My research focuses on advancing thermoelectric technologies for energy harvesting and thermal management. It highlights fundamental and applied aspects of charge and heat transport mechanisms in solid-state systems, with an emphasis on designing high-efficiency thermoelectric devices for real-world applications such as industrial waste heat recovery and localized cooling. Through this platform, I aim to share insights into current research trends, experimental techniques, and innovations driving the future of sustainable energy conversion. Central to this work is the rational design and optimization of high-performance thermoelectric materials and devices, aiming to achieve superior energy conversion efficiency under realistic operating conditions. In particular, my research emphasizes the development of innovative thermoelectric systems tailored for practical applications such as industrial waste heat recovery, on-chip thermal regulation, and localized cooling solutions.