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My Digital Fabrication Portfolio created for the 2024 Digital Fabrication Fab Academy overlay course at Aalto Fablab, containing extensive documentation for 6 months worth of hands-on learning in designing and manufacturing a wide variety of projects with a variety of different processes.
Ce projet utilise un capteur en graphène avec Arduino pour mesurer la contrainte, amélioré par un circuit d'amplification réglable via un potentiomètre digital. Inclut Bluetooth, écran OLED, encodeur rotatoire, et design modulaire via KiCad pour facilité et flexibilité.
Custom PCB design samples, source codes and modified DFRobot libraries for EC and pH sensors related to the development of automated IoT NFT hydroponic system for university final year project.