Non-invasive optical-based glucose sensor for ENGI 301. *** Note: Work-in-progress. Not complete yet. ***
Outline of the XOD graphical programming environment, which uses a data flow model for programming Arduino microcontrollers.
Tutorial on how to use the Gtronics Protoshield Plus "giant prototyping board," from the 2017-2018 Biomaker Challenge.
Practice mindful breathing to relax, slow your heartbeat, and reduce stress. Time your technique with Kitty Yeung's LED flower brooch!
How to connect to devices on the multifunction Arduino board, including real-time clock, temperature sensor, 4-digit display, etc.
Code for the EMG module for Tessel's GPIO port
A sensor system for measuring the flow rate and characterising the water-in-oil droplets generated in a microfluidics system.
Seeking a non-toxic and sustainable method to rіd your space of insects? This solar-powered bug trap presents an eco-conscious alternative
Testing different heatsinks for temperature control by forced air convection in low cost microreactors.
Transform your Bangle. js into a biohacking tool with HRV apps - track and train your heart for resilience, all without costly gadgets!
Explore heart health with our DIY ECG kit featuring AD8232 & ATMEL328. Simple, effective, and perfect for enthusiasts and educators alike!
A low cost reusable microfluidic device for the detection of antibiotic resistant genes in patient samples.
Device that can rapidly report on the fertilizing quality and safety of heat-treated sewage sludge
Testing designs for low-cost microreactors for biological diagnostics and DNA engineering.
Proprioception and feeling of touch through high-dimensional vibrational patterns on the skin via NeoSensory Buzz
The application is used to detect and store the signals from a MeC (Microbial Electrolysis Cell for hydrogen production)
Using an Arduino board to monitor fluctuations in body temperature to determine mood and then tweets based on your mood range.
nRF5340 based portable, energy-efficient, BLE-enabled heart sound capture & streaming for accurate diagnosis & telemedicine.
This is one of the projects in our upcoming learning kit for Analog Signals and Filter Design, a great circuit to learn analog filters
The aim of the project is to design and build a low-cost programmable system for flowing liquids through a network of tubes.
Making a CNC gene gun for quick, fully-automated plant transformation.
Arduino-controlled raincoat with a bunch of sensors and lights embedded and sown into it.
Low-cost and scalable fluidic pumping system.
Redesigning the Airflow reactor for final testing and open application development.
