Dr. Jean-Philippe Montillet

GeoScientist working in GNSS technology with applications in environmental geodesy, geophysics and climate change with funding from governmental agencies (UK DTI/EPSRC, ARC, NSF, NASA, EU). Open to new opportunities in governmental & non-governmental organisations. His latest research projects focused on GNSS time series analysis applied to crustal deformation and sea-level rise in the Pacific Northwest [USA-Canada]. He has also been involved in the analysis of Earth observations for various missions (i.e., GRACE, Satellite altimetry). Some works were in collaboration with regional safety & planning authorities or government agencies in Seattle area. Besides, he has produced several models and algorithms from signal processing to extract geophysical and transient signals, and select optimally stochastic and functional models. Some works were in collaboration with regional safety & planning authorities or government agencies.
Type
party
Access Privileges
Research School of Earth Sciences
Title
Dr.
Given Name
Jean-Philippe
Surname
Montillet
Uni ID
u5039868
ORCID
https://orcid.org/ 0000-0001-7439-7862
Brief Description
GeoScientist working in GNSS technology with applications in environmental geodesy, geophysics and climate change
Full Description
GeoScientist working in GNSS technology with applications in environmental geodesy, geophysics and climate change with funding from governmental agencies (UK DTI/EPSRC, ARC, NSF, NASA, EU). Open to new opportunities in governmental & non-governmental organisations. His latest research projects focused on GNSS time series analysis applied to crustal deformation and sea-level rise in the Pacific Northwest [USA-Canada]. He has also been involved in the analysis of Earth observations for various missions (i.e., GRACE, Satellite altimetry). Some works were in collaboration with regional safety & planning authorities or government agencies in Seattle area. Besides, he has produced several models and algorithms from signal processing to extract geophysical and transient signals, and select optimally stochastic and functional models. Some works were in collaboration with regional safety & planning authorities or government agencies.
Email Address
jean-philippe.montillet@pmodwrc.ch
Postal Address
Physikalisch-Meteorologisches Observatorium Davos
Fields of Research
370603 - Geodesy
Keywords
GRACE; space gravity; mascons; temporal gravity field
Status: Published
Published to:
  • Australian National University
  • Australian National Data Service
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