A selection of scientific software and mission-oriented work, from multi-spacecraft geometry to icy moons interior modeling.
A Python framework to detect multi-spacecraft geometric opportunities to support coordinated solar event analysis and observation planning.
Active research projects focused on planetary interior modeling and mission data interpretation.
Modeling the internal structures of Europa and Ganymede to support interpretation of mission measurements and assess subsurface ocean environments.
Applied research and mission-focused developments.
Mission-facing work on data readiness, science workflows, and coordinated observation support for an operational context.
Contribution to a technology demonstrator flown on Ariane 6, supporting mission context and project-facing documentation and analysis.
Concept and systems-level study focusing on sustainable surface operations, dust mitigation considerations, and integrated infrastructure planning.
Research on origin hypotheses and composition, combining surface analysis of Martian moons with laboratory work on Ryugu samples.
Mission concept study on Ceres geomorphology and cryovolcanism, defining science-driven requirements and assessing radar payload feasibility within a constrained 3U CubeSat architecture.