developed a predictive maintenance system using machine learning to help companies reduce downtime & optimize equipment performance. By analyzing historical data, the model predicts potential failures, allowing for timely interventions and saving on costly repairs. This project is an excellent example of leveraging data to drive operational efficiency

built a physical rover designed for autonomous navigation and data collection on uncharted terrain. The rover uses advanced sensors to map its environment, detect obstacles, and transmit real-time data back to a control center. This project highlights my work in robotics and AI, focusing on exploration and real-world applications

Developed a digital tool aimed at providing users with guided therapy exercises and mental health assessments. The application offers personalized sessions, helping individuals track their thoughts, behaviors, and emotions, while incorporating techniques to improve mental well-being. This project emphasizes my focus on psychology & human-centered AI

project, I created a system that leverages satellite imagery and data to monitor and predict natural disasters in real-time. The platform analyzes environmental changes, enabling early detection of events like floods, wildfires, and hurricanes, and provides critical updates to authorities for timely intervention. This project showcases my expertise in remote sensing and geospatial analysis