Serena Tessitore
Graduated with honors in Environmental Engineering at the University of Naples "Federico II" in 2009, I obtained the qualification to practice as “Civil and Environmental Engineer” in 2010.
In the same year I collaborated in the research project "Informatic System Support to estimate the Environmental Impact Assessment and the regional changing of the air quality, caused by new production facilities and service". I also conducted researches on models of unconfined flow and studied some real cases through the use of two-dimensional model "Flo 2D".
I hold, (May, 2014) two doctorates with honors, respectively in “Signal theory and communications” at the Technical University of Catalonia (BarcelonaTech, UPC) - Remote Sensing Laboratory - Signal Theory and Communications Department and in "Analysis of Environmental Systems" (XXVI cycle) at the University "Federico II" - Department of Earth Sciences, Environment and Resources.
My research has been focused on the processing of SAR images through the Advanced Differential Interferometric Techniques and the interpretation of the processing results by their integration with the ground based measurements.
Specifically, I employ this “Integrated monitoring systems” to carry out geotechnical models of the studied phenomena, to the natural risk mitigation.
Actually I am working on Guadalentin-Segura basin (Murcia, Spain) and on Telese Terme, the Venetian coast and Palermo City, (Italy). In particular, I am working at the University of Padua - Department of Civil, Architectural and Environmental Engineering on the project “Processing and elaboration of interferometric data of the Adriatic littoral, Venice lagoon and the Emilia Romagna coast”.
I have experienced to work in an international dimension. In particular, I worked in Spain for 14 months (14 October 2012 – 14 December 2013) at the IGME of Madrid and at the UPC of Barcelona where I could effectively test my predisposition to multidisciplinary works in very heterogeneous research groups. Specifically, I was investigator attendee on the scientific related activities of PANGEO and DORIS projects, performed in radar interferometry monitoring, geotechnical characterization of subsidence areas and subsidence numerical modelling using Finite Elements methods.
In the same year I collaborated in the research project "Informatic System Support to estimate the Environmental Impact Assessment and the regional changing of the air quality, caused by new production facilities and service". I also conducted researches on models of unconfined flow and studied some real cases through the use of two-dimensional model "Flo 2D".
I hold, (May, 2014) two doctorates with honors, respectively in “Signal theory and communications” at the Technical University of Catalonia (BarcelonaTech, UPC) - Remote Sensing Laboratory - Signal Theory and Communications Department and in "Analysis of Environmental Systems" (XXVI cycle) at the University "Federico II" - Department of Earth Sciences, Environment and Resources.
My research has been focused on the processing of SAR images through the Advanced Differential Interferometric Techniques and the interpretation of the processing results by their integration with the ground based measurements.
Specifically, I employ this “Integrated monitoring systems” to carry out geotechnical models of the studied phenomena, to the natural risk mitigation.
Actually I am working on Guadalentin-Segura basin (Murcia, Spain) and on Telese Terme, the Venetian coast and Palermo City, (Italy). In particular, I am working at the University of Padua - Department of Civil, Architectural and Environmental Engineering on the project “Processing and elaboration of interferometric data of the Adriatic littoral, Venice lagoon and the Emilia Romagna coast”.
I have experienced to work in an international dimension. In particular, I worked in Spain for 14 months (14 October 2012 – 14 December 2013) at the IGME of Madrid and at the UPC of Barcelona where I could effectively test my predisposition to multidisciplinary works in very heterogeneous research groups. Specifically, I was investigator attendee on the scientific related activities of PANGEO and DORIS projects, performed in radar interferometry monitoring, geotechnical characterization of subsidence areas and subsidence numerical modelling using Finite Elements methods.
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Il sistema di monitoraggio si basa sull’utilizzo integrato delle recenti tecniche d’interferometria satellitare A-DInSAR (Advanced DInSAR Interferometry Techniques), che consentono di valutare in maniera efficace le deformazioni del suolo caratterizzate da componente prevalentemente verticale, e di tecniche di monitoraggio “tradizionali” in situ (quali rilievi geologico-geomorfologici e misure geofisiche di tipo microgravimetrico)
Il sistema di monitoraggio si basa sull’utilizzo integrato delle recenti tecniche d’interferometria satellitare A-DInSAR (Advanced DInSAR Interferometry Techniques), che consentono di valutare in maniera efficace le deformazioni del suolo caratterizzate da componente prevalentemente verticale, e di tecniche di monitoraggio “tradizionali” in situ (quali rilievi geologico-geomorfologici e misure geofisiche di tipo microgravimetrico)