2013 - maintenantDeveloped novel 4D quantification methods to track changes during in-situ dynamic experiments and applied it to leaching behaviour quantification and cracking in shales.
• Development of new image processing techniques to extract more information from 4D time-resolved experiment
• Involved in writing proposals for access to large facilities and grants (EU shale grant)
• Consultant in the analysis of various imaging experiments
• Lead teacher of X-ray tomography imaging course as part of the Diamond-Manchester Collaboration
• Collaboration with Earth Science groups across the UK (Leeds, Bristol)
• Partial supervision of a PhD student in Manchester, regarding image processing
MATEIS
- PhD student
2009 - 2012Developed expertise in microstructural characterization of materials using X-ray micro-computed tomography and image-based modelling
* Insight into the complex internal microstructure of fibrous materials and its effect on resulting mechanical properties
* Initiated a collaboration with another MATEIS group to perform a Dynamic Mechanical Analysis a entangled metal-based materials
* Discrete Element Modelling of entangled materials using the molecular dynamics software LAMMPS
* Supervision of project student ;
* Redaction of regular update reports as deliverables for the ANR government grant
CNRS/Saint-Gobain CREE
- Research Engineer Intern
2008 - 2009Development and X-ray tomography microstructural characterization of porous freeze-casted ceramics, for use in a patent. Development of a new architecture for electro-chemical cells
• Coding of 3D image analysis algorithm
• Electro-chemical simulation using Comsol
• Update presentation to the scientific research committee of the Saint-Gobain corporation
Thesis : Monofilament Entangled Materials, relationships between microstructural properties and macroscopic behaviour – Advisors : Pr. Michel Perez, Dr. Eric Maire
