Measure, analyze, and report real-time environmental conditions.
The Air quality Monitoring System is an intelligent embedded system designed to measure, analyze, and report real-time environmental conditions such as temperature, humidity, atmospheric pressure, rainfall, and other climatic factors. Using a combination of digital sensors and microcontroller technology, the system continuously gathers data from its surrounding environment and processes it to provide accurate and timely weather information. This data can be displayed locally, stored for analysis, or transmitted remotely using IoT platforms, making the system versatile for both standalone and networked applications.
Golfiers
Sports
Ui Design
March 2022
Project Goal
It plays a crucial role in climate observation, weather prediction, and environmental monitoring, especially in areas where reliable weather data is not readily available. For example, in agriculture, farmers can use the system to determine optimal times for planting, irrigation, and harvesting based on local weather conditions. In smart city environments, such systems can automate ventilation, shading, and heating systems based on weather forecasts. Moreover, in educational and research settings, the system offers a hands-on platform for students and researchers to learn about meteorology, electronics, and data analysis.
Design Concept
Built with modularity in mind, this weather monitoring system can be easily customized and expanded. Additional sensors for wind speed and direction, UV index, or air quality can be integrated depending on the application. The compact size, low power consumption, and potential for solar-powered operation make it ideal for remote or off-grid installations.
Interaction Design
The implementation of dynamic animations and interactive 3D elements significantly improved the user experience. The 3D map, in particular, allowed users to explore golf courses in an engaging and visually appealing way, making the booking process seamless and intuitive.
