Welcome to Kerala Project Center.
| Topic | Abstract | Enquire |
|---|---|---|
| Smart Home Automation | This project creates a fully automated home system where appliances like lights, fans, and electronic devices can be controlled remotely using Bluetooth or Wi-Fi. The integration of sensors such as DHT11 or PIR provides automated responses to environmental changes, and IoT platforms allow real-time monitoring and scheduling. The system demonstrates a practical application of IoT in enhancing home convenience and energy efficiency. | |
| Weather Station | A weather monitoring system capable of measuring and displaying temperature, humidity, and atmospheric pressure. Using sensors such as DHT22 and BMP180, the system logs data locally or transmits it to cloud platforms for historical analysis. Designed to provide accurate real-time weather data, it highlights the integration of environmental sensors and IoT technologies. | |
| Bluetooth Car | This project involves building a robotic car controlled by a smartphone via Bluetooth. The car responds to directional commands such as forward, backward, and turns, using a Bluetooth module (HC-05) for communication and a motor driver (L298N) to drive the DC motors. It demonstrates real-time communication and motion control. | |
| Arduino Game Console | A portable game console built with Arduino that features an OLED screen and push buttons for playing simple games like Snake or Tetris. The project demonstrates pixel rendering, game logic implementation, and user interaction, showcasing the potential of Arduino for entertainment applications. | |
| Gesture-Controlled Robot | A robot controlled by hand gestures detected using an accelerometer sensor (e.g., MPU6050). The robot processes tilt data to determine movements such as forward, backward, or turning. It highlights real-time sensor integration, signal processing, and robotic motion control using Arduino. | |
| IoT Plant Monitor | An IoT-enabled system designed to monitor soil moisture, light intensity, and temperature, ensuring optimal plant health. Using Wi-Fi modules (ESP8266 or ESP32), the data is transmitted to cloud platforms for real-time access, and users can receive alerts for necessary interventions, such as watering. | |
| Voice-Controlled Light | This project develops a voice-controlled lighting system using a voice recognition module. Predefined voice commands toggle lights on/off or adjust their brightness. It showcases practical applications of voice recognition technology in home automation systems. | |
| RFID Door Lock | A secure access control system where an RFID reader authenticates users based on pre-registered RFID tags. Upon verification, the Arduino triggers a relay to unlock the door. Unauthorized attempts can be logged or trigger alarms, demonstrating a practical application of RFID technology for security. | |
| Ultrasonic Distance Tracker | An ultrasonic sensor-based system that measures distances and displays them on an LCD. By calculating the time taken by sound waves to travel and return, the project provides accurate distance measurements, suitable for parking assistance or obstacle detection systems. | |
| Automatic Water Dispenser | A contactless water dispenser that detects the presence of a container using ultrasonic sensors and automatically activates a water pump. The system ensures hygienic operation and is ideal for public spaces, especially in health-sensitive environments. | |
| Smart Dustbin | An automated dustbin that opens its lid when motion is detected using an ultrasonic or IR sensor. The system promotes hygienic waste disposal and minimizes the need for direct contact, showcasing the use of sensors and servo motors in automation. | |
| Sound Visualizer | A system that visualizes sound input as patterns of light on LEDs or an LED matrix. A microphone module captures audio signals, which Arduino processes to produce dynamic visual effects. This project is ideal for music enthusiasts and audio diagnostics. | |
| Maze Solver Robot | An autonomous robot capable of navigating and solving mazes using IR sensors and decision-making algorithms. The robot processes sensor data to detect walls, turns, and paths, showcasing advanced robotics and algorithmic implementation. | |
| Wi-Fi Weather Display | A weather station that retrieves real-time data from online APIs, displaying parameters such as temperature, humidity, and weather conditions on an LCD. The project demonstrates IoT integration and live data fetching using Arduino. | |
| Gas Level Indicator | A monitoring system for gas levels in tanks, using pressure or MQ sensors. The system displays the gas level on an LCD and can trigger alerts for low levels, enhancing safety in households or industrial applications. | |
| DIY Arduino Drone | A quadcopter designed with Arduino as its flight controller, using gyroscopic and accelerometer data for stabilization. Brushless motors and ESCs ensure smooth flight control, demonstrating principles of aerodynamics and wireless control. | |
| Home Energy Monitor | A system that monitors and displays electricity consumption in real-time using current sensors like ACS712. Data is visualized on an LCD or transmitted to a cloud platform, promoting energy awareness and optimization. | |
| IoT Doorbell | A smart doorbell system that notifies users on their smartphone via Wi-Fi when the doorbell is pressed. Optional camera integration captures snapshots, enhancing home security with IoT capabilities. | |
| Bluetooth-Controlled RGB Light | An RGB LED lighting system that allows color and brightness customization through a smartphone app. Bluetooth communication with Arduino enables dynamic and user-friendly control for decorative applications. | |
| Automatic Streetlight | A smart streetlight system that automatically turns on/off based on ambient light levels detected by an LDR. Timers and IoT integration ensure energy-efficient operation. | |
| Wireless Data Logger | An IoT-enabled data logging system that collects environmental data, such as temperature and humidity, from sensors and uploads it to cloud platforms like ThingSpeak for visualization and analysis. | |
| Heart Rate Monitor System | A portable system that measures heart rate using optical sensors and displays the data on an LCD. The system also supports IoT-based remote health monitoring. | |
| Self-Balancing Robot | A two-wheeled robot that maintains its balance using gyroscopic and accelerometer data from an MPU6050 sensor. Arduino processes this data to adjust motor speeds dynamically, demonstrating PID control and advanced robotics. | |
| IoT Water Quality Monitor | A system that measures water quality parameters such as pH and turbidity, sending data to cloud platforms for real-time monitoring. Alerts can be triggered when parameters exceed safe thresholds, making it suitable for environmental and industrial applications. | |
| GPS Tracker | A GPS tracking device that captures real-time location data and sends it to an IoT platform for monitoring. Applications include vehicle tracking, logistics, and personal navigation tools. | |
| Smart Fan Control System | A temperature-sensitive fan system that adjusts its speed based on real-time room temperature using a DHT11 sensor and Arduino. The system demonstrates the application of PWM in controlling motor speed for energy-efficient cooling solutions. |
This project help in maintaining the soil fertility consistently.The crop mutation allows the soil to regain the minerals that were used by the crop previously and use the left over minerals for cultivating the new crop.
This project is to enhance the technical aspect of a living room so as to improve its security and easy of access more over it can be used as a patient monitoring and aid room.
The smart shopping trolley system helps customers while shopping. The trolley has an automatic billing system and it follows the movement commands provided by the user by using an android application that was installed in customers mobile.
Gas pipes play very important roles for cities, industries and thus in growing economies. So gas leakages lead to losses as well as are a threat because they can also lead to fire accidents.
The main objective of our Driver Assistant System project is to develop an anti-collision system for vehicles that can be used for real-time application.
This project proposes an approach that can be applied in Universities, schools, colleges, and various Organizations. With the aid of Proposed work employees can be monitored automatically without any conventional methods and at a reasonable price compared to already existing programs.
In Laser Torch Based Communication System project we implemented a new generation "laser torch-based voice Transmitter and receiver" which is a good replacement for the present day communication systems.
The Motion Sensor for Security Light system uses Passive infrared sensor. These sensors are capable of sensing the presence of human being and post the same to the compar ator IC.
We propose an RFID-based system for navigation in a building for blind people or visually impaired.
Due to global warming and climate changes, there are challenging situations in the coal mine. To reduce the cost as well as to improve productivity along with product quality the automation in the field of a coal mine is necessary, which will also reduce the mineworkers efforts.
In our proposed system a basic home automation application on Raspberry Pi, which is automatically turned ON when NFC band is within the range and turned OFF automatically when it is out of range.
“IoT Early Flood Detection & Avoidance System” is an intelligent system which keeps close watch over various natural factors to predict a flood
GSM based smart home system a system developed to remotely control and monitor multiple home appliances and detect intrusion using a cellular phone. This system is based on GSM network technology for the transmission of SMS from sender to receiver.
This project proposes the model of a system that has the ability to balance out the level of traffic congestion between different highways that all share the property of leading a passenger or driver to the same destination.
The goal of this project is to build a simulated model of a drone system, modify, and improve an existing quadcopter kit to obtain a learning platform for students and anyone interested to be exposed and have a full knowledge of drones and how they work.
Every living organism needs food to llue, We cannot imagine life without Irrigation. If everything gets automated even irrigation systems also need to be. We have developed a Smart Irrigation system using the concept of loT.
Liquid level indicator is a device meant to overcome the stress of opening reservoir or dipping rod into the tank for gauging the level of the liquid.
Employee Attendance System (EAS) is an application developed to manage and monitor employee attendance and information. The purpose is to make sure that the employees are punctual and do their jobs on time.