We will explore the fantastic world of Physical Computing by programming tiny devices such as the XIAO BLE Sense using CircuitPython!
Let's play with MicroPython on an ESP using Jupyter Notebook. Getting data from sensors and taking action in a physical world.
Learn how to install Jupyter Notebook on a Raspberry Pi, and directly on it, read sensors and act on actuators.
Let's create a data logger on ThingSpeak.com using an ESP programmed with MicroPython.
Let's learn not only how to interact with the physical world using Scratch and Raspberry Pi, but also including animation.
Students learn coding with Python combining Raspberry Pi 3 and The Pi Hut 3D Xmas Tree: An educational activity in the Christmas spirit!
Explore the Pi Cap’s Check out the audio output as well as the status LED.
RotaSenso: Feel the presence of someone afar. A connected rotary device that mirrors emotions and gestures in real-time. 🔄💙 #Valentines
A night light, made out of a plastic cup with a switch, and a potentiometer.
A research project to define and test a new physical unit NKTm under the NKTg Law (Law of Varying Inertia) — quantifying effects when positi
Checkout Ramsgard_Functions_Library for various computational functions and sensor-aiding functions, even learn to create your own!
According to the NKTg Law on Varying Inertia, an object’s motion tendency depends on its displacement, velocity, and mass.
