Deepesh Gopalakrishnan
About
Deepesh Gopalakrishnan is from 美国 密歇根州 Chelsea. Deepesh works in the following industries: "可再生能源", "高等教育", "学术研究", and "汽车". Deepesh is currently Research And Development Scientist at XALT Energy, located in Auburn Hills, Michigan, United States. In Deepesh's previous role as a Battery Research Scientist at Paraclete Energy, Deepesh worked in Chelsea, Michigan, United States until Dec 2021. Prior to joining Paraclete Energy, Deepesh was a Postdoctoral Research Associate at The University of Texas at El Paso and held the position of Postdoctoral Research Associate at El Paso, Texas, United States. Prior to that, Deepesh was a Doctoral Student at Wayne State University, based in Detroit, Michigan from Jan 2015 to Jul 2020. Deepesh started working as Engineering Intern - HV Battery Technology & Test Lab at Mercedes-Benz Research & Development North America, Inc. in Greater Detroit Area in May 2019. From Dec 2012 to Dec 2014, Deepesh was Junior Research Fellow at Indian Institute of Science Education and Research, Thiruvananthapuram, based in India. Prior to that, Deepesh was a Master Thesis Project Intern at Indian Institute of Technology, Madras, based in India from Jan 2009 to Jan 2012.
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Deepesh Gopalakrishnan's current jobs
Deepesh Gopalakrishnan's past jobs
• Build research cells and perform electrochemical and chemical characterizations for lithium-ion battery materials to support enhanced anode materials development goals. • Involve in a detailed understanding of the relationships between material properties, cell design and electrochemical and other performance parameters for high energy density, cycle stable battery characteristics. • Conduct post mortem studies and failure analysis. Work with team to discuss, brainstorm and strategize next steps towards improved product development.
• Conduct cutting-edge research pertaining to electrochemical energy storage and conversion. • Material characterization and technology validation including testing, data analysis, and reporting. • Manage and develop pertinent experimental techniques and instrumentation. • Train research assistants/ graduate students. • Assist in developing new grant proposals focused on electrochemical energy storage and conversion.
PhD student @ WSU. Working on 2D materials for energy harvesting and storage. Aim: Electrolyte formulation, design and development for long lived Li- metal based batteries • Developed novel Ionic Liquid Crystalline based semi-solid electrolyte for long lived Li metal based batteries through dendrite supression. • Synthesized and characterized various Ionic Liquids, Ionic Liquid Crystals towards efficient battery systems. • Identified and proved electrocatalytic driven Lithium-sulfur chemistry using various electrocatalytic materials. • Developed a facile synthesis route for NbS2 nanosheets and evaluated its electrocatalytic hydrogen eveolution capability and Li-polysulfide adsorption capability.
• Active role in scouting for exciting battery research and technologies. • Material characterization and technology validation including performance and abuse testing, data analysis, and reporting. • Battery lab activities such as assisting in sample preparation, pouch cell/ coin cell fabrication, inventory, and planning. • Create key internal technical and organizational documentation including customer updates and technology briefs. • Active role in implementing advanced battery analytic features by closely working with analytic software platform (Voltaiq) team to ensure the best battery solutions. • Support process organization and data management.
Working on 2D materials and their energy storage applications • Synthesis of 2D nanosheet varieties through different methods (including electrochemical and physicochemical methods) and its implementation in energy storage devices like Battery, Supercapacitor. • Developed a novel technique to synthesize 2D quantum dots / nanosheets in bulk quantities. • Evaluated electrochemical hydrogen evolution reaction capability of 2D electrocatslyts. • Involved in Na ion, Li ion battery fabrication, testing and analysis.
Nanocluster synthesis and its application in water purification