Use light sensors to make timing gates then explore the relationship between kinetic energy and potential energy.
The demand for ever greater power usage is constant. This project is devoted to planet Earth to encourage all to use clean green energy.
Monitor diffuse and global solar radiation. This system moves a fiber-optic cable 0-90 degrees & takes measurements in 9-degree increments.
Design a low-cost laser polymer welding system with off-the-shelf parts and control it with open source software and firmware.
The Alexa-controlled LEGO Biological ExpeRimenT would allow astronauts to intuitively interact with experimental payloads.
We show how to make a microscope using your phone, some cardboard & other bits and pieces... and a Tokymaker!
Redesigning the Airflow reactor for final testing and open application development.
Monitoring integrated voltage and current of gas metal arc weld magnetic ball-jointed open source 3-D printer and its control.
Monitoring over-fermented fruits by using WIO Terminal and Multichannel Gas Sensor, connected to Qubitro Cloud through MQTT.
For Your Model Rocket Projects: Dual Deploy Rocket Avionics System
Increase RepRap capabilities beyond fused filament fabrication to produce different parts like circuit boards, plastic parts, and ceramics.
Convert a Prusa Mendel RepRap into a wax 3-D printer for paper-based microfluidic applications. Reduce costs significantly.
I created a crystal carver that crafts slices with MRI/CT; Micro-CT scan results are used to make otherwise time-consuming specimens.
Using free and open source software and firmware, create an automated OS4PP system that gives great accuracy and costs less.
Non-trivial solution to fight coronavirus, inspired by the sci-fi and the latest advances in the physics of solids.
Make a Sun & Earth rotation model to explore and analyze the daylight difference in different locations.
Learn how to use an Arduino (uno) microcontroller to gather and analyze data for all your curious questions!
Pi-based hemispheric photography and image analysis in R and ImageJ for in-situ monitoring of tree canopy
A low-cost 3D printed high throughput pipetting tool (Plate Z) that allows controlling the height of pipetting.
This visualizer dynamically analyzes sound frequencies in real-time, creating a stunning light show that dances to the beat.
My first Arduino biology project
This is a miniature desktop antenna that indicates how far the International Space Station is from your location!
A high torque laboratory style shaker based on a Microwave motor. Cheap and easy to build. Great for etching your own PCBs.
The present research project explores various input signals capable of inducing non-linear resonance in the Chua's Circuit system.
