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:

Electron holography reveals the startling beauty of nanoscale magnetic vortices

Posted on: 30 May 2014

Nanoscale magnetic swirls known as skyrmions can form in certain materials such as thin magnetic films. These tiny vortices pack into dense lattices that are more stable than conventional magnetic domains and can be transported and manipulated with minimal electrical power—features that hold great promise for future information storage applications


DIY OPA2134 RIAA Phono Preamplifier

Posted on: 30 May 2014

This project is a departure from that of my normal sort. It is based around an operational amplifier (op-amp)… Yup I’ve transgressed to the dark side. Actually I have nothing against integrated circuits (IC) or solid state devices and in fact use a number of solid state components in my designs. This project is for […]


A potential candidate for more efficient solid oxide bismuth and iridium fuel cells

Posted on: 29 May 2014

(Phys.org) —Fuel cells for decentralized energy production require oxygen ion conductors: materials that can store oxygen as ions, and then transport and release it. German researchers have now found an unusual compound that is the first metallic oxygen ion conductor of its kind, as well as the first one that is active at room temperature.


DIY Temperature & Humidity & Smoke Detector

Posted on: 29 May 2014

ICStation team introduce you how to DIY this temperature & humidity & smoke alarm system based on ICStation Mega 2560 compatible with Arduino.The working voltage of this system is DC5V.It can measure the current temperature, humidity and smoke. It can display real-time data by the 1602 LCD and can realize the sound and light alarm […]


p.u.l.s.e. – fader control for Motorcycle parking Lamp

Posted on: 29 May 2014

My brother is a Mechanical Engineer who loves his KTM Duke 200 bike. He asked me to build this circuit : http://sunbizhosting.co.uk/~spiral/blog/?p=227 for a ‘heartbeat’ lamp controller for the parking light. A Neutral Detect (ND) signal controls the lamp pulsing. When ND is HIGH, the Lamp is fully lit. When ND goes LOW, the lamp […]


Maxim Power for Single-Dual Cell Battery Driven Apps

Posted on: 29 May 2014

This collection of circuits provides step-up voltage regulation for single cell and dual cell Alkaline, NiMH, and Li+ battery driven applications. Regulate your battery driven app with an efficient converter from Maxim. Your battery-powered application needs regulation. This collection of circuits provides step-up voltage regulation for single- and dual-cell Alkaline, NiMH, and Li+ battery-driven applications. […]


BLDC motor control using Atmega328

Posted on: 28 May 2014

As part of my 3D printer project, one of the big electronics hurdles to overcome was a motor controller for a BLDC (BrushLess Direct Current) motor. Searching for a cheap, off the shelf controllers that would interface easily with a microcontroller turned up fruitless, so I took the opportunity to design my own circuit. It was […]


Bipolar Stepper Motor Driver Circuit with LMD18245

Posted on: 28 May 2014

Introduction For some time I have been planning to build a number of devices that make use of stepper motors. Since I have no experience in using stepper motors I had no idea what parts, what driver and controller circuits I would need to get them running. After extensive research  on the internet I decided […]


Make an Oscilloscope Using the SainSmart Mega2560 with the TFT LCD shield and the 3.5 "color touch screen

Posted on: 27 May 2014

This instructable will show you how to build a portable Touch Screen Oscilloscope for less than 40 U$! The oscilloscope is one of the most powerful  electronic instruments that is available to electronics hobbyist, experimenters, and engineers. It is mainly used  to measue time-varying signals. Any time you have a signal that varies with time( […]


CSU lab team custom-build helmet liner for Brazil event (w/ video)

Posted on: 27 May 2014

Viewers around the world preparing to watch the World Cup next month in Brazil are also to witness a special event where a paralyzed person, with the help of a robotic exoskeleton, will rise from a wheelchair, walk to the center of the field and kick a soccer ball. The mind-controlled exoskeleton is the work of an inspiring global collaboration among scientists, as part of the Walk Again Project.




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