** In-situ advanced characterisation of materials and processes with synchrotron X-rays techniques (2D, 3D, 4D): micro-tomography, diffraction, fluorescence, small-angle scattering, in combination with other techniques like SEM or AFM.** X-ray tomography simulation software NOVI-SIM** Micro tensile and compression stages for in-situ x-ray tomography and diffraction** Sectors: pharmaceuticals, agro-food, speciality chemicals, cosmetics=> support R&D and process engineering in: formulation, manufacturing (upstream, downstream),

Customer relationship - support industrial users at ILL - lead diversification of the portfolio - developement of collaborative research projects - technological watch Collaborative research through funded projects (EU) - InnovaXN programme : co-founder, co-manager (2019-2023), building ab. 20 industrial PhD projects, involved in the organisation of Industry related seminars and trainings ==> www.innovaxn.eu - EASI-STRESS: co-founder, work-package manager 2020-2021 ==>www.easi-stress.eu/Networking - Contact person at the French Ministry of Higher Education and Research regarding industrial activities at large scale infrastructures. - Industry relations in the following networks/clusters: GIANT, LENS, ENRITTC, EIRO-FORUMMaterial characterisation - Construction, validation and implementation of a neutronography (i.e. radiography with neutrons) process with an industrial customer.

Within the SINE2020 project, my main job was to raise awareness about neutron techniques for materials and components characterisation, mainly among industrial companies. => https://sine2020.eu/industry.htmlSmooth and efficient shared work with Marc Thiry (HZG) - work package coordinator- who is located in Hamburg (Germany). The task included 8 facilities from 7 different countries.Coordination of feasibility studies with a problem solving approach, connecting industry and scientists in neutron centres, experimental reporting and regular reporting about the activity. I was actively involved in making links between research infrastructures, research groups, governmental organisations or clusters and industrialists, at the European level. Visits to/from companies and the (co)organisation of industry dedicated events (i.e. workshop, forum) were also demanding activities:SYNERGI 2018 https://www.hzg.de/ms/synergi2018/SYNERGI 2019 http://synergiforum.eu/WAM 2018 https://indico.ill.fr/indico/event/89/Biotech and Medtech @GIANT https://indico.esrf.fr/indico/event/15/CARAC 2019 https://workshops.ill.fr/event/206/timetable/#20191128CARAC 2018 https://workshops.ill.fr/event/109/CARAC 2017 & CARAC 2016For the ILL specifically, I've implemented a process for prospects/customers follow-up while taking care of customer relationship (including legal aspects). I've also provided a major contribution to the definition of strategy related to service and collaboration with Industry. Along with ESRF, we succeed in getting a COFUND MSCA grant to run 40 PhD projects linked with Industry (pre-competitive research) for the period 2020-2024 => https://www.innovaxn.eu/

- Technological overviews (scientific articles and patents), strategic intelligence.- Analysis of scientific and technical literature, patents, market data in order to draw up a panorama ranging from intellectual property to competing developments and potential fields of application.- The main sectors were: power electronics, materials and energy.

Multix was a strart-up funded in 2010 dedicated to the design and fabrication of spectrometric x-rays detectors for the inspection of luggage and parcels.- Most of the time I was in connection with customers abroad, monitoring pre-integration projects, in terms of performance evaluation and improvment of Multix's main products. - Another part of the job consisted in building advanced strategies for material discrimination (e.g. explosive vs. begnin) with colleagues and researchers from academic labs.- Managing a team of 3 persons

Technology scouting.Technical management of projects (public-private partnerships).Experimental feasability of new detector technologies.Customer requirements analysis.

Image reconstruction for SPECT using a spectrometric CdZnTe gamma camera : utilization of scattered radiation for image enhancement.

Dosimetry for synchrotron radiation radiotherapy at the ESRF : Monte Carlo simulations and radiosensitive gels

Courses and tutorials for first year students in Physics (32 hours/year).

X-ray phase contrast image processing. Development of specific algorithms (in C language) to enhance image quality for applications in life Science.Engineering internship. Funding obtained from the French Ministry of Foreign Affairs as part of a joint programme with Japan (JISTEC).

CERN Summer Student Program.Popularization of science: research of information, exchanges with scientists, creation of web pages dedicated to Technology Transfer for Medical applications.

Signal processing for x-ray fluorence analysis: improvement of an existing algorithm, measurements and reporting for industrial users at HASYLAB.

Internship in the Vacuum Group- Vacuum monitoring of elements for the propotype of a Free Electon Laser- Maintenance and test of equipements