• Jan 2022 - Present

► Researcher in the domain of space situational awareness (SSA) with the TIRA space radar system► Expert Space Radar Systems Engineer► Expert in tracking and ISAR imaging of satellites and space debris ► Modelling and analysis of radar images for on-orbit status assessment, launch support (LEOP), and reentry forecasting► Managing a large project focused on space reconnaissance with radar► Developing innovative study concepts in response to current challenges► Providing expert leadership and guiding the development of the project team► Managing and supervising all aspects of project execution, including time planning, resource management, budget monitoring, and client communication► Preparing comprehensive reports, presentations, and contributing to scientific publications► Representing the project in public forums, conferences, and professional committees Show less

• Jun 2017 - Dec 2021

► Extensive experience in satellite tracking and imaging (ISAR) with TIRA► Expert in data analysis of TIRA radar data► Developed visualization tool for satellite reentry► Worked on the atmospheric propagation/correction model for TIRA► Technical lead & deputy project manager for a large space reconnaissance project► Served in the strategy development teams of my Department and Institute

• Jun 2017 - Dec 2018

• May 2015 - May 2017

► Proficient in producing and analyzing radio interferometric images (VLBI) from 1.2 GHz up to 86 GHz► Observed and analyzed single-dish radio data from 2.6 GHz to 345 GHz► Expert in data analysis of large high-resolution data sets► Experienced in optical and Fermi gamma-ray data► Disseminated results via publications and talks► Coordinated the F-GAMMA Legacy Project aimed at administration, publication, and archiving of large multi-wavelength data setsBlazars are accretion-powered systems representing the most extreme flavor of active galactic nuclei (AGN). My research focuses on the study of the blazar PKS 1502+106 during a prominent broadband outburst, using ultra-high resolution imaging and a broadband single-dish study. The former is accomplished through very-long-baseline interferometry (VLBI) at short millimeter (mm) wavelengths, while the latter uses densely-sampled radio light curves in a wide radio frequency range. Show less

• Feb 2012 - May 2015