Technical leadership of Aresys SAR (Synthetic Aperture Radar) simulatorRadar Electronic Countermeasures (ECM) simulation based on software shared library plugin solution to extend the basic features of radar simulatorImages simulation for object detection training based on CNN neural networksImplementation of CNN neural network for angular regression of 3D target on MSTAR dataset and simulated dataset

Big data analysis and algorithm modelling/implementation on a high confidential projectDevelopment of a ML algorithm for fall detection time series classification based on CNN and RNN

Design and development of microservice-based architectures for real-time monitoring of systems' performances, data analysis and visualizationDesign and development of a microservice-based SW tool for real-time estimation of ionospheric electron content with the study of classification algorithms for anomalies detectionDesign, development and deployment at Fucino Galileo Control Center of an operative KPI navigation toolkit for the monitoring and reporting of Galileo navigation performances (GSOp)Design and implementation of algorithms for modelling, optimization and prediction (i.e. satellite ephemeris reconstruction)Bids writing with a focus on GNSS solutions for several applications (national and international tenders)Development and application of test procedures for subsystems validationSystem requirements analysis and specification

The objective of SENECA project (managed by ASI and ENAV) was to develop a range of services / applications, based on the use of GNSS satellite navigation services, for the management of "terminal areas" of ATM procedures.In that contest I gained the following experties:Ionospheric delay estimation at regional scale through ground network of GNSS receivers and computation of SBAS ionospheric correction messageAnalysis and implementation of algorithms for the determination of GNSS navigation parametersDevelopment and application of test procedures for subsystems validation

Theorical analysis and development of algorithms in the field of RAIM (Receiver Autonomous Integrity Monitoring) philosophy as integrity monitoring techniqueImplementation of traditional RAIM schemes and investigation on the evolution of the traditional approaches to extend RAIM on more demanding operative scenarios