Experience
2021 - present
Associate Professor
JUNIA Graduate School of Engineering
IEMN - CNRS, Lille, France
Research on strongly correleted materials and 2D heterostructure based nanodevices.
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Teaching at Junia ISEN Graduate School of Engineering
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Lecturer in Quantum Mechanics, Solid-State Physics, Wave Physics, Thermodynamics, Classical Mechanics and Electromagnetism (192h/year)
2017 - 2021
Postdoctoral Researcher
ECOLE NORMALE SUPERIEURE
LPENS - CNRS, Paris, France
Plasma wave resonance and Klein-tunneling graphene based nanotransistors.
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Electrodynamics of two-dimensional heterostructures.
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Engineering of graphene/hBN based ballistic nano-transistors.
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Plasma wave resonnance study of the 2D gaz in high-frequency regime.
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Dirac fermions optics and Zener-Klein transistors studies
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Teaching at UFR SMBH - University Paris 13, Sorbonne Paris Cité
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Lecturer in Classical mechanics, Optics and Electronics (166h)
2016 - 2017
Lecturer and Research Assistant (ATER)
CSPBAT - CNRS, Bobigny, France
UNIVERSITÉ PARIS 13
Enhancement of optical properties of plasmonic nanostructures and application to nanobiosensors based on Surface-Enhanced Raman Scattering (SERS+SPR).
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Optimization of Au/ITO resonant nanostructures by e-beam lithography.
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LSPR and SERS measurements of biochips after biological functionalization.
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Studies of the propagation modes and plasmonics couplings (localized plasmons and Bragg modes).
Teaching at UFR SMBH - University Paris 13, Sorbonne Paris Cité
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Lecturer in Classical mechanics, Optics and Mathematics (172h).
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Led and supervised personal and professional projects (15h).
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Master’s lectures (5h)
2015 - 2016
Physics and Chemistry Teacher
France
PUBLIC HIGH SCHOOLS
French program for high school students
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Basic chemistry
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Basic physics
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Science and arts option
2014 - 2015
Fullbright Postdoctoral Researcher
Atlanta, USA
GEORGIA INSTITUTE OF TECHNOLOGY
Fundamental understanding of factors impacting reliability in high power GaN-based electronic devices.
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Measured temperature and thermal stress-related effects through Raman studies.
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Performed IR, photo and electroluminescence characterization.
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Developed a novel nanoparticles-assisted Raman spectroscopy technique.
2010 - 2014
Ph.D Engineering Student
Villeneuve d'Ascq, France
IEMN - CNRS
Development of graphene field effect transistor for high frequency applications.
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Technological survey and fundamental understanding of graphene electronic properties and growth.
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Characterized epitaxial and CVD grown graphene layers
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Developed the design and optimized the fabrication of state-of-the-art epitaxial RF graphene-based transistors.
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Nanofabrication in clean rooms using e-beam lithography.
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Characterized electronic properties, DC and RF measurements of graphene FETs.
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Implemented the technological process for flexible devices on CVD graphene.
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Visiting scholar for a month at University of California Irvine (USA) for technical expertise and technological exchange.
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Transferred CVD grown graphene and carbon nanotubes onto plastic substrates for flexible electronics devices.
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Doctoriales internship.
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Transformation of an innovative idea into an entrepreneurial project.
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Teaching at Institute of Electronics and Digital Engineering (ISEN) - Lille, France
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Lecturer in classical mechanics, electrostatics, electromagnetism and electronics for undergraduates in engineering (12h)
Education
2014
Ph.D. in Engineering sciences, Nanotechnology & Microelectronics
France
University of Lille 1
2010
Master of Science (M.Sc.) in Nanotechnologies & Nanostructures
France
University of Paris-Sud 11
2007
Bachelor of Science (B.Sc.) in
Physics and Chemistry
France
University of Rouen
Scientific services and mediation
Peer-reviewer
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Materials (MDPI journal)
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French JNRDM2014 conference
Treasurer of the Ph.D. student association
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Association Sciences Pour l’Ingénieur et la promotion du Doctorat (2011-2012)
Speaker for open public and media
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Guided lab tours for the public, performed scientific demonstrations during the french Science festival « a jouney to the Nanoworld », Paris (75), France (Oct.2019)
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Open public conference on « graphene electronics » at the Pint of Science Festival, Lille, France (May 2016)
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Radio interview at Radio Campus Rouen, « What is graphene? », France (Oct 2012)
Nano-Ecole project member
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Introduction of nanotechnology topics for middle and high school students.
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Guided lab tours for the public, performed scientific demonstrations and encouraged children to pursue science. (2011-2013)
Awards
GDRI grant (2019)
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For the participation fees at the graphene2019 conference
Fulbright Research Scholar grant (2014)
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Higly competitive, merit based grants for international exchange scholars
Partner University Fund (2013)
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PUF amplifies the potential of the brigtest French and American scholars by supporting research partnerships
Professional skillset
Material and electrical characterization
Microscopy
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Confocal microscopy, SEM, FIB, infrared and electroluminescence imaging
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Spectroscopy and diffraction
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Raman spectroscopy, PL, familiar with EDX, LEEDS and ARPES measurements
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Near-field microscopy
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Familiar with AFM, STM
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DC characterization
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DC station probes, TLM and Hall effect measurements, cryogenic techniques
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RF measurements
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Calibration and S-parameters measurements using a 67 GHz network analyser at cryogenic temperatures (10-300K), familiar with noise measurements