The robot is controlled with an Arduino Nano and only uses 2 motors and 2 sensors. The program to control the robot is only 843 bytes big.
Get data from bio sensors and manage in your PC
Let's play Grove - Thermal Imaging Camera with Wio Terminal!
A Deep learning based sloution that can detect and diagnose if a patient sample correlates with existing starain or is a new Covid variant.
Control and maintain stable relative humidity and temperature states to simulate natural conditions for experimental testing in the lab.
Starting with an open source RepRap Ender 5 3D printer, we convert it to a bioprinter, and design some simple bioinks to print with.
Incubator that can be fabricated in a typical makerspace at a low cost while achieving the same performance as commercial units.
Turn on a light by focusing your mind.
Measurement of the oxygen saturation in the bloodstream as well as the heart rate and a pedometer. The data will be sent to a Android app.
This tutorial will explain how to build a machine for biofeedback. You can use this machine also like lies detector.
Macrophotography of fern gametophytes using a DIY focus stacking system.
Multichamber real-time imaging device for cell cultures under different conditions. For: Isthmus Engineering Award, Best Project Award.
Programming the 4D Systems Gen4 µLCD touchscreen.
Development of an open, easily programmable platform for control and testing of prototype instrumentation.
A lower cost, modular, open-source alternative to commercial chromatography systems for performing simple, routine purifications.
A sensor-pump system which would be able to adjust drug output of aminoglycosides based on real time sensing of drug in plasma.
Monitor your heart precisely with this DIY electrocardiograph
Plant and algae health can be determined by measuring its chlorophyll levels with a non-expensive Arduino Uno-based spectrophotometer.
Attempt to build an ultra-low cost molecular reactor, using computer controlled recirculating air.
A low-cost SLM driver board would drastically increase the proliferation of advanced microscopy and holographic displays.
Our device, the Oscillostat, continuously evolves bacteria while oscillating between selective pressures to mimic fluctuating environments.
A 10 meter long installation, consisting of 30 moving triangles with controllable RGB LEDs in them, acting as a moving display.
This bionic hand uses an Arduino Nano V3 to control 7 servos. The hand is modelled after my hand so I could make a mold that fits over it.
This project will show you how to make a Bionic Hand Controller.
