Course Title The Sine Wave Inverter Circuit project is designed to convert DC power (from a battery or solar panel) into AC power with a pure sine wave output. Unlike square wave or modified sine wave inverters, this circuit produces a smooth AC waveform, making it suitable for sensitive devices like computers, medical equipment, and […]
Explore More
Course Title The Stepper Motor Angle Controller project is designed to precisely control the angular position of a stepper motor using a microcontroller. Stepper motors move in discrete steps, making them ideal for applications where accurate positioning, speed, and direction control are required. This project demonstrates how to set a desired rotation angle through user […]
Explore More
Course Title The IoT-Based Load Monitoring System is designed to measure and monitor the power consumption of electrical loads in real-time using IoT technology. It continuously tracks voltage, current, power, and energy usage, then uploads the data to a cloud server or IoT dashboard. This project is useful for homes, industries, and commercial spaces to […]
Explore More
Course Title The Temperature-Controlled Fan using Arduino is a simple automation project that adjusts fan speed based on surrounding temperature. Using a temperature sensor, the Arduino monitors the environment and increases or decreases fan speed accordingly. This project is widely used in homes, server rooms, and industrial setups to maintain a comfortable or safe temperature […]
Explore More
Course Title The RFID-Based Attendance System is designed to automate the process of marking attendance in schools, colleges, or offices using RFID technology. Instead of manual roll calls or registers, each student/employee is given an RFID card with a unique ID. When the RFID card is swiped near the reader, the system automatically records attendance […]
Explore More
Course Title The Smart Helmet with Accident Alert is a safety innovation project designed to enhance rider safety by ensuring helmet usage and providing instant accident detection with alerts. The system integrates sensors and IoT technology to monitor helmet usage, detect crashes, and automatically send alerts to emergency contacts. The helmet is equipped with a […]
Explore More
Course Title The Solar-Powered Automatic Irrigation System is designed to automatically water crops based on soil moisture levels, using solar energy as the power source. This system helps farmers save time, water, and electricity, while ensuring proper irrigation for better crop growth. It consists of soil moisture sensors, a water pump, and a microcontroller, all […]
Explore More
Course Title The Speed Control of DC Motor using PWM (Pulse Width Modulation) project is designed to regulate the speed of a DC motor efficiently without wasting power. Instead of using resistors or mechanical methods, this system varies the duty cycle of PWM signals from a microcontroller to control motor speed. This method is widely […]
Explore More
Course Title The Arduino-based Elevator Control System is a prototype designed to simulate the working of modern lifts/elevators used in buildings. It is built using an Arduino microcontroller, motor driver, sensors, and push buttons, enabling automatic floor selection, door control, and safety features. This project demonstrates real-world elevator logic, including floor indication, up/down movement, and […]
Explore More
Course Title The Industrial Temperature Control using PID project is designed to maintain a desired temperature in industrial processes by using a PID (Proportional-Integral-Derivative) controller. Traditional ON/OFF controllers often cause fluctuations, but a PID controller ensures smooth, accurate, and stable temperature regulation. This system uses temperature sensors, microcontroller-based PID logic, and heating/cooling elements to continuously […]
Explore More
Got Questions About Your Final Year Project? We help engineering students submit their projects stress-free – with models, reports, and full guidance.
No stress. No confusion. Just working models, ready reports, and full support.
Pricing varies by stream and complexity. Get in touch for a quick quote.
Yes, our projects have been accepted by 1000s of students across India.
You get a working model + documentation + PPT + viva support.
© 2015 – 2024 Themexriver I All Rights Reserved
