Performance is determined by zT = (S^2 σT)/κ, where S is the thermoelectric potential (Seck coefficient), σ is the conductivity, S^2σ is the power factor (PF), and T is the absolute Regarding temperature, κ is the total thermal conductivity. This project intends to synthesize potential p-type and n-type thermoelectric materials at room temperature. Wet chemical synthesis at room temperature was chosen because of its ability to can provide a low-cost approach to produce high-quality nanostructured compounds with diverse morphology and size control. This versatility is ideal for specific Tailoring material properties is critical for thermoelectric applications. This project will systematically explore chemical reaction mechanisms, physical mechanisms, and modify material compositions to obtain relevant Materials with equal or better zT value.