Planetary Science and Astronomy.• Promoter of data standards and policies for planetary science and exploration through NASA and ESA interdisciplinary programs, and collaborator with IAU and IAG working groups on Lunar Reference Frame standards for navigation and cartography.• PI R&D planetary science and astronomy: Titan and Enceladus studies with Cassini radar/radiometry data; exoplanets characterization through Kepler and K2 missions' time series and LBTI ground-based observations; asteroids characterization through radar ground-based/space-based observations data analytics using JPL Horizons and SPICE applications; GBT Radar development; collaborated on Arecibo 2.0 proposal project.

Radar Research & Development. • Responsible for the operations, engineering and provision of ground facilities operations and services for a new planetary radar-system.• Led SE concept design development documentation for the first high-power Ku-band planetary radar instrument for GBO to successfully pass internal CoDR (SE documentation unpublished).• Spearheaded and supported development of the new Radar Division at NRAO.• Spearheaded trade-studies and planned documentation to complete concept designs studies feasibility of a high-power Ku-band planetary radar instrument planned for GBO.

Radar Research & Development.• Responsible for the operations, engineering and provision of ground facilities operations and services for a planetary radar-system prototype.• Led the successful pre-deployment, deployment, commissioning testing/calibration operations, and 2 observation campaigns (Nov 2020, Mar 2021) of the first low-power Ku-band planetary radar at GBO. Documentation in Paganelli, F. et al. 2021. GBT Memo 303: Commissioning and Observations with the GBT Low Power Radar (TKu) – Final Report (unpublished).

Graduate teaching - Principles of Applied Analytics: data analytics theory and applications, data analytics applications development using R. Consultant role in support of master students.

Graduate teaching - Space Studies Master Program: Remote Sensing, Planetary geology, Astronomical instrumentation, Space instruments, Space stations concepts and mission operations. • Advisory role multidisciplinary research studies in Remote Sensing, Space Policies, Space Operations(https://drive.google.com/open?id=14euaQwwGJ9uklQUI0i3ceHMBSjftrSt7).

Graduate Teaching - Geographic Information Systems and Technology (GIST) Master Program: Geospatial Data Integration, GIS Programming and Customization - Python, Spatial Databases, Remote Sensing for GIS, Concept of Spatial Thinking. • Advisory role multidisciplinary research studies in Remote Sensing, GIS data integration, Geodatabases, GIS and Spatial Analysis (https://drive.google.com/open?id=1vQ6e_DdmdPcM6gCnj-M-bKMu2t1AqBIJ).

Planetary Science.• PI research studies on Titan’s icy surface using Cassini SAR imaging and radiometry data processing and analysis; geological and structural mapping with GIS integrated database of Titan; Titan’s global stress field analysis during satellite evolution using SatStress.

GIS and Environmental Sciences.Undergraduate Teaching - Agriculture and Environmental Sciences Program: Geographic Information Systems (GIS) , Spatial Databases, Remote Sensing for GIS, Concept of Spatial Thinking.

Planetary Science, Data Modeling.• Led Cassini SAR imaging and integrated GIS database used in resolving Titan’s structural features. • Resolved Titan’s structural features provided new implications on Titan’s icy crust global stress evolution modeling conducted using SatStress models.

Remote Sensing, InSAR modeling.• Led image analysis of SAR SIR-C/ENVISAT ASAR for optimal distributed and partially distributed scatterers (PS) identification for InSAR new approach and modeling using StaMPS - applied to ice motion of the De la Blanche glacier (French Alps), and volcanic deformation at Fogo volcano, Cape Verde (West Africa). Integrated StaMPS’s deformation models into GIS to outline deformation patterns.• Continued leading research and support of the Cassini RADAR Science Team on Titan’s surface geological and geophysical characterization using Cassini SAR and radiometry data.

Planetary Science, SAR Applications.• Developed the first combination of scattering and frequency-dependent dielectrics models for various compounds such as ice, water-ice and tholins using Cassini SAR and radiometry data to differentiate Titan’s surface terrains and geophysical characteristics. • Contributed to Cassini RADAR Science Team data planning and acquisition of Titan's and other targeted bodies to achieve Cassini mission’s goals. • Developed SAR SIR-C and Cassini SAR data comparative analysis to validate data characterization on Saturnian moons. SAR SIR-C data research on SAR permanent scatterers (PS) and radar interferometry (InSAR) applications.

Remote Sensing Applications.• Led the first RADARSAT-1 and Landsat-ETM data analysis and GIS database integration for the environmental risk assessment in the Sudbury area (Ontario, CA).

Remote Sensing Applications.• Led ASTER multi-spectral data (ACORN data calibration) analysis and integration with RADARSAT-1 surface characteristics for bauxite exploration (North Western Australia). RADARSAT-1 and Landsat-ETM data fusion for kimberlite exploration in the Buffalo Head Hill area (Alberta, CA).