As the preeminent tool for makers, Arduino is a versatile platform that covers almost every type of creative making. With its simple-to-use coding language and fun programming concepts, Arduino enables users to create modern electronics with ease. From beginner level projects like flashing LED lights to more advanced builds such as interactive robots, there are an endless number of possibilities when it comes to building projects with Arduino. Whether you are new or an experienced builder in search of fresh ideas, these posts will provide interesting Arduino tutorials and unique ideas that may spark your creativity and motivate you take on any type of maker project!
Do you want to incorporate bio-feedback into your next project? The Pulse Sensor, available in the Maker Shed, measures subtle changes in light from expansion of the capillary blood vessels to sense your heartbeat.
Kinetic sculptor David Bynoe of Calgary, AB, sent in this project he’s working on. Looks pretty slick! For an upcoming project I needed a pneumatic ram with a closed loop control system so I could position it accurately. Didn’t have the budget for an off the shelf solution, so I bodged one together with an […]
We are Jeroen Waning, Brian Kosoris, Bahati Gitego, and Yuriy Psarev, and this is our senior design project here at Southern Polytechnic State University… (A) Ball-Bot is a robot (fully autonomous) that balances on a ball. In our case, it was a vertical aluminum structure approximately 3′ tall and balanced on a basketball. Our system […]
One of our audio hardware contributors, David Cranor, is super-enthused about the Open Music Labs’ Audio Codec Shield.
I’ve been meaning to do some tests with this relatively new technique for creating flexible parts on the laser cutter. I’ve been meaning to build a new project box for my Arduino. Oomlaut beat me to both! Ever since we came across this amazing technique for laser cutting hinges we’ve been thinking about what we could […]
The Membrane Matrix Keypad, available in the Maker Shed, has 12 buttons arranged in a telephone-line 3×4 grid. It’s made of a thin, flexible membrane material with an adhesive backing (just remove the paper) so you can attach it to nearly anything.
Tobias Sonne of Carnegie Mellon devised suspenders equipped with stretch sensors that detect differences in resistance depending on the user’s posture. If there is not enough stretch in the suspenders, a buzzer gives haptic feedback, alerting the user to sit up straight.
