Area of Research: Advanced electrode architectures for fast-charging Li-ion batteries
Yverick’s main research interest is about enhancing the performance of Li-ion batteries through the engineering of more capable electrode designs and architectures. This work focuses on the interfaces that charges have to cross repeatedly during the normal operations of the battery. Novel joining and bonding techniques are being developed to insure robust and efficient charge transport through these interfaces between the different parts of the electrodes made different materials such as a metal to carbon interface for example.
Previous Degrees:
Bachelor of Mechanical Engineering from Universite Laval (Quebec - CANADA)
Bachelor of Applied Science (Physics) from York University (Toronto - CANADA)
Master of Applied Science (Electrical Engineering) from University of Waterloo (Waterloo - CANADA)
Doctor of Philosophy (Chemical Engineering) from the University of Queensland (Brisbane- AUSTRALIA)