AVR based mini Projects

  1. Programming in the C language for the ATmega16 microcontroller
    Introduction "Programming is merely one facet of a more extensive puzzle. To effectively address a problem, programmers must thoroughly understand and navigate the entire problem-solving process before diving into software…
  2. The Atmel-ICE Debugger
    1. Introduction 1.1 Introduction to the Atmel-ICE Atmel-ICE is a highly capable development tool designed for debugging and programming Atmel SAM and Atmel AVR microcontrollers based on ARM Cortex-M architecture.…
  3. Hard Drive Based AVR Programmer
    The project we are presenting differs from the one initially proposed. Our original plan was to construct a WWVB time-code receiver capable of extracting highly precise time information from a…
  4. ATMEGA4808: Better than ATMEGA328?
    In this final part of the series, I look at the ATMEGA4808. This may just be the replacement for the ATMEGA328 that I have been looking for. Story The ATMEGA4808…
  5. ATmega328P Standalone Board
    In this step-by-step tutorial we will learn how to build a standalone Arduino UNO compatible ATmega328p board. ATmega328P Bare minimum configuration Before building our standalone ATmega328P chip Arduino compatible board,…
  6. SPATIAL AUDIOMAP
    Project Introduction Our project is a spatial audio map of Collegetown that allows the user to use a joystick to virtually travel around the Collegetown crossing area and hear surrounding,…
  7. Snorecorder with SD Logging
    Introduction Sound Byte The Snorecorder detects snoring sounds from a sleeping person and records the time and intensity of each snore. The data is written to an SD card, which…
  8. Some Assembly Required
    What We Did We created an autonomous robot that explores the world in linear trajectories while avoiding obstacle using IR range-finding. The robot is a Venom RC car altered to…
  9. Floating Away with AmForth
    1 Starting Forth Forth[3] is a flexible, stack-based programming language that is ideal for embedded use. It has an amazing power to weight ratio; it can do a lot with limited…
  10. Programming for AVR
    This project was done in order to experiment with the Automotakit breadboard board which is based on the ATMEGA256A3U chip. The use of a DAC, ADC , low pass filter, PWM, basic…
  11. Networking
    Board Design For part of my final project I want to make my own USB audio recording device. So I’ll try to develop all the necessary electronics this week. I…
  12. 10 Best AVR Development Boards For Engineers And Hobbyists 2019
    Atmel’s AVR series of controllers is one of the most popular with student and hobbyists. Any beginner in electronics or even professionals for that matter would appreciate an excellent development…
  13. Programming the Microchip ATmega328P in C
    Introduction This document describes how to program the Microchip ATmega328P microcontroller in C using the Avr-GCC toolchain. Students can download the software and install it on their computers by visiting…
  14. What is AVR Microcontroller : PinOut, Working & Its Applications
    The advanced version of a microprocessor is a microcontroller that includes a CPU, Interrupts controller, RAM, ROM, I/O unit, etc. A microcontroller is mainly used for the operation of high-speed signal processing…
  15. Setting up Atmel Studio for USBasp and AVR Programming
    It can be a lot confusing someone for who just started programming in AVR environment. Atmel studio is the best IDP [Integrated Development Platform] for AVR programming and embedded system…
  16. GETTING STARTED WITH AVR MICROCONTROLLER
    GETTING STARTED WITH AVR MICROCONTROLLER.This article will make you familiar how to getting started with AVR Microcontroller. You will learn each and every thing about AVR microcontroller. What are the…
  17. XOD-powered Rechargeable Solar Lamp
    There are inexpensive solar garden/walkway lamps available at most home goods and hardware stores. But as the old saying goes, you usually get what you pay for. The usual charging…
  18. Project Green Stations: Prototype Zero
    Introduction For our final project, we have designed and built a 'proof of concept' prototype for Project Green Stations, an externally funded student group with the following mission statement: Project…
  19. Infrared Universal Remote Control
    Introduction One of the more challenging aspects of owning a home entertainment system is dealing with all the remote controls. My device is designed to tackle this problem. Specifically, the…
  20. Automated Drink Mixer
    Abstract The automated drink mixer takes orders from a push-button menu, and moves a regular 16-ounce glass under a series of inverted bottles while dispensing specified amounts of mixers to…
  21. EYEMouse ELECTRO-OCULAR CURSOR CONTROL
    Introduction Several different approaches have been explored in developing a system to track eye movements. These approaches span from measuring reflections of infrared light to using advanced imaging techniques to…
  22. Segway Robot with Accelerometers
    Introduction The objective of this project was to create a two-wheeled balance bot able to traverse a flat environment and adjust itself to shifts in position and weight, using a…
  23. AccelCar
    Our project aims to take the fun of a Wii Remote and translate it to real life. The AccelCar is a remote-controlled car that is controlled by the way that…
  24. Smart Medicine Box
    Our ECE 4760 final project is to build a microcontroller based smart medicine box. Our medicine box is targeted on users who regularly take drugs or vitamin supplements, or nurses…
  25. Maple Bot
    Introduction For our final project in ECE 4760: Digital Systems Design Using Microcontrollers, we designed and implemented a radio-controlled, map-learning, line-following robot. The robot traverses a map of lines with…

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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