I am Vasiliki .I am a dedicated student driven by a deep fascination for the intersection of Mathematics, Chemistry, and Technology. Whether I am solving complex equations or exploring the latest tech innovations, I thrive on understanding how the world works at its most fundamental level. Outside the classroom, my life is a balance of discipline and high-energy passion. I am a lifelong football fanatic, having followed the beautiful game with unwavering loyalty since childhood. When I’m not analyzing stats or cheering for my team, you can find me at the piano, where I channel my focus into music. I am looking to connect with tech enthusiasts who share a drive for discovery and a love for the game.

A Machine Learning-Driven System for Football Field Irrigation using Satellite Analysis and Low Cost IoT Electronics
This project presents an intelligent, data-driven irrigation framework designed to regulate severe water scarcity in football field management, with a specific focus on the extreme water-stressed climate of Cyprus. Our system transitions traditional experience-based watering habits into a precise, automated decision-support system. The architecture integrates multi-level technology: ground-based capacitive soil moisture and AHT10 temperature and humidity sensor managed by a Kypruino UNO+ microcontroller, remote sensing data from the ESA Sentinel-2 mission, and cloud-based machine learning analytics. While initial deployment between January to March 2026 required manual data logging due to localized ESP8266 Wi-Fi connectivity limitations, an app was fully coded and optimized between April to June 2026. Our model using Ridge Regression and XGBoost models established a high-accuracy correlation between…