Use IFTTT to automatically log data to a Google spreadsheet using a Particle Photon. This will show how I logged temperature data.
Build a simple spectrometer out of LEDs to see what wavelengths are in different types of light!
Build a device to safely teach radioactivity or to scare your buddies.
Trying to simulate the Heisenberg Principle in a mint tin.
Programming the 4D Systems Gen4 µLCD touchscreen.
They claim umbrellas own the ability to prevent from UV. We would like to know the fact and measure the UV value under umbrellas.
Everything you ever wanted to know about the Open Smart Rich UNO R3 Arduino board used in the 2019 Biomaker Challenge.
I will describe to you the simplest way so far, to make PEMF device yourself and try the effects of this type of therapy.
Tutorial for how to set up the Biomaker Challenge starter kit.
The design and assembly of a DNA transilluminator allowing to examine the results of gel-electrophoresis procedures.
Reading sensor devices for display and storage.
Learning how to handle input and output signals in XOD.
6-unit (100ml) chemostat microbial bioreactor (recommended for long term microbial evolution experiment).
How to use XOD to program the mBot robot system.
Adapting Panasonic camera for field imaging of small biological specimens with video-rate acquisition of extended-focus macroscopic images.
Description of the Totem Maker system for construction of custom instrument chassis and robots.
How to connect to devices on the multifunction Arduino board, including real-time clock, temperature sensor, 4-digit display, etc.
Outline of the XOD graphical programming environment, which uses a data flow model for programming Arduino microcontrollers.
This device generate a high-voltage pulse from a low-voltage DC supply
Tutorial on how to use the Gtronics Protoshield Plus "giant prototyping board," from the 2017-2018 Biomaker Challenge.
The demand for ever greater power usage is constant. This project is devoted to planet Earth to encourage all to use clean green energy.
Use light sensors to make timing gates then explore the relationship between kinetic energy and potential energy.
Learn how to use an Arduino (uno) microcontroller to gather and analyze data for all your curious questions!
A low-cost 3D printed high throughput pipetting tool (Plate Z) that allows controlling the height of pipetting.
