Autopilot Navigation Simulator
Built a Python program that simulates how a self-flying aircraft can navigate through space using smart pathfinding and obstacle detection. It learns and improves its routes over time, making navigation faster and more efficient.
AI Traffic Monitoring System Created a real-time system that uses cameras and AI to detect vehicles and track traffic patterns. It includes a web dashboard to show congestion data and can recognize license plates or unusual activity using machine learning.
Smart City Transit & Navigation App
Designed a mobile app that shows live updates for buses and trains using GPS and Google Maps. Built with Flutter, the app provides real-time route tracking, estimated arrival times, and helps users plan their trips in busy urban areas.
Neural Network from Scratch (Ongoing)
Creating a basic AI model in Python without using machine learning libraries. The program learns patterns from data by adjusting its own rules through repeated training, helping me understand how AI works at the most fundamental level.