SINGAPORE
I received the Ph.D degree in Electrical Engineening and Computer Science from University of Paul Sabatier, Toulouse, France. During my PhD Period, I demonstrated the potentialities of carbon nanotubes for electromagnetic shielding and for RF Nano-Electro-Mechanics Systems (NEMS).
Between January 2009 and October 2011, in Post-Doctorate Fellow position, I joined the Micro and Nanosystems for Wireless Communication research group in LAAS-CNRS, to develop a tunable microwave component by using InkJet Printing technic and Nanoparticles and CNTs inks on flexible substrate. Moreover, I developed technology process of thinning down by CMP, to obtain nano-porous membranes. And on the other part, I developed a DC and RF characterization method of nano-material to extract the electrical parameters of material.
From November 2011, as Research Fellow at UMI 3288 at CINTRA, alliance between CNRS, Nanyang Technological University (NTU) and THALES at Singapore, I am involving in the integration of Nano-sensor, Antenna, Amplifier based on nanoparticles and/or carbon structure (CNTs, Graphene) on same flexible substrate by using Inkjet Printing.
I am author or co-authored over 30 papers in refereed journals and conference proceedings and I have been involved in 9 ANR projects, and I am currently works with universities (IMT from Bucharest, University of Georgia Institute of Technology from Atlanta, Nanyang Technological University), industry (Thales Alenia Space, CEA, CNES) and research partners both at the national and international levels.
Spécialités :Nanofabrication: Sputtering, Litho and Photolithography, Inkjet Printing
Cleanroom processes: PECVD, RIE, mask aligner (Stepper, MA-6, MJB3, MA-150)
Material Characterization: SEM, TEM, AFM, Raman, Ellipsometry, Profilometer
Electromagnetic Design: HFSS, SONNET, ADS
Design tools: Layout Editor, CleWin,Cadence, Autocad
Electrical Characterization: S-parameters, Impedance parameter, I-V measurements
Mes compétences :
Development of NEMS-MEMS
Thin films deposition
Inkjet-printing
Carbon nanotube
Microwave characterization
