This is the first of several Internet of Things (IoT) tutorials using the ATmega328p board. I chose the ATmega328p board because of its ubiquity in the Arduino maker electronics community, and the low-power consumption and efficiency of the chip. In this tutorial, I discuss the parts needed to make
This blog is intended for young innovators interested in real-world applications to engineering. A maker-based approach is explored through written articles using Raspberry Pi and Arduino as central and control components. Topics range from heat transfer, acoustics, robotics, data analysis, sensor design, and more. Difficulty levels range depending on the topic and there is extensive focus on open-source software implementation, however, there will be articles with a focus on software design as well. The intention is to demonstrate applications of engineering that are repeatable at the intermediate level without requiring colossal resources.
Arduino Internet of Things Part 1: Burning The Arduino Bootloader
How to Burn Bootloader on ATmega328 using Arduino UNO?
Arduino Internet of Things Part 5: Raspberry Pi as a Smart Hub for
SOLVED) Trouble burning bootloader to Atmega328p-AU - Programming
Arduino Internet of Things Part 1: Burning The Arduino Bootloader
How to Burn the Arduino BootLoader on to a AtMega328p Chip : 4
Arduino Internet of Things Part 1: Burning The Arduino Bootloader
Is the ATmega328P a microcontroller or an IC? - Quora
Arduino Internet of Things Part 1: Burning The Arduino Bootloader
Flashing Arduino Bootloader on Atmega328p Microcontroller
How To Burn Bootloader On ATmega328p Using Arduino Uno?
Raspberry Pi, Arduino, and Engineering Tutorials — Maker Portal