I began my doctoral journey in June 2025, driven by a deep interest in advanced materials for thermoelectric applications. My research bridges fundamental science and engineering, with a focus on the design, synthesis, and optimization of materials capable of efficiently converting heat into electricity. I explore the intricate relationship between structure, properties, and performance, aiming to enhance thermoelectric efficiency through innovative synthesis techniques and detailed characterization. Passionate about sustainable energy solutions, my work is dedicated to advancing thermoelectric technologies that can play a pivotal role in developing cleaner and more efficient energy systems. Through this research, I strive to make meaningful contributions to the future of energy.