Projects

Prologue

Nanoleaf 2.0

So this is the Nanoleaf 2.0 which is a DIY version of the famous Nanoleaf RGB Triangular lighting setup. The goal here was to Recreate a Nanoleaf-like device with minimal spec and low cost, one that has all the basic RGB Glowing features and can be made easily. To accomplish this feat, I prepared this

Nanoleaf 2.0 Continue Reading

TinyML Slope Control for Robots With Arduino Pro. Building an Inclination Estimator System With Nicla Sense ME and Neuton

TinyML: Slope Control for Robots With Arduino Pro. Building an Inclination Estimator System With Nicla Sense ME and Neuton

The vacuum cleaner robot is one of the most useful inventions of the last decade and anyone who says differently means that he does not have one! This fantastic household appliance is a concentration of technology: a complex embedded system composed of some microcontrollers, many sensors, and a lot of… software! But how many times

TinyML: Slope Control for Robots With Arduino Pro. Building an Inclination Estimator System With Nicla Sense ME and Neuton Continue Reading

Breadboard Arduino with USB programming ability

Crafting Your Unique Arduino Creation: A DIY Project Guide

Build Your Own Arduino Using affordable components and a solderless breadboard, you have the ability to swiftly and effortlessly construct your own Arduino setup. This approach proves invaluable for prototyping new design concepts or when avoiding the need to dismantle existing setups for Arduino usage. The following example illustrates the process of connecting components on

Crafting Your Unique Arduino Creation: A DIY Project Guide Continue Reading

How to Control an Arduino from a Web Page

Remote Control: Interacting with an Arduino via Web Interface

Upon acquiring my initial Arduino board, my immediate aspiration was to administer it through a web interface. However, lacking an Ethernet shield initially, I deferred the idea. Recently, spurred by curiosity, I procured a shield from Amazon to explore the possibilities. The foremost step entailed drafting a basic sketch capable of rendering a web page

Remote Control: Interacting with an Arduino via Web Interface Continue Reading

Exploring Arduino How it Operates and its Versatile Applications

Exploring Arduino: How it Operates and its Versatile Applications

Arduino is an open-source hardware platform consisting of a board equipped with a microcontroller and a development environment (software). It is specifically crafted to simplify the integration of electronics into diverse interdisciplinary projects. Today, we’ll delve into understanding Arduino and its defining features. Arduino stands out as one of the most sought-after microcontroller platforms among

Exploring Arduino: How it Operates and its Versatile Applications Continue Reading

Wiring

Mastering I2C: Interfacing Arduino Boards for Seamless Communication

In this project, we will establish I2C communication between two Arduino boards. Additionally, we will revisit some fundamentals of Arduino I2C communication, serving as a concise recap of what we’ve previously covered in detail in an earlier Arduino I2C Tutorial. We will explore all three potential scenarios for I2C communication and develop three distinct Arduino

Mastering I2C: Interfacing Arduino Boards for Seamless Communication Continue Reading

Using Arduino as an ISP Burning Bootloaders onto AVR Microcontrollers

Using Arduino as an ISP: Burning Bootloaders onto AVR Microcontrollers

Introduction At times, incorporating AVR microcontrollers into electronic projects becomes necessary. However, beginners might encounter challenges in comprehending the process of uploading or burning code onto an AVR IC. Burning bootloaders onto AVR microcontrollers can be facilitated with the assistance of an Arduino board, particularly when alternative programming hardware is unavailable. Additionally, utilizing Arduino as

Using Arduino as an ISP: Burning Bootloaders onto AVR Microcontrollers Continue Reading

Ultrasonic Sensor

Arduino Uno Projects: Entry-Level Innovations for Beginners

The Arduino UNO, developed around the ATmega328P microcontroller, boasts a versatile array of features. With 14 digital I/O pins, including 6 PWM outputs, along with 6 analog inputs and a 16 MHz quartz crystal, it offers ample flexibility for various projects. Additionally, it comes equipped with essential components such as a USB connection, a power

Arduino Uno Projects: Entry-Level Innovations for Beginners Continue Reading

Scroll to Top