About: Ibrar Ayyub

Introduction Since its inception in 2005, the Arduino Project has witnessed the sale of over 500,000 boards globally. Unofficial clone boards likely surpass this number, suggesting a presence of over a million Arduino boards or their variants worldwide. Its popularity is on the rise as more individuals recognize the remarkable potential of this open-source project, […]

Featured Application The research project described in the paper seeks to develop a real-time human body temperature tracking system using the Internet of Things (IoT) and LoRa wireless network technologies. Specifically, an Arduino microcontroller is used to interface with a body temperature sensor and transmit the sensor data via a LoRa module to monitor temperature […]

Introduction In the realm of telecommunication and computer networks, the application of Dual Tone Multi-Frequency (DTMF) technology has extended beyond traditional telephony into diverse fields, including industrial automation and control systems. One intriguing application of DTMF technology is in the speed regulation of DC motors. This project, titled “Speed Regulation of DC Motor Using DTMF […]

1.  Introduction (1)   Purpose A conventional solar panel typically converts only 30 to 40 percent of incident solar irradiation into electrical energy. To ensure a consistent output, an automated system capable of continuously adjusting the solar panel’s orientation is necessary. Addressing this need, the Sun Tracking System (STS) was developed as a prototype solution. This […]

Sometimes voltage fluctuations occur in the main electricity supply in our homes offices etc. These fluctuations can occur due to the interruption of heavy load, lightning and switching impulses. This can lead to the electronics part damage and sometimes causes major accidents. Voltage fluctuation or irregularities are also major issues in industrial appliances and often […]

Arduino interface boards serve as enchanting tools for individuals with a flair for innovation. They empower engineers, artists, designers, hobbyists, and tech enthusiasts to transform their concepts into reality. These accessible boards provide an economical gateway into the realm of electronics. Envision crafting interactive artifacts, constructing practical applications, and pioneering creations previously unimagined – all […]

The environment shows a range of light colors, each moving at its own wavelength like a symphony. The Spectrophotometer Project based on Arduino aids in revealing the hidden language of light. This project provides a captivating investigation of the field of spectroscopy. It allows the construction of an inexpensive and educational scientific tool using the […]

Significance Addresses critical safety concerns in mining which is inherently hazardous work Leverages IoT and Arduino to develop a comprehensive safety monitoring system Has potential to significantly reduce accidents and improve standards if implemented widely Methodology Utilizes various sensors to monitor environmental parameters like temperature, gas levels etc Interfaces sensors with Arduino microcontrollers for centralized […]

Introduction Radar technology is commonly used for applications like weather monitoring, air traffic control, and object detection. However, traditional radar systems can be complex and expensive to implement. This project explores an accessible alternative approach using an Arduino microcontroller and ultrasonic sensors for basic object detection capabilities. Components and Materials Arduino Uno board HC-SR04 ultrasonic […]

1        Introduction 1.1        Overview The Arduino microcontroller, a user-friendly yet robust single-board computer, has garnered significant popularity in both hobbyist and professional circles. Being open-source, Arduino boasts affordable hardware and freely available development software. This guide is tailored for students enrolled in ME 2011 or anyone encountering Arduino for the first time. Advanced users can […]