Research scientist at MERGE Chemistry (IV groups) working on zinc battery development in mildly acidic and alkaline media such as hydrogen mitigation, morphology control, electrolyte design using different additives, and various battery tests, applying LSV, EIS, Coulombic efficiency, stability test, self-discharge, and other electrochemical tests. A Postdoctoral Research Associate at the University of Virginia with a Ph.D. in Electroanalytical Chemistry, specializing in graphene synthesis and applying in biosensor and battery fabrication. I have extensive experience synthesizing semiconductor nanomaterials from carbon-based to transition metal oxide through chemical and electrochemical methods and their application in energy harvesting cells, including air-moisture, pseudocapacitor, and battery. Electrodeposition of Mg and Zn on Al and Mg alloys, as well as Cu and Co on gold and carbon fiber substrates in organic and aqueous media, are other experiences. I determined the interaction mechanism of water-dissolved O2, water, and CO2 at metal oxides and suboxides, demonstrating the pseudocapacitor-harvester performance of the cell that has been assessed by applying electrochemical and spectroscopic techniques. In addition, I have several years of experience in the spectroscopic and electron microscopy characterization of materials and expertise in data analysis, interpretation, and presentation. Besides, several years of lab managing, supervising, and training lab members and remarkable collaboration skills make me an effective team player.