Exploring how tsunami hazards, human behaviour and probabilistic simulations come together to shape safer coastal evacuation.
Hazard · exposure · response — three layers that shape the probability of safe evacuation.
BETWEEN EARTH SCIENCE AND HUMAN BEHAVIOUR
I'm a postdoctoral researcher working on probabilistic tsunami risk and agent-based evacuation modelling. My research connects physical hazard modelling with the decisions people make in the critical minutes before a disaster.
My background spans seismic site effects, 3D geological-geophysical models and physics-based ground-motion simulation. Today, I manage the European Tsunami Risk Service (ETRiS) within Geo-INQUIRE and coordinate the EPOS TCS Tsunami User Feedback Group.
From complex coastlines to the movement of people, I build models that connect scientific insight with real-world decisions.
Probabilistic tsunami evacuation modelling that combines hazard scenarios, agent-based simulation and uncertainty to estimate the probability of reaching safety.
View research contribution ↗Integrating geological and geophysical evidence into a 3D shear-wave velocity model of Tehran's sedimentary basin to better understand site effects.
Read the paper ↗Curating accessible tsunami-risk data products and workflows through ETRiS and EPOS to support reproducible and interoperable risk research.
Explore open data ↗Selected peer-reviewed papers, conference contributions and open-science outputs.
Status and selection are based on the supplied 2026 CV draft; please verify updates before public release.
An evolving path across academic institutions, research cultures and disciplines.
2026 / EPOS GO!
Recognizing research connecting probabilistic tsunami hazard to agent-based safe-evacuation assessment.
Hands-on research using computational, geospatial and seismic toolchains — alongside workshops and mentorship.
Agent-based modelling · Monte Carlo analysis · probabilistic risk assessment · 3D velocity modelling · ground-motion simulation
GAMA · Python / Jupyter · QGIS · ParaView · GEOPSY · EFISPEC3D · CUBIT · Git · HPC
Specialist training in ambient-vibration methods, seismic site characterization and computational tsunami risk; master's thesis advising.
Interested in research collaboration, data services, modelling workflows or a scientific conversation? I'd be glad to connect.