Conception of connected bird feeders, able to alert if the seed tank is empty and analyses its use by birds.
Easy to build 3D-printed ortholinear keyboard with replaceable keycaps and QMK FW.
Testing designs for low-cost microreactors for biological diagnostics and DNA engineering.
Testing different heatsinks for temperature control by forced air convection in low cost microreactors.
Using the Movidius NCS on the UP Squared board to detect errors in a 3D print job and stop it with OctoPrint so it can be resumed.
This is the SECOND PART of my build of the Rover in the movie The Last Days On Mars.
This is the FIRST PART of my build of the Rover in the movie The Last Days On Mars.
A device to better follow your body's reactions. Hygie helps you to understand the evolution of symptoms that can affect you on daily basis
"Mac" is a cheese inspector, and "Cheese" is his nemesis, and a press of the button animates Mac's ongoing difficulty with Cheese's appetite
A 3D printed illusion themed automaton.
This 3D printed car has amazing performance and I know you will love it!
Post-Analysis of Badminton-Sport performed through RSL10 powered Smart Racquet and Machine Learning,.. now becomes Open-Source!
This project introduces a functional extruder at a reasonable price, which can be affordable to the fablab community and others.
The only enclosure for your Uno that can accommodate any shield stack height and can fit non-shield boards.
A 3D-printed, Arduino-controlled DIY robot, designed to be used in children's hospitals, bringing some fun to the kids!
A 3D printed wifi remote controlled paddle boat.
A 3D Printed windup car.
A 3D Printed "Hopping" Mechanism.
A 3D printed vertical stack domino placement machine.
A 3D printed "robotic pin walking" reproduction of a childhood toy my father and I made.
A 3D printed "calliope" of sorts.
Something happened? Ring a bell, wave a flag, light some lights! A physical notification platform for IoT events.
Replace traditional radio control gear in a 3D Sets 3D-printed Jeep with a Wemos D1 mini, Blynk WiFi iPhone and Blynk local server-Rasp Pi.
This robot uses only 4 linear micro servos, an Arduino Nano, a Bluetooth transceiver, and two LiPo batteries.