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:

Build A Cheapest Possible Arduino-Robot

Posted on: 23 Oct 2017

The aim is to build cheapest possible Arduino-robot Step 1: Components Arduino UNO R3 x1 USB cable x1 Mini solderless breadboard x1 IR sensor x1 Continuous rotation servo x2 Battery holder x1 AA battery x4 Bunch of color wires Step 2: Getting Started With Arduino IDE First of all we need to install Arduino IDE. […]


Flash Freeze Photography with an Arduino

Posted on: 21 Oct 2017

Freeze moments in time to easily produce extraordinary close-up pictures with your digital camera, an Arduino, and these simple circuits. I have always been impressed by high-speed photography. The photographic capture of what normally goes unseen, or at least unnoticed, is intriguing and oftentimes beautiful. High-speed cameras, however, are expensive and beyond the reach of […]


Controlling a Stepper Motor with an SIRC TV Remote and a PICAXE: Infrared Capabilities

Posted on: 19 Oct 2017

This is part one of a two-part project. For part one, we will focus on IR remotes and signaling, as well as IR reception and decoding. Using IR (InfraRed) radiation to control electronic devices is widely accepted and implemented. IR devices are routinely used in alarm systems, automatic door openers, and similar applications. This project […]


Quark D2000 I2C Interfacing Add a Color Sensor and Asynchronous Mode

Posted on: 18 Oct 2017

We finish up our project using I2C on the Quark D2000 development board with the addition of a color sensor and an object color identifier program. Finally, we revisit interfacing the BH1750FVI ambient light sensor using asynchronous mode I2C. Before continuing in this article, consider reading through part one of the article: Quark D2000 I2C Interfacing: […]


Quark D2000 I2C Interfacing: Add a Light Sensor and an LCD

Posted on: 17 Oct 2017

Get acquainted with using I2C with the Quark D2000 development board by interfacing an ambient light sensor and an LCD. Previously, we presented a general overview of the Quark D2000 development board. Subsequently, we explored the use of the board’s GPIO and PWM. In this project, we will explore using I2C with the D2000 board […]


Building a simple digital light meter using Arduino and BH1750FVI sensor

Posted on: 15 Oct 2017

A light meter is a device that measures the intensity of light. It finds applications in schools, hospitals, production areas, passageways and more to measure and maintain proper lighting levels. It is often used by photographers to determine the proper exposure for a photograph. Today we are going to build a simple light meter using […]


MCP9802 temperature sensor and Arduino

Posted on: 14 Oct 2017

MCP9802 is a digital temperature sensor from Microchip that measures temperatures between -55°C and +125°C to a digital word. It provides an accuracy of ±1°C (maximum) from -10°C to +85°C. The MCP9802 sensor comes with user-programmable registers that provide flexibility for temperature sensing applications. The register settings also allow user-selectable 9-bit to 12-bit temperature measurement […]


High-voltage seven segment LED display driver with SPI interface

Posted on: 12 Oct 2017

Seven segment LED displays are known to be resource and power hungry. But because they are visually so charming and readable from a far viewing distance and at a much wider viewing angle as compared to any other electronic displays, they are still hugely popular. The required number of I/O pins to drive the LED […]


Arduino measures heart beat rate from fingertip

Posted on: 10 Oct 2017

The PIC16F628A based heart rate meter is one of the most popular projects published on Embedded Lab. In this article, I am going to show how to replicate the same project using a simpler platform like Arduino. The Arduino heart rate meter will use Arduino Uno, Easy Pulse Plugin, and 4-digit SPI seven segment LED […]


Using BMP180 for temperature, pressure and altitude measurements

Posted on: 09 Oct 2017

The BMP180 is a new generation digital barometric pressure and temperature sensor from Bosch Sensortec. In this tutorial, we will briefly review this device and describe how to interface it with an Arduino Uno board for measuring the surrounding temperature and pressure. We will also discuss about retrieving the sensor altitude from its pressure readings. Experiment setup […]




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