Presentation about Open Science Hardware held at the Berlin Open Science - Reproducible Research - Meetup on Feb 06, 2019. Cite as: Havemann, Johanna. (2019, February). A Case for Open Science Hardware. Zenodo. http://doi.org/10.5281/zenodo.2564076

1. DOI: 10.5281/zenodo.2564076
A case for
Open Science
Hardware
Berlin Open Science Meetup | Feb 06, 2019
meetup.com/Berlin-Open-Science-Meetup/events/258563559/
Jo Havemann – Access 2 Perspectives

2. DOI: 10.5281/zenodo.2564076
physical components of technology based
on an open-design
free and open-source software (FOSS)
combined with open-source hardware
applied to a scientific context
What is
Open Source/Science Hardware (OSH)
?

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the current supply chain for science hardware limits access
and impedes creativity and customisation
sharing open designs, which often take advantage of
modern digital fabrication techniques (e.g. 3D printing)
increase access to experimental tools
ease customisation off experimental setups
reuse and adapt hardware components while lowering costs
Why
Open Source/Science Hardware (OSH)
?
openhardware.science

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Gathering for Open Science Hardware
openhardware.science

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Gathering for Open Science Hardware
openhardware.science/global-open-science-hardware-roadmap/

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trendinafrica.org

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Ofori Charles Antipem
thescienceset.com
dext.tech

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Aravinth Panch
aravinth.info
github.com/AravinthPanch
github.com/AravinthPanch/smart-green-house github.com/AravinthPanch/macsxperts
macsxperts.com

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Aravinth Panch
aravinth.info
github.com/AravinthPanch

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André Maia Chagas
github.com/amchagas
github.com/FOSH-following-demand
Fig 1. Open source hardware for research and education.

12. DOI: 10.5281/zenodo.2564076
André Maia Chagas
github.com/amchagas
github.com/FOSH-following-demand
Fig 4. Behavioural tracking.
Fig 6. Thermogenetics.

13. DOI: 10.5281/zenodo.2564076
André Maia Chagas
github.com/amchagas
github.com/FOSH-following-demand
fosh-following-demand.github.io/en/survey

14. DOI: 10.5281/zenodo.2564076
Alexander Kutschera
github.com/vektorious
github.com/vektorious/lightM
openplant.science
3D-printing
+simple electronics
+computer vision
+machine learning
= online monitoring for
macroscopic movements of bacteria

15. DOI: 10.5281/zenodo.2564076
Alexander Kutschera
github.com/vektorious
github.com/vektorious/lightM
openplant.science
3D-printing
+simple electronics
+computer vision
+machine learning
= online monitoring for
macroscopic movements of bacteria

16. DOI: 10.5281/zenodo.2564076
Alexander Kutschera
github.com/vektorious
github.com/vektorious/lightM
openplant.science
hackster.io/open-bioeconomy-lab/microbial-bioreactor-d7f61b
Kutschera and Lamb (2018)
Current Microbiology
Test-tube photometer (2017)

17. DOI: 10.5281/zenodo.2564076
Alexander Kutschera
github.com/vektorious
github.com/vektorious/lightM
openplant.science
hackster.io/open-bioeconomy-lab/microbial-bioreactor-d7f61b
Pasteur pipette-based Flow-through photometer (2018)

18. DOI: 10.5281/zenodo.2564076
africaosh.com

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africaosh.com

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DINACON 2019
dinacon.org

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openhardware.metajnl.com

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Innovation Hubs, Hacker- & Makerspaces in the world
atlasofinnovation.com/map/

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Innovation Hubs, Hacker- & Makerspaces in Berlin
atlasofinnovation.com/map/

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Innovation Hubs, Hacker- & Makerspaces in Berlin
AfRA Berlin

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berlin.sciencehackday.orgmeetup.com/Berlin-Science-Hacking/

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@johave
access2perspectives.com