Projects

Motion Sensing Digital Camera Alarm using Arduino

Motion Sensing Digital Camera & Alarm using Arduino

Welcome to my instructable on how to make an Arduino-controlled motion sensing camera and alarm! The motivation behind this project, which I worked on in my electronics class at Pomona College, was the need to keep away varmints (particularly raccoons) that were digging up my parents’ yard. Although a simple motion sensing alarm would probably […]

Electronics Organization

Easy Electronics Organization using Arduino

Like many other electronic enthusiasts I need to have a constant supply of materials in order for us to keep building, hacking, or just playing around with electronics. However as probably any of us have come to realize we need a lot of space and storage to hold every thing. Enter the world of stack-able […]

A Planar 2 DOF Haptic Device for Exploring Gravitational Fields

A Planar 2-DOF Haptic Device for Exploring Gravitational Fields

For our project, we built a planar, 2 degree-of-freedom haptic device for educational use. The design is based on a 5-bar mechanism. We wanted to build a device that would have the versatility to teach various concepts, but would still be relatively affordable (as the goal is implementation in classrooms). For this reason, we designed […]

Make a Musical Bench using Arduino

Make a Musical Bench using Arduino

The Musical Bench is an exhibit which makes music when people touch, kiss, or hold hands. It uses a micro-controller to detect changes in resistance, via the copper armrests, and plays high or low notes depending on how much current flows through you and a friend. This exhibit is the result of messing around with […]

Portable Haptics System Hardware

Portable Haptics System Hardware

Mobile Phone There is a wide selection of mobile phones on the market. For our development, we chose Nokia 6210 Navigator due to its ability to run Java, accompanied by Bluetooth communication, and its small form factor. The phone mainly acts as a remote control for setting up the microcontroller. It provides the ability to […]

Robo Mobile A Homemade Bluetooth Robot using arduino

Robo-Mobile – A Homemade Bluetooth Robot using arduino

Background This robot is one I built to learn. Before this project I did get my feet wet with a few small scale Arduino projects like an ultrasonic robot, (that would move backwards until it was a certain distance away from the wall,) and I did get to play with a few of the shields […]

Knockdown Warning Indicator Redux

Knockdown Warning Indicator (Redux)

This week I continued developing a device that warns of the potential of a knockdown – the process by which an over-canvassed sailing ship is lain over on her beam-ends during a squall.  The potential for sinking at this point is high, especially if there are hatches open on the leeward side, so it is […]

Smartphone controlled Arduino tank using Annikken Andee

Smartphone controlled Arduino tank using Annikken Andee

Hi guys, I am Robin, one of the developers of Annikken Andee. Just a few weeks back we were invited to be a part of Arduino Day Singapore 2014. On the day of the event, we showcased a missile-firing lego-crushing smartphone controlled Tank built using our Annikken Andee. It was a big hit with our […]

Bitcoin Price Ticker almost from scratch using Arduino as ISP

Bitcoin Price Ticker (almost) from scratch using Arduino as ISP

Hello everyone! I decided to create this tutorial on how to make a Bitcoin Price Ticker. Well, this is only a prototype and I will make a smaller edition with a more pleasant design and some other features at a later time. However, this serves as a nice proof of concept and hopefully it will […]

Dual Axis Solar Tracker Arduino Project Using LDR Servo Motors

Dual Axis Solar Tracker Arduino Project Using LDR & Servo Motors

Greetings and welcome to The IoT Projects. In this tutorial, we will guide you through the process of creating a Dual Axis Solar Tracker Arduino Project using LDR (Light Dependent Resistor) and Servo Motors. We have organized the article into seven segments, providing a step-by-step approach to building this project. By utilizing light-sensitive sensors such […]

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