Project, institution, surveying, and analysis of classical and GNSS networks for measuring surface soil deformations or monitoring glacial bodies.
Measurement of glacial flow velocities through the integration of GNSS observations and satellite imagery. Study of three-dimensional forced centering systems for both network vertices anchored to rocky outcrops and for establishing control points on glacial bodies (coffee can).
Use of GNSS in altimetry as a surveying technique for monitoring anthropogenic subsidence.
Design and implementation of local-tie measurements between co-located geodetic observatories.
GNSS surveys in kinematic mode using both aerial and terrestrial methods; integration of sensors (GPR/GNSS); comparison between kinematic GNSS measurements and tide gauge observations.
Control of the verticality of structures and monitoring movements of buildings or structures due to settlement or during testing.
Use of photogrammetry, both terrestrial and aerial, employing both digital image autocorrelation techniques and non-metric cameras. Development of a remote-controlled system for photogrammetric captures from kites/balloons.
Integration of various surveying methodologies in the field of Cultural Heritage.
Aerial, terrestrial, and underwater photogrammetric surveys using piloted or unmanned aerial vehicles.
