Li-ion Battery Cell materials R&D
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I am exploring a more sustainable front of research as Associate Scientist at MOLICEL where I honed my scientific knowledge of polymers. I am proud of my experience as battery cell R&D engineer in Dyson’s Energy Storage team where I introduced a novel separator technology for transfer to production scale. Previously, I was an intern in Tesla’s Cell Manufacturing R&D team in USA, and before, an academic researcher in sustainable nano-technology for super capacitors in Canada. I continue to hone my skills and knowledge in sample preparation, testing, characterisation and analysis in order to optimise batteries’ performance, safety and sustainability. I dedicate my career to mitigating global warming by <1.5˚C by 2050.
I am exploring a more sustainable front of research as Associate Scientist at MOLICEL where I honed my scientific knowledge of polymers. I am proud of my experience as battery cell R&D engineer in Dyson’s Energy Storage team where I introduced a novel separator technology for transfer to production scale. Previously, I was an intern in Tesla’s Cell Manufacturing R&D team in USA, and before, an academic researcher in sustainable nano-technology for super capacitors in Canada. I continue to hone my skills and knowledge in sample preparation, testing, characterisation and analysis in order to optimise batteries’ performance, safety and sustainability. I dedicate my career to mitigating global warming by <1.5˚C by 2050.
Master of Applied Science in Electrical and Computer Engineering at the University of British Communaut Communist Columbia specialised in Nanotechnology. My thesis was about recycling the second largest waste of the pulp and paper industry to make carbon nanofibers for supercapacitors.
