Scientist in Battery Technology
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I am a specialist in producing material at a nanoscale and use them in rechargeable batteries. With over nine years of experience, my expertise lies in making nanomaterials with polymers and ceramic materials. I am skilled in analyzing the properties of these materials through physio-chemical characterization techniques.
I have a strong background in testing battery materials to ensure their performance, while maintaining a focus on sustainable research practices. My primary objective is to contribute to the advancement of rechargeable batteries.
Besides to my work with nanomaterials, I have also gained experience at venture building and investment company in evaluating and selecting cutting-edge technologies for energy storage systems, broadening my knowledge of the latest advancements in this field. I am seeking opportunities to apply my skills and knowledge in development and contribute to the growth of sustainable and efficient battery technologies.
I have over nine years of experience as a research scientist, specializing in nanomaterial synthesis, fabrication and application for enhancing the lithium battery performance. My expertise includes nanofiber synthesis, physio-chemical characterization, battery material testing, and sustainable research practices. I'm passionate about developing sustainable nanomaterials and evaluating advanced technologies for energy storage systems.
Ph.D. in Metallurgical & Materials Engineering (2022) with a focus on Electrospun Nanofiber-based Electrodes for Li-S batteries with additional experience in battery electrode fabrication and testing. M.Tech in Nano Science & Technology (2012) and B.E. in Mechanical Engineering (2009). Strong academic record, expertise in nanomaterials, and extensive research experience. Passionate about sustainable materials for energy solutions.