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Tractebel Engineering- ENGIE
- Nuclear design engineer
2014 - maintenant
* Design of a radiation measurement laboratory for a new nuclear facility
* Zoning, shielding, instrumentation, detectors, constraints and solutions
* Study of strategy of dismantling and decommissioning of nuclear power plants: radiation measurement on site, dismantling of large component such as steam generator, reactor vessel, pipes from different circuits
* Waste management: characterisation and disposal of nuclear waste
* Radiation protection and dosimetry assessments
* Calculation of shielding using MCNPX or Microshield
* Replacement of the thermocouple in the upper internal of the reactor
* Writing calls for tenders: technical specification, meeting clients and
*analysis of the offers
* Writing technical qualification reports
* Developement of new methodology for radiation waste characterisation
* Project management
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IPHC
- PCR
PARIS 8
2013 - 2013
Job Title Person Competent in Radiation Protection
Radioprotection, absorbed dose, annual effective dose, prevention
and worker safety, application of European directive, ALARA principle, transportation of nuclear material.
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ATER
- Research and Teaching Associate
Montbazon
2012 - 2013
* Research in nuclear instrumentation and radiation protection (50%)
(gamma-ray spectrometry, liquid scintillation, alpha spectrometry,
radiation hazard (radium-equivalent, internal and external hazard, dose
rate, absorbed dose, European directives, Euratom recommendation, Monte Carlo simulations))
* Teaching (34%) (teaching mechanics, electromagnetism to biology
student, preparation of exams, correction of exams)
* Tutorials, laboratory work (16%) (tutorial in physics, thermodynamics,mechanics, electromagnetism, fluids mechanics, optics)
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Université de Strasbourg
- Doctorate
Strasbourg
2009 - 2012
* using gamma-ray spectrometry with a hyper-pure germanium
detector to measure weak radioactive samples
* correction for the self-absorption effect of γ-rays in the sample
itself using transmission method completed by Monte Carlo
calculations
* correction of the coincidence summing which is the simultaneous detection of two or more γ-rays of a decay cascade by
MCNPX, GEANT4, GESPCOR and ETNA
* a database for 244 radionuclides was established for SG50 and
SG500 geometries in contact with a planar detector
* evaluation of internal and external risk indexes, the absorbed
and annual effective dose of certain building materials
* use of MCNPX to study the absorbed dose and its distribution
in an enclosed space
* use of the European Commission directives, EURATOM, Norm
ISO, COFRAC accreditation
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UDS
- Doctorat
2009 - 2012
Job Title PhD candidate
* using gamma-ray spectrometry with a hyper-pure germanium
detector to measure weak radioactive samples
* correction for the self-absorption effect of γ-rays in the sample
itself using transmission method completed by Monte Carlo
calculations
* correction of the coincidence summing which is the simultaneous detection of two or more γ-rays of a decay cascade by
MCNPX, GEANT4, GESPCOR and ETNA
* a database for 244 radionuclides was established for SG50 and
SG500 geometries in contact with a planar detector
* evaluation of internal and external risk indexes, the absorbed
and annual effective dose of certain building materials
* use of MCNPX to study the absorbed dose and its distribution
in an enclosed space
* use of the European Commission directives, EURATOM, Norm
ISO, COFRAC accreditation
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Strasbourg University
- Internship- Optimisation of MRI sequence
2009 - 2009
*Functional MRI imaging by the Bold effect and Diffusion Tensor Imaging
*Analysing, modifying an Echo Planar Imaging sequence
* Image characterisation
*Control of the magnet radiants in different axes
*Evaluation of the signal to noise ratio
*Evaluation of the image artifacts and geometry deformation
*Reconstruction ofthe optimised image and testing on small animals during cerebral activity
* Contact with the supplier for information
*Drafting reports
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Strasbourg Hospital
- Intern
2009 - 2009
* use an MRI machine to obtain functional MRI images by the
BOLD effect and Diffusion Tensor Imaging
* analysing, modifying and testing an Echo Planar Imaging sequence
* optimisation of the obtained image
* evaluation of the radio of signal to noise
* evaluation in term of artefacts and geometric deformations
* reconstruction of the optimised image and tested on animals
during cerebral activity
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ImaBio
- Intern
2008 - 2008
* characterisation of a detector dedicated to study small animals
* use of programming language C++/Root
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Alice Collaboration
- Intern
2006 - 2006
* prelimenary study of the electro-matter interaction to use in
Mimosa 5.
* use of CASINO programme
