Learn AI's role in addressing complex challenges. Build skills combining human and machine intelligence for positive real-world impact using AI
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Learn AI's role in addressing complex challenges. Build skills combining human and machine intelligence for positive real-world impact using AI
A real-time air quality monitoring platform for both Turkey and the world. This application collects, processes, and visualizes air quality data from various sensors across different regions. It provides up-to-date information on pollutants such as PM2.5, PM10, NO₂, SO₂, and O₃.
An outdoor environmental monitoring system utilizing LoRa for long-range communication. This project captures air quality, temperature, and humidity data using Arduino and ESP8266. The data is then transmitted via MQTT to a Flask server for classification and an Android application for real-time visualization.
Lambda Architecture for real-time traffic speed (TomTom) and air quality (OpenAQ) data in Ho Chi Minh City. Streams to Kafka/JSON, processes with PySpark, persists in Lakehouse (MinIO + Delta Lake), and highlights critical periods where PM2.5 spikes align with congestion, supporting smart city traffic and health decisions.
Arduino-based environmental monitoring system with temperature, humidity, gas sensing, LCD output, and ESP8266 Wi-Fi communication.
AI-powered air quality monitoring with real-time tracking, predictive modeling, and personalized alerts from global pollution data sources.
An IoT-based air quality monitoring system uses ESP32 and gas sensors to detect harmful gases in real time and alert users when pollution levels exceed safe limits.
Air Guardian is an advanced IoT-based air quality monitoring system designed to enhance safety in outdoor environments.
IoT-based Air Quality Monitoring System using ESP32, MQ135, DHT11 and Blynk Cloud.
A real-time weather dashboard providing current conditions, air quality metrics, and interactive 5-day forecasts for global locations with automatic geolocation. Backed by a fully automated CI/CD pipeline for continuous deployment.
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