About Garage Physics
Welcome to Garage Physics. Garage Physics is located in B613 Sterling Hall and sponsored by the University of Wisconsin Department of Physics. The gestation of the project is described in the project proposal:
The goal of Garage Physics is to provide a new flexible space for innovative student-focused research and education. In the Garage, a student (undergraduate or graduate) is encouraged to explore his or her passions, to find new passions, to learn practical skills, to study in new ways, and to take an active role in his or her education. The Garage mode of learning compliments the structured learning environment of the regular curriculum. A wide variety of projects are possible in the Garage: basic scientific research, projects for entrepreneurs interested in developing or exploiting new gadgets, and "steAm" projects merging STEM and Arts fields. Projects related to sustainability, public safety, teaching and learning, and social entrepreneurship are encouraged.
Take the following steps to join Garage Physics:
0) Email Brett Unks and Duncan Carlsmith with an introduction describing yourself, your major, your background, and what you hope to accomplish even if that is just to find out more at this stage.
1) Register for the e-mail distribution list to receive notifications of meetings etc. Subscribe at https://lists.physics.wisc.edu/listinfo/garage . Join the Garage Physics group at https://groups.diigo.com/group/garage_physics using your xxx.wisc.edu email address to create a free account using your .wisc.edu email. You must request to join the group and email Carlsmith that you are requesting and who you are so you can be approved. You will find suggestions for projects on the Diigo group site and information related to ongoing projects and may post your own there.
2) Access to the Garage requires safety training and is controlled by keys. First read the safety information linked to the front page of the WIKI. Basic electrical safety training is required and is offered online. Self-register at LEARN@UW (click the self-registration link at the upper right of your screen, or, after 2 March 2015, find the self-registration button from your LEARN@UW list of courses page, and select Garage Physics) and read over the basic electrical safety tutorial. Take a look at the other materials also. Take the quiz. You must get a perfect score. You can try as many times as is necessary. Then meet with Brett Unks to discuss further your interests and needs, and obtain a key from Aimee Lefkow. Remember, the buddy rule applies and will be enforced.
3) Join the WIKI at https://www.physics.wisc.edu/garage. Click "login" then "you can create one now" to create an account. (Ask Brett for the answer to the TextCha.) The WIKI will be our preferred place for sharing information including requests for experiment setups and equipment. Take a look at existing pages in text edit mode to understand how to edit pages. Hint: If you clone a photo or other attachment link, it will first appear as a clickable link. Clicking that link will prompt you to upload a file.
4) Edit the "People" page adding your name, then create a home page with your contact information and a photo. Note that this information is public read, so exercise care.
5) Look over the suggested and on-going projects and talk to the organizers/proponents about how to participate in or lead the effort.
6) Look over the mini-classes. Express and interest or suggest a class and be sure to respond to Doodle polls when classes are announced via the e-mail distribution list.
7) Consider enrolling in a directed independent study class for credit in which you take advantage of the Garage. See L&S Undergraduate Directed/Independent Study Course Guidelines https://kb.wisc.edu/ls/page.php?id=20133 and University guidlelines https://kb.wisc.edu/vesta/page.php?id=36263. . Honors students may seek research funds through the Honors program. Many other opportunities may be found on this wiki for funding research and entrepreneurial activities.
8) Attend a monthly research meeting or brainstorm/pizza meeting. Meetings are announced via the email distribution list. Garage staff also post to the email list when they are working in Garage and available to meet with and/or assist you.
9) Read this disclaimer: In providing 3-D printing services, the Provider disclaims any warranties, express or implied, including the warranty of merchantability and warranty for fitness of any particular purpose, for the services themselves and any resulting tangible object or product thereof. The 3-D objects are provided to Customer for aesthetic purposes only, and are not intended for use as a functional tool or a functional part of a larger apparatus, and Provider shall not be liable for any damages resulting from such non-aesthetic use. In submitting a job to be printed, Customer warrants and represents that Customer owns, or has obtained, all rights necessary to allow Provider to provide the requested 3-D printing services. Customer shall be liable for any and all claims of intellectual property infringement that result from the 3-D printing services provided hereunder. Provider reserves the right to refuse to print any 3-D object which it deems to be discriminatory, offensive or hazardous.
10) And this one: By participating in Garage Physics, you acknowledge its unusually public nature as an educational space. Descriptions and images of activity and work could appear on publicly accessible websites including the project pages on the wiki designed to attract collaborators, in your poster presentations, in business competitions, in presentations about Garage Physics. You may be encouraged to participate in public events on campus and beyond such as an outreach opportunity or hacker/maker faire. Students may be found working in Garage for credit or on a voluntary basis. Please consider your privacy and security in this context and the privacy and security of other participants and of their property and discuss any concerns with Professor Carlsmith.
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Duncan Carlsmith, Professor of Physics, University of Wisconsin-Madison, firstname.lastname@example.org