Christophe Brunet

Master France, 1999

Master’s degree in Engineering Matter Sciences from Lille University

Master France, 1998

Master’s degree in Physic from Bordeaux University

Software

• Development in Labview and Perl language
• Mechanical design : Autodesk Inventor

Device for geophysic

• Devices for borehole : permanent tilt measurement, stress measurement, permanent monitoring
• Acquisition devices : National Instrument cards with Labview softtware
• Mechanical design with Autodesk Inventor
• Measurement campaign in the field

Piton de La Fournaise Volcano Observatory
RUN - 07/2012-present

• Work with technical team : maintenance and development for equipment

IPGP Seismology and Volcano Observatory teamParis - 2008-2012

• Design, development and install in the field of devices for geophysics measurement :
• Chile : tiltmeter install in mine
• Guadeloupe island : mechanical design for open fault measurement (radar)
• Martinique island : mechanical design and install process design for three tiltmeters in the same borehole ; mechanical design with granit roc and stainless tell equipement to install broadband seismometer STS2 and Trilium
• Laser INterferometry for Earth Strain : prototype design for laser seismometer
• Reunion island : install of three boreholes tiltmeters station around Piton de la Fournaise volcano ; electronic design
• Indonesia (Merapi) : mechanical and electronic design for borehole tiltmeter

IPGP Seismology teamParis - 2002-2008

• Development for special device tools for stress measurement and imaging in deep borehole (from 250m to 2000m depth) : mechancical design, electronic card, acquisition device, pressures and flow sensors. Campaigns in the field

• Motocycle
• Hiking
• Badminton

Ask D ; Fontbonne F ; Brunet C ; 2010. Complete stress field determination in an inclined borehole at the Olkiluoto site, Finland: Joint inversion of hydraulic and en echelon data, ROCK STRESS AND EARTHQUAKES, 85-92.

Chawah P ; Sourice A ; Plantier G ; Seat H.C ; Boudin F ; Chery J ; Cattoen M ; Bernard P ; Brunet C ; Gaffet S ; Boyer D ; 2012. Amplitude and Phase Drift Correction of EFPI Sensor Systems Using Both Adaptive Kalman Filter and Temperature Compensation for Nanometric Displacement Estimation, JOURNAL OF LIGHTWAVE TECHNOLOGY, 2195-2202.