen Zusammenhängen in der Gesellschaft."
The article from SATW Info 2/15 – Biotechnology for all / DIY in bioanalytics: doing and grasping it yourself is available for download in German, English and French. The pedagogic conecpt and educational kits were developed during a project funded by the Swiss Academy for Engineering Sciences (SATW), together with hackteria, M. Dusseiller and U. Gaudenz, and FHNW School for Lifesciences, Dr. D. Gygax, during a workshop with an interdisciplinary group of participants. More info here.
Hackteria is a network of people practicing DIY (do-it-yourself) biology with an interest in art, design and interdisciplinary cooperation. The network was founded in 2009 by Yashas Shetty, Andy Gracie and Marc Dusseiller and now includes not only scientists, engineers and artists, as you would expect, but also philosophers, entrepreneurs, and even foodies and chefs. Hackteria operates on a global scale, and is based on a web platform and a wiki for sharing knowledge, which enable anyone to learn but also test different ways of hacking living systems. Hackteria is not based in a physical space, and its goal is to allow artists, scientists and hackers to collaborate and test various biohacking and bioart techniques outside the official laboratories and art institutions, basically anywhere in the world.
Go and look at their website! Backyard Brains - Neuroscience For Everyone!
FLOSS and Wikipedia are only some examples of the P2P movement that is building the world it wants within the confines of the fragmented world it wants to transcend.
More about Simplicity, in the specific case of "A lab the size of a postage stamp"
We develop empowerment technologies for health. We believe that innovation and design happens at the frontline of healthcare where providers and patients can invent everyday technologies to improve outcomes. By radically democratizing the tools of medical creation, we seek to enable front line patients and providers to invent answers to disease burdens.
Dear participants, please make sure you prepare your account and get some first experience in using a wiki, in this case it's MediaWiki the same software on which the famous wikipedia has been created. The previous link directs you to many instructions on how to use a wiki. look at it.
You should have received a login by now. Try it out and create a new page for your own project notes, give it a reasonable name and make sure you add the folling line at the end of the page, so it will be sorted all in the same category.
Please write a few sentences about yourself, add links to your other websites, blogs, biographies, artworks.
You can always click the "edit" link on this or other pages to see how stuff has been written in the mediawiki language.
Backyard Brains - Neuroscience For Everyone!
Mit dem Brain SpikerShield kannst Du actions Potentiale deines Herzen und Hirn (EEG/EKG) visualisieren und aufnehmen.
What is a Commons Transition?
'Commons Transition' describes proposals for action that prioritize civil society's needs, towards a more democratic and environmentally conscious culture. Constant economic growth produces negative impacts and the capture (enclosure) of scarce physical resources for private financial gain while abundant resources, such as information and culture, are made artificially scarce through legal limitations. A Commons Transition recommends P2P practices and networks for sharing what's abundant, and protecting what's scarce. Peer decision-making at many scales, and the emergence of municipalist political movements, are part of this transition.
The open source way is about applying the principles of open source software development beyond software. Beyond technology. Opensource.com is about sharing how the open source way can change our world in the same way the open source model has changed software.
Rapid prototypes can lead to rapid failures, but that leads to better solutions found faster. When you're free to experiment, you can look at problems in new ways and look for answers in new places. You can learn by doing.
GaudiLabs - GaudiLabs are creative spaces for open research in open source culture technology.
Onyx Ashanti is a Detroit-based Afrofuturist living in a basement with only an extension cord from a nearby unit. When he's not traveling the world having sonic conversations about evolution and technology, he's using a homemade 3D printer made from recycled electronics to work on wearable kinetic modular digital synthesizers. The implicit story of music on earth is that of a shared destiny, a deeply-felt common bond that transcends space, time, and tribe, and helps to define us as a species. Onyx works in evolving rituals, from the ancient to the contemporary, forging new paths and passing down timeless practices.
Put down ideas on DIY MedTech WishList for future editions of this course. What else would we need? Materials, devicees, infrastructure, people?
"The innovators of 1600 were hackers before the word existed; they proposed open sharing of ideas for the benefit of humanity. Isaac Newton, Robert Hooke, Descartes, and the other scientists of the late 1600s could not have inaugurated the greatest scientific innovation of all time—the invention of modern science itself—without the Hackers of the 1600s. The Renaissance's secretive structure was hacked, and it inspired the Scientific Revolution."
To engage with the most pressing issues (environment, social injustice, globalisation) of society, artist have embraced new transdisciplinary practices, which combine the use of open source tools (OST) and hacking strategies in a collaborative manner with "others". DIWO (Do It With Others) Culture will introduce such strategies through case studies, hands-on experimentation and team projects to the students. This first edition will focus on OST for environmental monitoring and artistic interpretation.
This page was last modified on 15 February 2019, at 16:29.