at ESA/ESTEC
Venice Area, Italy
at ESA/ESTEC
Venice Area, Italy
I am a dynamic telecommunication engineer and I am working in THALES ALENIA SPACE Italia, in Milan, as DSP engineer for GNSS receivers. I am in charge of the design and development of algorithms for acquisition and tracking of the GPS modernized signals, L2C and L5, and for Galileo and GPS L1/E1 modernized signal, MBOC modulation, for the EGNOS ground base receivers, in the contest
of the RIMS project.
In September 2008 I graduated with honours in the second level specializing master course in Navigation and Related Applications at “Politecnico di Torino” (classified as third cycle in the Bologna process).
My main fields of interest are GNSS, such as Galileo and GPS, and all the other correlated technologies (i.e. WLAN and communication satellite systems). Thanks to my academic studies and my working activity, my knowledge covers all the main aspects of GNSS systems
• GPS and Galileo systems;
• GPS and Galileo receiver design (Acquisition strategies, Tracking strategies, Multipath rejection...);
• support systems for GPS and Galileo;
• terrestrial and satellite-based (e.g., EGNOS);
• GNSS regulatory aspects;
• receiver technologies Localization in cellular systems (and WLAN);
• navigation and communication hybridization (GNSS + wireless networks);
• applications of GNSS in surveys and mapping;
• added-value navigation-related services and applications;
• timing and time scale generation;
• synchronization.
I have a good background in signal processing thanks to my Telecommunication Master Degree, the Second Level Specialising Master in Navigation and my experience as a research engineer. I am skilled in GPS and Galileo SIS, BOC and MBOC modulation and also AltBOC modulation and multiplexing scheme.
Moreover my knowledge covers DLL, PLL and FLL schemes, Galileo integrity and RAIM, PVT computation using LMS or WMS approaches.
Matlab, C/C++, LATEX, Java, PL/SQL, MS Office suite, Microsoft OS, Linux.
- GPS and Galileo systems
- support systems for GPS and Galileo
- terrestrial and satellite-based (e.g., EGNOS)
- receiver technologies Localization in cellular systems (and WLAN)
- navigation and communication hybridization (GNSS + wireless networks)
- 802.11-like protocols
- CDMA
- GSM
- GPRS
(Government Agency; Defense & Space industry)
October 2009 — Present (3 months)
(Public Company; ALT.PA; Information Technology and Services industry)
March 2009 — October 2009 (8 months)
(Public Company; Aviation & Aerospace industry)
June 2008 — February 2009 (9 months)
– Design of Acquisition and Tracking algorithms for GPS L2C and L5 signals for EGNOS ground base receivers.
– Validation activities.
– Simulators and prototype design and development
(Educational Institution; 1001-5000 employees; Research industry)
September 2007 — September 2008 (1 year 1 month)
• GPS and Galileo systems;
• GPS and Galileo receiver design (Acquisition strategies, Tracking strategies, Multipath rejection...);
• support systems for GPS and Galileo;
• terrestrial and satellite-based (e.g., EGNOS);
• GNSS regulatory aspects;
• receiver technologies Localization in cellular systems (and WLAN);
• navigation and communication hybridization (GNSS + wireless networks);
• applications of GNSS in surveys and mapping;
• added-value navigation-related services and applications;
• timing and time scale generation;
• synchronization.
(Public Company; 10,001 or more employees; Telecommunications industry)
September 2006 — September 2007 (1 year 1 month)
– Quality Control and Integration Testing in CRM (Customer Relationship Management) systems.
– Playing a key role in Testing Team, handling and managing critical situations.
– Experience in RFI and RFQ answer
Second Level Specialising Master , GNSS, GPS, Galileo system an receiver design , 2007 — 2008
Graduated with honours
MSc , Telecommunication Engineering , 2001 — 2006
Subject Thesis: “Project and Analisys of a MAC and Routing Protocol with Directional Antennas for Vehicular Ad-Hoc Network”.
Telecommunication Engineering 2004 — 2005
International exchange program, during the last academic year (12 months)
90/100 , 1996 — 2001
Monster Network