Smart Piezoelectric Energy Harvesting System using Arduino & MATLAB

I designed and implemented a smart system for converting mechanical energy into electrical energy using piezoelectric materials (PZT). The project focuses on harvesting energy from vibrations and small mechanical movements, which can be applied in sustainable and renewable energy solutions.

The system was built using Arduino for real-time data acquisition and MATLAB for data analysis and system modeling. I collected and analyzed voltage signals generated from different mechanical inputs to evaluate system efficiency.

This project demonstrates my ability to integrate hardware and software, work with embedded systems, and analyze real-world data effectively. It also reflects my interest in energy systems, data analysis, and innovative engineering solutions.