Difference between revisions of "Team:Cambridge-JIC/Integrated Practices"

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         <h2 style="font-family:Pacifico ; text-align: center">How we integrated this into our design:</h2>
 
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           <li>Neglect of safety features in open source protocols  - as well as the features already included in our designs from community lab feedback, such as contained electrical connections and safety shields, we included instructions on how users can conduct <span class="darkBlue">isolated safety checks</span> when building our hardware. For example, underwater pressure testing of the gun and checking of electrical circuits.
           <li>Bring together <span class="darkBlue">biologists, engineers, technologists</span> and others in the Cambridge area for meeting, co-working and socialising in a creative, cross-disciplinary, community-driven and safe environment.
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           <li>Encouragement of designers to document their hardware properly - in addition to our own protocols, we have included <span class="darkBlue">links on our wiki to DocuBricks</span> and an easy-to-follow <span class="darkBlue">checklist of components</span> for anyone considering writing their own open source protocol.
           <li>Provide a well-equipped space for practical biology and engineering of biology on a community membership basis.
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           <li>Adaptability of our design for different end users - including <span class="darkBlue">alternative supplier links</span> for parts, where possible, to suit international users of the hardware and also providing an alternative in case the primarily-suggested supplier is out of stock.
          <li>Support new and existing interdisciplinary collaborations for engineering biology, with a focus on promoting open technology and innovation.
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           <li>Used open source software when designing CAD files for parts of the gene gun and growth facility, so these files can be downloaded and customised by anyone.
           <li>Raise awareness, understanding and participation in biology and engineering of biology in the Cambridge area through public engagement activities, education and training.
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           <li>Foster links with local industry and innovation organisations, building bridges between academia and bioenterprise.
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Revision as of 10:15, 7 October 2016

Cambridge-JIC

INTEGRATED PRACTICES


In order to integrate best practices for open hardware design within our protocols, we spoke to Tobias Wenzel, co-founder of DocuBricks; a website for high quality open source documentation, funded by the OpenPlant program. See what we discussed in the interview:

How we integrated this into our design:

  • Neglect of safety features in open source protocols - as well as the features already included in our designs from community lab feedback, such as contained electrical connections and safety shields, we included instructions on how users can conduct isolated safety checks when building our hardware. For example, underwater pressure testing of the gun and checking of electrical circuits.
  • Encouragement of designers to document their hardware properly - in addition to our own protocols, we have included links on our wiki to DocuBricks and an easy-to-follow checklist of components for anyone considering writing their own open source protocol.
  • Adaptability of our design for different end users - including alternative supplier links for parts, where possible, to suit international users of the hardware and also providing an alternative in case the primarily-suggested supplier is out of stock.
  • Used open source software when designing CAD files for parts of the gene gun and growth facility, so these files can be downloaded and customised by anyone.