Galileo Reference Center (GRC) is the GSA's reference centre that monitors independently the performance of Galileo system. As an Operations Manager at GRC, I'm managing the operations team controlling the status and performance of Galileo and other global navigation satellite systems, and reporting the results to GSA on a timely basis.

Working in Avionics On-board Software division in GMV on the Software Defined Radio (SDR) GNSS receiver developed for space, especially on the GNSS signal acquisition algorithms and their implementation in C for GNSSW-MLMSC (GNSS software for microlaunchers and micro spacecrafts) project developed for ESA.Testing the SDR GNSS receiver with the Spirent GSS 9000 GNSS signal simulator in various scenarios: static, kinematic, ground and space.

Working on GNSS and hybrid navigation projects at Astri Polska.Responsible for TEcHNO (Test Environment for Hybrid Navigation) project for ESA - preparing system design, creating GNSS and LTE hybrid navigation algorithm.Participating in FLIGhT (Flexible Environment for GNSS Testing) project for ESA - working on the navigation algorithm implementation and the status of work.Responsible for creating project proposals for ESA and EC calls in the navigation domain.

Researching on assistance services of high performance in harsh urban environments.Navigation in constrained environments, such as urban ones, is challenging for the devices we're using everyday. In my work, I was looking for a possible trade-off between existing services, searching for the possible combinations of existing techniques. I was focusing more on the topics regarding the integrity of the observables in urban environments, researching algorithms supporting detection of possible… Show more Researching on assistance services of high performance in harsh urban environments.Navigation in constrained environments, such as urban ones, is challenging for the devices we're using everyday. In my work, I was looking for a possible trade-off between existing services, searching for the possible combinations of existing techniques. I was focusing more on the topics regarding the integrity of the observables in urban environments, researching algorithms supporting detection of possible GNSS integrity threats.My work was performed under MULTI-POS (Multi-technology Positioning Professionals) - the FP7 Marie Sklodowska-Curie Initial Training Network, supported by the European Commission. Show less

My stay in ENAC in TELECOM Research Laboratory at SIGnal processing and NAVigation group focuses on the research on carrier-phase based positioning technology and coupling with intertial sensors technique.

During the stay as a researcher at UAB, I worked with Signal Processing for Communications and Navigation (SPCOMNAV) group. I was participating in the research regarding multipath detection in navigation in constrained environments, working on several articles regarding multipath detection and challenges for integrity for navigation in urban environments.The work was performed as a secondment in MULTI-POS Marie Sklodowska-Curie Initial Training Network, supported by the European Commission.

▪ Testing and implementing the newest surveying solutions in the offer of TPI Sp. z o. o.▪ Design, implementation and maintenance of CORS network of TPI Sp. z o. o. (TPI NETpro)

Assistance in development of the Applications and Services division

▪ Conducting laboratory exercises within the courses of Geodesy and Satellite Geodesy, Department of Geodesy and Geodetic Astronomy▪ Assistance in the projects conducted in Department