Scientific platforms, visualisation engines and data systems.

A next-generation browser-based platform for interactive exploration of astronomical and Earth Observation datasets.

AstroBrowser combines scientific visualisation, open standards and modern web technologies to enable users to explore large-scale datasets directly in the browser. It is designed as an extensible platform for research, analysis and future industrial applications.

A high-performance WebGL engine for scientific visualisation on the celestial sphere.

AstroViewer is the graphics core behind AstroBrowser. It focuses on rendering tiled astronomical datasets, catalogue overlays, footprints and interactive visual layers with performance and extensibility in mind.

An automated pipeline for generating and updating Fermi LAT HiPS maps from weekly scientific data products.

The pipeline processes Fermi LAT weekly data products, generates HEALPix maps and converts them into HiPS datasets suitable for visualisation and scientific analysis.

A prototype exploring the extension of HiPS-based visualisation into interactive mesh-based environments.

This work investigates how hierarchical sky maps and scientific overlays can be represented through mesh structures, opening possibilities for immersive analysis and advanced visual exploration.

Founder and technical coordinator of ESA’s science discovery portal for space-based astronomy missions.

ESASky provides access to astronomical data from multiple ESA missions through an intuitive browser interface. I founded and technically coordinated the platform, leading architecture, roadmap definition and multi-mission integration.