About: Ibrar Ayyub

Author Bio: I am an experienced technical writer with a background in computer science. I hold a Master's degree in computer science from BZU Multan University, one of the most reputable universities in Pakistan for computer science education. With my advanced degree and extensive experience in the field, I have a deep understanding of various computer science concepts and technologies. In addition to my expertise in computer science, I have a diverse range of experience in technical writing. I have written for various industries, covering a wide range of topics, including engineering, home automation, and more. My ability to communicate complex technical information in a clear and concise manner has made me a valuable asset to many organizations. My writing style is characterized by its clarity and simplicity. I am able to break down complex concepts and explain them in a way that is easy to understand for readers with different levels of technical knowledge. I am also skilled in using various forms of media, such as infographics and diagrams, to make my writing more engaging and interactive. I have a special interest and expertise in home automation and engineering; I have written several articles and research papers on the topic and am well known in the field. My writing on home automation and engineering is informative, accurate, and reliable, providing valuable insights on the latest technologies and trends in the field. Overall, I am an experienced technical writer who can provide valuable insights and information for various fields of life, mainly home automation and engineering. I have the qualifications and experience to write about a wide range of topics, and my writing style is clear, simple, and engaging. I am an asset to any organization that requires technical writing services.
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Posts by Ibrar Ayyub:

Accelerometer and Relay based Hand Gesture Controlled Wireless Home Automation System with ATmega32 using 433MHz RF

Posted on: 11 Jul 2017

In this project, we will learn How to design an Accelerometer and Relay based Hand Gesture Controlled Wireless Home Automation System with AVR ATmega32 microcontroller using 433MHz RF. Here, we will use different hand gestures as input signal to control the appliances i.e 2 bulbs and 2 fans. Also, we will display the status of […]


Password Protected BT136 Triac based Keypad Controlled Wireless Home Automation System with ATmega32 using 433MHz RF-I

Posted on: 10 Jul 2017

In this project, we will learn How to design a Password Protected BT136 Triac based Keypad Controlled Wireless Home Appliances System with AVR ATmega32 microcontroller using 433MHz RF Part-I. Here, we will use the 4X4 keypad as the input device to enter the password and to control the appliances i.e 2 bulbs and 2 fans. […]


LM35 Temperature Sensor Interfacing with ATmega32 and LED Display

Posted on: 09 Jul 2017

LM35 series is a low cost and precision Integrated Circuit Temperature Sensor whose output voltage is proportional to Centigrade temperature scale. Thus LM35 has an advantage over other temperature sensors calibrated in Kelvin as the users don’t require subtraction of large constant voltage to obtain the required Centigrade temperature. It doesn’t requires any external calibration. […]


Atmega 32u4 Based Wireless USB Keyboard

Posted on: 08 Jul 2017

How a generic keyboard is made has been already explained in the Atmega 32u4 Based Generic USB Keyboard Project. In this project a wireless keyboard will be designed. For making a wireless keyboard, there will be two circuits involved in the project – a transmitter circuit which will have a keypad included for getting the […]


Atmega 32u4 Based LED Status

Posted on: 07 Jul 2017

In the Atmega 32u4 Based USB Controlled LED Series Project, it was demonstrated how to use control transfer to receive data from computer to the peripheral. In this project, it will be demonstrated to transfer data from microcontroller to the host computer. For this, the device will be configured as HID Class Device again. An […]


Atmega 32u4 Based Wireless USB Mouse

Posted on: 07 Jul 2017

How a generic mouse is made was explained in the Atmega 32u4 Based Generic USB Mouse Project. In this project a wireless mouse will be designed. For making a wireless mouse, there will be two circuits involved in the project – a transmitter circuit which will have a keypad included for getting the user input […]


Atmega 32u4 Based USB Speaker

Posted on: 05 Jul 2017

A speaker is a device that produces sounds from the electrical signal having audio encoded. The speakers usually have a 3.5 mm jack for audio output from the computer. Nowadays USB interface is also gaining popularity for interfacing audio devices with the computer. A lot of portable audio and musical devices nowadays have USB connector […]


Atmega 32u4 Based USB Musical Keyboard

Posted on: 04 Jul 2017

The music keyboard is one of the most common musical instruments. The electronic musical keyboards have been around for a long time. The electronic music keyboards synthesize musical sounds electronically according to MIDI (Musical Instrument Digital Interface) standards. Fortunately, the USB protocol does have provision to implement the MIDI standard under Audio Class Devices. The […]


Atmega 32u4 Based USB EEPROM Reader

Posted on: 03 Jul 2017

External memories are frequently used to store and carry computer data. The USB flash drives are quite common nowadays. This project is an attempt to demonstrate making of USB storage devices. The project converts an external EEPROM which basically has I2C interface to an USB device. The project actually works like a protocol changer between […]


Atmega 32u4 Based USB Controlled LED Series

Posted on: 01 Jul 2017

Throughout this USB series, different types of USB devices have been designed and developed. These devices were enumerating with the host computer and then were using Class Specific transfers for further USB communication. Like the Keyboard, Mouse and joystick devices were using interrupt transfers for their operations after enumeration. Similarly, the audio class devices were […]




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