Subject Area
Marine Geology, Geophysics
Activities
My thesis work involved the processing of seismic refraction data to derive a P-wave velocity model along a profile crossing the Carnegie Ridge. Subsequently, the model was validated using various techniques for subsequent comparison with other oceanic ridges under similar geodynamic conditions.
Skills
My skills involve using various programming languages like Matlab and Python, processing seismic refraction data, working with oceanic bathymetry, exploring through geophysical methods, and understanding marine petrology.
Comment(s)
Graduate with a Master’s degree in geophysics with a strong background in computer science applied to various pro-
gramming languages. Proactive, responsible, open to interdisciplinary learning, good teamwork and fieldwork skills.
Teaching experience in undergraduate and postgraduate courses in geophysics. Areas of interest for my academic
and professional development include seismic data processing, seismic tomography, seismic data inversion, applied
seismology and others geophysical exploration methods such as gravimetry, electrical resistivity tomography and
magnetometry.