Newsletter
In this newsletter is everything you need to know about the NEED project and the latest news on sustainability in nanotechnologies.
- News
- Watch the NEED for IoT webinar on demandYou missed our january webinar? You can now watch it online on demand.
- SAVE THE DATE - Need for IoT - Webinaron the January 14, 2021Attend our webinar and get access to our latest scientific results (14th january morning).
- Coming soon: downloadable version of “My IoT: a discovery game”This game presented in English and French, and prepared within the NEED for IoT research project and co-funded by Nanoelec. The game alternates phases exploring present IoT impacts with phases targeting and building challenges, using the Circulab Agency tools. The downloadable and printable version of the game produced by the serious games agency, Kaperli, will soon be available.Initially developed as a doctoral student module, the game's playful approach makes it accessible for all levels: bachelor, master levels, continuous education, corporate training and for any public seeking to understand systemically the stakes of our relationship with connected objects.
- Save the date - Interalliance seminar : how our choices impact researchon the December 18, 2020The French alliances Ancre, AllEnvi, Allistene, Aviesan and Athena will hold a conference, in french, about " Energie décarbonée, changement climatique, santé environnementale et biodiversité : les impacts de nos choix sur les nouvelles voies de recherche interdisciplinaires"
Sustainable nanoelectronics
The NEED Project on sustainable nanoelectronics will develop methodologies integrating economic analysis, geopolitics issues, acceptability and durability of new technological solutions, to apply to advanced research.
It will develop a global approach to IoT product design regarding their components, technological processes and innovation mananagement (methodologies) to avoid future supply disruption of key materials, regulation changes, and value changes of raw material.
It will develop a global approach to IoT product design regarding their components, technological processes and innovation mananagement (methodologies) to avoid future supply disruption of key materials, regulation changes, and value changes of raw material.