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Lab 4 Schedule:
Monday, September 9: 3 PM - 4 PM : 1st Lab Meeting (individual lab location) // Welcome and introduction 5 min each group member // Conceptual framework and overview of research program for the week: Jiayi, Samuel, Ianis // Examples of Dynamic Data Materialization (PPT by Raphaelle, specific projects by Jiayi, Samuel, and Ianis) 4:30 PM - 6 PM : Research and Lab Activities (5:30pm Debriefing and collect files) // 3D modeling (1 hours) by X-Fab Tuesday, September 10: 9:30 AM - Noon : Research and Lab Activities // introduction to Grasshopper by Ianis 4 PM - 6 PM : Research and Lab Activities (5:30pm Debriefing and collect files) // Dynamic Data Materialization by Ianis // 3D printing + laser cutting (1 hours) by X-Fab (+ 30 min)////////????????? Wednesday, September 11: 9:30 AM - 4 PM : Research and Lab Activities with Lunch noon-2pm // Introduction to available data // Discussion of shared reading (reading sent in advance) OPTIONAL // CNC (2 hours) /—break—/ Basics of Electronics (2 hours) OPTIONAL // Soldering (1 hour) + embroidery (1 hour) *** 2 to 2:45pm Mus’X Visit (Labs 4, 5) Thursday, September 12: 9:30 AM - Noon : Research and Lab Activities // ideation, writing, sketching 4 PM - 6 PM : Research and Lab Activities (5:30pm Debriefing and collect files) // prototyping, printing, constructing in space Friday, September 13: 9:30 AM - Noon : Final Lab Activities / Exhibition Install and Preparation // putting it all together, articulation of materialization in space Here's a good introduction to the software. It would be helpful if the students could watch it beforehand (videos 1 to 13).
https://vimeo.com/channels/basicgh Please install the demo version of Rhino 6 on personal laptops, in English, and — very important — bring a mouse. Any mouse will do, but no trackpad. It's not possible to work efficiently in 3d with a laptop trackpad.
Link: https://www.rhino3d.com/download Rhino 6 for Mac or Windows evaluation version. // From Ianis:
Some point to specific datasets, some to collections https://data.giss.nasa.gov/gistemp/ https://datausa.io/ https://alltransit.cnt.org/ https://ucr.fbi.gov/crime-in-the-u.s/2016/crime-in-the-u.s.-2016/topic-pages/tables/table-2 https://www.bls.gov/data/ https://nsarchive2.gwu.edu/nukevault/ebb538-Cold-War-Nuclear-Target-List-Declassified-First-Ever/ https://art.rmngp.fr/fr https://www.data.gouv.fr/fr/ https://data.london.gov.uk/ https://books.google.com/ngrams https://opendata.paris.fr/explore/?sort=modified https://github.com/awesomedata/awesome-public-datasets // SIRTA Data: Pre-defined visualizations of the SIRTA data here: http://sirta.ipsl.fr/data_quicklooks.html The data itself may be downloaded here: http://sirta.ipsl.fr/data_download.html Don't forget to ask for dates within the range of the dates given in the start and end columns of the data table. // From Filippo: 1) Light-induced deformation kinetics of photoactive polymers 2) Light-induced mechanical properties change of photoactive polymers 3) Light-induced modification of photoactive hybrid systems' optical properties 4) Light-induced behaviour change of cells in-vivo The following youtube channel (suggested by Aline) is a good introduction to the tools available in the Fablab. We would like to make sure that everyone in the lab have some understandings of the bottomline skills needed to take advantage of the tools. Please feel free to skip if you already know the topics.
https://www.youtube.com/channel/UCRCFFTRNzbAAONw9vQ3lXdg/, please view the following videos:
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