Jean-Christophe BILLARD

En résumé

Entreprises

• Independent - Prototypes design in biomedical

  2012 - maintenant Realization of battery operated medical devices and their dedicated server.
  
  Hardware prototyping:
  • Multi-Layered PCB, with embedded BGA chipsets.
  • Surface coating an chemical treatments selection (ENIG, OSP, Silver/Gold Electroplating)
  • Solder paste and alloy selection expertise for IR-reflow soldering
  • German and Chinese PCB manufacturers with quick turnover and high-reliability hardware
  
  Electronic design:
  • Embedded low-power data-acquisition systems (DSP, MSP430, 8051, ARM platforms)
  • GSM-UMTS (Telit chipset family), Wifi (CC3000, WiLink) and Bluetooth (CC256x, CC254x) enabled systems with embedded and low footprint antennas
  • Li-Pol Battery management capability
  
  Signal analysis and Network programing:
  • Machine to machine communication
  • Fixed and floating point embedded filters design (FIR, Wavelets)
  • Signal feature detection and extraction (Principal component analysis, Neural Networks, Machine learning algorithms)
  • Data oriented servers and data streaming with end-user application (.Net via C++ and C#)
  • Data cryptography (SSL/TLS software and hardware accelerators)
  
  Tools: Code Composer Studio (c compiler, for TMS320/MSP430 platforms), IAR (c compiler for 8051 and ARM), Visual Studio (.Net via C++/C#), XCode (Cocoa for IOS), Eagle and Cadence (PCB conception), Catia (CAO), Wire-Shark (Network communication analysis)

• Troxler Electronic Laboratories - Intern

  2011 - 2011 The research project was about the design of a novel technique for testing mechanical properties of soil based materials, including the design of its associated apparatus.
  
  We built a FEM model of the system, which served as a support for numerical simulations using COMSOL. Conducted simulations combined with laboratory observations gave a clear insight of the mechanical behavior of the system, which led to the foundations for the design of a low frequency, multi-resolution testing instrument. The instrument along with its associated methodology showed a clear reading of the segregated wave’s velocity between, compression, shear and Rayleigh waves within the medium, providing a mean for back-calculating soil’s physical characteristics.
  
  The instrument was successfully tested during a field campaign conducted at the military site of the Army Corps of Engineers, New Orleans.
  
  Skills and techniques: Data acquisition systems (IAR for ARM7), Data mining and analysis (Matlab), Mechanical system design (CAO-Catia) and supervision of fabrication in house, IEPE accelerometers analog front end design and instrumentation electronic chain.
  

• Elecrem - Chef de projet (Cadre etudes ENSAM)

  2009 - 2009 Optimisation d’un procédé de pasteurisation (management d’un groupe de travail de 6 élèves), travail effectué dans le cadre d'un projet métier, durée 6 mois.

Formations

• Georgia Institute Of Technology GeorgiaTech (Atlanta)

  Atlanta 2012 - 2012 Msc in Mechanical Engineering
  
  Courses attended:
  ECE 6254 - A: Statistical Digital Signal Processing & Modulation
  ECE 6615 - A: Sensor Networks
  Math 6702 - A: Math Methods applied to science
  ME 6622 - A: Experimental Methods
  ME 6204 - A: Micromechanics of Materials
  ME 6449 - B: Acoustic Transducers & Signal Analysis
  ME 6452 - A: Wave Propagation in Solids
  ME 6452 - A: Numerical Methods in Mechanical Engineering

• Georgia Institute Of Technology (Atlanta, Metz)

  Atlanta, Metz 2010 - 2010 Msc in Mechanical Engineering

• Ecole Nationale Supérieure Des Arts Et Métiers (Paris)

  Paris 2008 - 2010 Master

Réseau

• Adrien FANGET

• Alexandre MICHEL

• Elise PERAL

• Gayle GORVETT

• Louis GILIBERT

• Maxime LEDIEU

• Nathanaël MUNIER

• Peter SCHMITZER

• Zakaria BELMHAIDI