Skills
Technical Skills
1. Analytical Techniques: HPLC, GC, UV-Vis, AAS, FTIR, NMR, etc.
2. Laboratory Skills: Sample preparation, calibration, data interpretation, and instrument maintenance.
3. Software: Origin, ChemDraw, SPSS, MS Office
4. Statistical & Data Analysis: Regression, ANOVA, method validation parameters (LOD, LOQ, precision, accuracy).
About
I would like to thank you for allowing me to write a few words about my study plan and my prospects. I am interested in catalysts, energy, and material science, especially green nanomaterials for energy applications or fundamental investigation of single-atom catalysts or any other areas of catalysis, and electrochemistry, because nowadays these areas have a greater chance to explore a variety of knowledge. Also, it will polish my academic skills and will provide me opportunity to develop skills in the area of application of nanotechnology or the electrochemical method of analysis that can be applied in many new and different scientific areas. Though nanotechnology is a relatively new science and emerging technology, it already has numerous applications in everyday life, such as in medicine, biology, electronics, food, fuel cells, solar cells, batteries, chemical sensors, etc.. This is a turning point in my career, and I want to give it a great start to apply nanomaterials in one of these areas, especially in chemical applications. With a Master’s degree in Analytical Chemistry and a focused research background in materials characterization, instrumental analysis, and environmental chemistry, I am eager to advance my academic path toward solving energy-related challenges using innovative materials. I am interested in developing novel materials and processes for efficient and cost-effective energy conversion, energy storage, and manufacturing improvements by reducing materials and process rates, energy saving, and enhancing renewable energy sources.
My background in research, academic achievements, and future goals have significantly inspired me to seek advanced education in materials development, environmental remediation, and sustainable technologies. My research experience enhanced my analytical and laboratory abilities while highlighting the critical demand for creative material-based approaches, like adsorbent materials, nanomaterials, and membrane technologies, to reduce industrial pollution. This insight motivated my ambition to move into Materials Science, allowing me to play a direct role in creating functional materials that tackle genuine environmental issues. My focus is on fundamental understanding of the effect of structure, defects, and microstructure on transport and electrical properties of surfaces and interfaces. In my studies, I will going to address the application of nanomaterials in single-atom catalysts or any other catalysis science, such as hydrogen evolution, carbon dioxide reduction, and so on the application of fuel cells or any other chemical sciences.
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