Jean-Philippe Montillet (MS 2003 (Aalborg), Ph.D. 2008 (Nottingham), SMIEEE 2014) is a geoscientist working in GNSS technology with applications in mathematical geodesy, geophysics, and civil engineering. His latest research projects include crustal deformation and sea-level rise in the Pacific Northwest. He has also been involved in the analysis of Earth observations (i.e. GRACE and satellite altimetry) and climate change monitoring and climate of the past simulations (TRACE21K, PMIP). For the past 5 years, he has extensively worked on geodetic time series analysis, including signal processing techniques to extract geophysical and transient signals and several works on stochastic and functional modeling. His work is generally funded by governments (EPSRC, RC Australia, NASA, and Swiss CTI) and through collaboration with safety authorities or government agencies.
Jean-Philippe Montillet (MS 2003 (Aalborg), Ph.D. 2008 (Nottingham), SMIEEE 2014) is a geoscientist working in GNSS technology with applications in mathematical geodesy, geophysics, and civil engineering. His latest research projects include crustal deformation and sea-level rise in the Pacific Northwest. He has also been involved in the analysis of Earth observations (i.e. GRACE and satellite altimetry) and climate change monitoring and climate of the past simulations (TRACE21K, PMIP). For the past 5 years, he has extensively worked on geodetic time series analysis, including signal processing techniques to extract geophysical and transient signals and several works on stochastic and functional modeling. His work is generally funded by governments (EPSRC, RC Australia, NASA, and Swiss CTI) and through collaboration with safety authorities or government agencies.