SMART DUSTER USING ARTIFICIAL INTELLIGENCE The Smart Duster is an AI-powered cleaning device designed to automate dusting tasks. Equipped with advanced sensors and intelligent navigation, it efficiently identifies and removes dust from various surfaces, ensuring a spotless and allergen-free environment with minimal human intervention. CIRCUIT DIAGRAM CODE
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MENSTRUAL HYGIENE The Menstrual Hygiene App, developed using MIT App Inventor, aims to provide comprehensive menstrual health education and hygiene management tools for women and girls. Designer Screen CODE
CHATBOT An AI chatbot is a computer program that simulates conversation with humans using artificial intelligence (AI). It can understand and respond to questions or requests through text or voice commands. Chatbots are often used for customer service, answering frequently asked questions, or even providing basic entertainment. CODE
HUMAN BRAIN SIMULATOR A human brain simulator prototype using Arduino Uno, ultrasonic sensor, microphone sensor, DHT11 temperature and humidity sensor, and LEDs can serve as an educational tool or a research platform to understand basic brain functions and responses to various stimuli. Here’s a detailed description of such a system CIRCUIT DIAGRAM CODE
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ROVER Designing a rover with a Bluetooth module, Bo-motor (DC motor), and a motor driver shield provides a comprehensive platform for creating a remote-controlled vehicle capable of navigating diverse terrains. Here’s a detailed description of each component and their integration CIRCUIT DIAGRAM CODE
PICK & PLACE ROBO CAR This project features a four-wheeled robotic car equipped with a robotic arm designed to pick up and relocate objects. The system is controlled via an Android smartphone using Bluetooth connectivity, allowing for precise and remote operation. The robotic arm, mounted on top of the car, can be maneuvered through the
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NEXT GENERATION IRRIGATION SYSTEM This project focuses on an advanced irrigation system that leverages the latest technologies to enhance agricultural practices. The system utilizes temperature and soil moisture sensors to continuously monitor environmental conditions. Based on the real-time data collected, the irrigation process is automatically controlled to meet the precise water requirements of the soil.
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HYDROBOT ROBOT The term “HydroBot” generally refers to a type of robotic system designed for applications involving water, but its specific functionalities can vary depending on the context in which it’s used CIRCUIT DIAGRAM CODE
