Hello everyone! I hope you all will be absolutely fine and having fun. Today, I am going to elaborate you, how to make Arduino Projects for beginners. Before gong into the detail of this tutorial first of all I would like to explain you a bit about Arduino. Arduino is an open source micro controller. A lot of help is available online so its user friendly hardware. Most of the students prefer to do work on this device. Arduino is a low cost high performance device. Due to its cost effectiveness and open source feature it is commonly available in the market these days. An amazing thing about Arduino is that students can take help online with a lot of examples regarding any of the task. There are thousands of Arduino projects are available online from beginner level to the major real life pro ...
Hello everyone! I hope you all will be absolutely fine and having fun. Today, I am going to share my knowledge about Creating First Program with myRIO. Before doing anything on NI myRIO you must know that how to configure this device. So, before going into the details of this tutorial I would like to suggest you to must visit Getting Started with myRIO and How to Configure myRIO on WiFi for the better understanding of this tutorial. NI myRIO is an amazing processing tool that has a very high processing speed as compared to other microcontroller e.g. Arduino, raspberry pi, gellilio etc. So, it can be used for the real time projects where there is need to respond very quickly according to the assigned tasks. NI myRIO was launched by National Instrument. It has different models. In this tutor ...
Hello everyone! I hope you all will be absolutely fine and having fun. Today, I am going to tell you about how to design an algorithm for Servo Motor Control using Arduino . First of all I would like to tell you a bit about the servo motors. Servo motors are small devices having an output shaft. We can adjust this shaft in different angular positions by continuously sending the servo coded signal. Servo motor maintains the angular position of the shaft as long as the coded signal is present at the input. If the applied coded signal changes, angular position of the shaft of a servo motor also changes correspondingly. If you are working on Servo Motor then i would suggest you to must have look at this tutorial Servo Motor control in Proteus , as its always a best practice to design simulatio ...
Hello friends, I hope you are fine and doing great in your lives. Today, I am not going to write an article or a tutorial, rather I am going to tell you about different engineering projects that I have worked on. If I am talking about engineering projects then it means a variety of different kind of projects. These projects may include microcontroller based projects with Arduino, 8051 or pic, 555 timer based projects, Matlab projects, LabVIEW projects, Proteus projects and a lot more. In this article, I am going to share some of the very interesting projects from my list. If you are an engineering student or someone who loves to work on engineering projects, then you can definitely start from here. The first ones that I am discussing with you are Arduino projects. Arduino Based Engineering ...
Hello everyone, I hope you all are fine and having fun with your lives. Today, I am going to share a detailed Embedded System Projects list for Engineering Students . I hope you guys are gonna enjoy this list of Embedded System Projects. I have shared a lot of Arduino and PIC Microcontroller related projects on my website but they are all posted randomly and are mixed with each other. That's why I have thought of creating this post, so that others can easily access them at one place. Embedded System Projects are those Projects which are used in almost all kinds of automation. All the modern electronics based projects come in this category. In simple words, all those projects where we use Microcontrollers are termed as Embedded system Projects. So, here I have divided these Embedded system ...
Hello friends! This page brings together our electronics projects using Arduino, PIC microcontrollers, 8051 devices and the 555 timer. You can use it as a learning path: begin with a simple input or output, understand the circuit, then combine those building blocks into a more complete application. Many linked tutorials include Proteus simulations, source code or other supporting files. Read each project for its exact requirements and download details. I encourage you to rebuild the circuit yourself before studying the supplied solution, because identifying a wrong connection or timing assumption teaches skills that copying a finished schematic cannot provide. We will keep the original project links grouped by platform, explain what each group teaches and add a practical method for choosin ...
Hello friends! In this tutorial, we will control a servo motor with Arduino in Proteus. We will begin with a simple sweep, understand the signal that commands the position, and then add five push buttons so we can select individual positions. Libraries Libraries used in this tutorial Arduino UNO Library for Proteus: V1.0 (2015, used in this tutorial) · latest version: V4.0 (October 2026) Helping Tools Serial Monitor Advance : a serial terminal window for the UART of your board Serial Monitor Expert : the serial monitor with extra debugging tools LCD Library for Proteus V3.0 : 16x2, 20x4 and I2C LCDs to show your readings A positional hobby servo is convenient because its motor, gearbox and position controller are assembled in one unit. Arduino supplies a command signal while the servo's in ...
Hello friends! Today we will control a hobby servo from a 555 timer in Proteus ISIS. We will generate a repeating position-command pulse, measure its width, and see how changing that width changes the simulated shaft position. This project is a useful way to connect timer theory with motion control. The servo has its own internal motor driver and feedback system; our 555 supplies a command signal, not the motor's operating current. The command pulse must have suitable voltage levels, timing and repetition. The original diagrams and download are preserved below. We will correct two important points from the older explanation: a servo does not universally rotate from −180 to +180 degrees, and the 555's threshold is a fraction of its supply rather than a fixed 5 V value. Figure: Historical se ...
Hello friends! This page brings together our PIC microcontroller projects in a learning sequence. We will start with the controller, programming tools and a basic LED, then move through displays, inputs, analog measurements and motor-control exercises. Each linked tutorial gives you a practical next step instead of leaving you with an unrelated list of projects. If you are beginning with PIC devices, work through one small circuit at a time. Read the explanation, identify the important connections, build or simulate the example, and record what you observed. Understanding why a simple project works is more useful than collecting several HEX files you cannot adapt. Many tutorials in this collection were originally written around older PIC devices and development tools. Their core ideas rema ...
Hello friends! Today, we will learn how to control a relay in Proteus ISIS. We will begin with a simple circuit that energizes a relay coil and switches a lamp, then add a transistor so a low-voltage logic signal can control the coil. This follows naturally from our tutorials on DC motor control , stepper motor control and servo motor control . A relay is useful for switching a load on or off, but it is not the best choice for every motor-control task, particularly rapid speed control. We will keep the demonstration at low DC voltage and use a lamp as the load. The original screenshots remain below, while the connection tables explain the base resistor, protection diode and supply relationships that you should include when building a complete driver circuit. Figure: Relay control demonstra ...
