David MELE

En résumé

Entreprises

• JUNIA ISEN - IEMN CNRS - Associate Professor

  Lille (59000) 2021 - maintenant Researcher in the Physics and Nanosciences group of JUNIA ISEN - IEMN CNRS
  • Development of 2D based heterostructures and strongly correlated materials for novel quantum electronic devices.
  
  Teaching at JUNIA ISEN for undergraduate engineer students
  • Lecturer in Physics (192h/year)
  • Quantum mechanics, Salid-state physics, Thermodynamics, Classical mechanics...

• Ecole Normale Supérieure - Laboratoire Pierre Aigrain (UMR CNRS 8551) - Scientific researcher

  Paris (75000) 2017 - 2021 Plasma wave resonance and Klein-tunneling graphene based nanotransistors.
  • Electrodynamics of two-dimensional heterostructures.
  • Engineering of Grahene/hBN based ballistic nano-transistors.
  • Plasma wave resonnance study of the 2D gaz in high-frequency regime.
  PI: Bernard Plaçais - Flagship Graphene funded project

• Université Paris 13 Sorbonne Paris Cité - Lecturer and Research Assistant (ATER)

  2016 - 2017 Research at the laboratory CSPBAT - UMR CNRS 7244
  • Enhancement of optical properties of plasmonic nanostructures and application to nanobiosensors based on Surface-Enhanced Raman Spectroscopy (SERS+SPR).
  PI: Marc Lamy de la Chapelle - PIRANEX ANR funded project
  
  Teaching at UFR SMBH - University Paris 13, Sorbonne Paris Cité
  • Lecturer in Physics and Mathematics
  

• l'Education Nationale - Physics and chemistry teacher

  Paris 2016 - 2016 High school physics and chemistry substitute teacher.

• Georgia Institute of Technology - Fulbright Postoctoral Researcher

  Atlanta (USA) 2014 - 2015 Fundamental understanding of factors impacting reliability in high power GaN-based electronic devices.
  • Measured temperature and thermal stress-related effects through Raman studies.
  • Performed IR and photoluminescence characterization.
  • Developed a novel nanoparticles-assisted Raman spectroscopy technique.
  PI: Pr. Samuel Graham, Jr - Fulbright Scholar Program

• UCI (University California Irvine), Burke Lab, Irvine CA - USA - Visiting Scholar

  2013 - 2013 • Transferred CVD grown graphene and carbon nanotubes onto plastic substrates for flexible electronics devices.
  • Exchanged expertise on transfer techniques as a visiting scholar
  PI: Pr. Peter Burke - Partner University Fund program (PUF)
  

• ISEN - Teaching Assistant

  Lille (59000) 2012 - 2012 Substitute teaching assistant for undergrad students in engineering school.
  • Taught classical mechanics, electrostatics, electromagnetism and electronics.
  • Led a class of 20 students, 2hours/week for 8 weeks.
  

• IEMN - CNRS (Institute of Electronics, Microelectronics and Nanotechnologies) - Ph.D. Engineering Student

  2010 - 2014 Improvement of graphene field effect transistor for high frequency applications.
  • Developed and optimized the fabrication of state of the art epitaxial RF graphene-based transistors (GFET).
  • Performed mask design and nanofabrication in clean rooms using e-beam lithography.
  • Implemented the technological process for flexible electronics devices on CVD graphene.
  • Characterized electronic properties, DC and RF measurements of GFET.
  Findings revealed a promising cut-off frequency ft and a maximum oscillation fmax for this new emerging technology of graphene-based transistors.
  PI: Pr. Henri Happy - MIGRAQUEL ANR funded project
  
  Scientific services
  • Reviewer for the french JNRDM2014 conference (topic: organic and flexible electronics)
  
  Member of the Nano-École project and mentoring
  • Introduced nanotechnology topics for middle and high school students.
  • Hosted intern students and taught them lab techniqus,
  • Guided lab tours for the public, performed scientific demonstrations and encouraged children to pursue science.
  
  Doctoriales internship
  • Transformation of an innovative idea into an entrepreneurial project.
  
  11 international publications and presentations in conference

• Excico - Application Engineer

  2010 - 2010 • Implemented a new design of experiment for laser annealing of crystal growing defects in silicone wafers.
  • Performed computer simulation for UV laser interaction on semiconductors.
  • In charge of maintenance of the laser annealing tool, and customer demonstrations and follow-ups.
  
  

• Rock'n Caux (local music festival), Dieppe - Co-founder and treasurer

  2007 - 2010 • Treasury, artistic direction, communication, catering, safety and management of volunteers.

Formations

• Université Lille 1 Sciences Et Technologies

  Villeneuve D'Ascq 2010 - 2014 Doctorat en Sciences Pour L'ingénieur
  
  Thesis title: « Développement de dispositifs microélectronique à base de graphène pour des applications hautes fréquences »
  PI: Pr Henri Happy.
  With honours "Très honorable"

• Université Paris 11 Paris Sud

  Orsay 2009 - 2010 Master 2
  
  • Semiconductor and solid-state physics.
  • Optics, Photonics and Nanomagnetism.
  • Near-field and Electronics Microscopy (AFM, STM, TEM, SEM).
  • Spectroscopy (XPS, AES, RBS).
  • Cleanroom engineering (Lithography, Epitaxy, Etching).
  With honours "bien”, first of my year

• Université Rouen Haute Normandie

  Mont Saint Aignan 2007 - 2009 Master 1
  
  • Solid-state Physics, Nanosciences, Magnetism, Optics.
  • Quantum Physic, Atomistic, Relativistic and Subatomic Physics.
  • Thermal transferts, Fluid mechanics, Numerical analysis.
  With honours "Assez Bien"

• Université Rouen

  Mont Saint Aignan 2004 - 2007 Licence

• Lycée Pablo Neruda

  Dieppe 2001 - 2004 BAC S