Mask watch
Mask watch uses machine learning which involves training algorithms to identify whether individuals are wearing masks for house protection. The process begins with collecting a dataset of images labeled as “masked” or “unmasked.” These images are then used to train a machine learning model, allowing the system to learn the features that distinguish masked faces from unmasked ones. Once trained, the model is deployed to automatically detect whether the delivery person is wearing mask or not.
LumaSense
Luma Sense is an Ultrasonic Sensor-Based Light Illumination project which aims to create an intelligent lighting system that automatically adjusts the lighting based on human presence and movement. By integrating ultrasonic sensors, the system detects nearby objects or individuals, triggering the lights to turn on or off accordingly. When motion is detected within a specific range, the ultrasonic sensor sends a signal to the lighting control unit, which activates the lights, ensuring energy-efficient illumination. The lights remain on as long as movement is detected, and they automatically turn off when no movement is sensed for a set period.
Smart Sprout
Smart Sprout is an automatic plant watering system using Arduino, designed to water plants by automating the watering process based on soil moisture levels. The moisture sensor continuously monitors the soil’s moisture content, sending data to the Arduino. When the moisture level falls below a preset threshold, the Arduino activates the relay to turn on the water pump, which waters the plants. Once the soil reaches the desired moisture level, the Arduino turns off the pump, conserving water and saving plant.
Shakti Safe
ShaktiSafe is a wearable safety bracelet designed to enhance the safety and well-being of women in critical situations. This innovative hardware project integrates a variety of features such as distance measurement, a beeper, one-press emergency stop, and a laser for self-defense. Using Arduino-based technology and a combination of accessible hardware components, ShaktiSafe provides a compact, efficient solution to respond to safety threats.
The project aligns with the United Nations’ Sustainable Development Goal 3: Good Health & Wellbeing, focusing on preventing harm, ensuring safety, and supporting women’s autonomy in public spaces. By combining technology with wearability, ShaktiSafe is designed to function as both a preventive and responsive tool in high-risk scenarios.
ParkSahi
ParkSahi is an innovative solution designed to address the growing challenges of urban parking management. This smart parking system leverages advanced sensor technology to optimize parking space utilization, reduce congestion, and improve the overall efficiency of parking in crowded areas. Using ultrasonic sensors, IoT technology, and real-time data analysis, ParkSahi offers a seamless parking experience for both vehicle owners and city planners.
With ParkSahi , drivers can easily locate available parking spaces without wasting time circling around, reducing fuel consumption and lowering emissions. The system not only helps in enhancing user convenience but also contributes to sustainable urban development by ensuring better resource management, efficient space utilization, and environmental impact reduction.
Smart Locker System for Students’ Belongings
1.Background and Concept of project
Rajaprajanugroh 51 School, Buriram Province is a boarding school where students live in the dormitory. Each dormitory has a lot of locker for students to store the personal belong ings. In the past, they use the key to lock lockers and have a lot of problem such as lost the key and inconvenience to open lockers. So, we think that The Smart Locker System for Students’ Belongings have to developed for solving these problems. And use the advance technology to make authentication for opening the locker. Thus, this system enhances both accessibility and security, making locker usage more convenient and efficient for students. In this regard, our team is interested to study the Smart Locker System for Students’ Belongings.
Emergency System Using Arduino Uno and HC-05 Bluetooth Module
An emergency system is designed to provide a quick and easy way to send alerts in emergency
situations. This project implements an Emergency Button System using Arduino Uno and
HC-05 Bluetooth Module, which, when pressed, can activate alarms, send notifications, or
trigger other safety mechanisms. Such systems are widely used in home security, elderly care,
industrial safety, and emergency response applications.
IoT Home Automation Using Arduino Uno and HC-05
Home automation using IoT (Internet of Things) is becoming increasingly popular, providing
convenience, security, and energy efficiency. This project demonstrates how to control an LED
bulb wirelessly using voice commands with an Arduino Uno and an HC-05 Bluetooth
module. The system allows users to turn the LED on and off via voice commands sent from a
mobile app, showcasing a simple yet effective IoT home automation solution.
Heart Rate Monitoring System Using ESP8266 and Heart Rate Sensor
A heart rate monitoring system is an essential biomedical device used to measure and track heart
rate in real time. The ESP8266 microcontroller, coupled with a heart rate sensor, provides an
efficient and cost-effective solution for monitoring pulse rates. This system can be used in
healthcare applications, fitness tracking, and early warning systems for cardiovascular health
monitoring.
Medicine Alert System using Arduino Uno and HC-05
The Medicine Alert System is designed to remind users to take their medicine on time. The
system consists of an Arduino Uno, an HC-05 Bluetooth module, three LEDs, and a buzzer.
The LEDs represent morning, afternoon, and night medicine slots, while the buzzer sounds an
alert. Additionally, the system sends updates to a Bluetooth terminal application on a mobile
phone.