Ana Oliveira is an Earth Observation (EO) applications expert specializing in Machine Learning (ML)-based solutions for climate change hazard mapping and impact assessment. She has a PhD degree from the MIT Portugal Program where she studied the interaction between air temperatures and the city, including the influence of regional wind flows, considering several coastal cities from southern Europe. In her PhD, she developed empirical models to estimate the atmospheric canopy layer and the land surface urban heat island (UHI) intensities in two Mediterranean cities, by using open science methods, EO and climate data. At +ATLANTIC she is the Chief Technology Officer for space applications, participating in several international projects, including those from European Space Agency (ESA) (CareHEAT, focusing on Marine Heat Waves, MiTHO focusing on Marine Multi-Hazards, CLIM4cities focusing on Trustworthy AI for Urban Applications, XHeat focusing on Marine and Atmospheric Heatwaves, and AIR4health, focusing on temperature and air quality extremes and their impact on human health), Copernicus Climate Change Service (C3S), Atmosphere Monitoring Service and Destination Earth (DestinE) services (e.g., Evaluation and Quality Control Function, focusing on EO/land and in-situ/atmospheric data products), and Horizon Europe projects (HE ObseSea4Clim focusing on Marine Heat Waves EOVs, WindTwin focusing on AI for offshore wind prediction, and TerraDT focusing on urban climate scenarios using AI/ML).