Senior Coastal Model Developer

Tom Collings

Tom is a Senior Coastal Model Developer in Fathom’s Technical team. His particular focus is on coastal hazard; working on everything from defining boundary conditions for our global flood maps to building hydrodynamic models for tides, waves and surges. Currently, he’s also working on the combined wind and flood risk model that Fathom has partnered with Reask to create, which sees tropical cyclone hazard data applied to inundation and catastrophe models to create an unparalleled view on risk. 

Tom graduated from the University of Southampton with a master’s degree in Engineering in the Coastal Environment, during which he worked closely with Fathom’s Global Flood Consultant, Professor Ivan Haigh, on his thesis. It centered around compound flooding in estuaries and involved building a 2D hydrodynamic model of an estuary in the UK. 

Originally, Tom was drawn to Fathom by the opportunity to blend academic research with tangible real-world application. He still values this approach, while also enjoying the workplace environment, and being able to collaborate with Fathom’s other experts at the forefront of research in this field. 

On the weekends, Tom enjoys a range of outdoor spots including surfing, climbing and mountain biking.

If you’d like to get in touch about marketing, partnership or event opportunities for Tom, please contact [email protected] or complete the contact form below.

Key topics

  • Coastal modeling
  • Hydrodynamics

Contacts

Related content and appearances

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Research Paper

Automated tail-informed threshold selection for extreme coastal sea levels

Composite image comprising two graphs. The figure on the right shows the results from applying the EQD and TAILS methods to every GESLA record used in this study, showing the distributions of quantile probabilities of the selected thresholds. On the left are spatial plots of (a) the quantile probabilities of selected thresholds using the TAILS methods, and (b) the difference in the quantile probabilities of the selected thresholds between the TAILS and EQD approaches.
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Research Paper

Exposure to flooding in Small Island Developing States (SIDS)

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Research Paper

A 30 m global flood inundation model for any climate scenario

Global Flood Map research paper graph - Average annual flood over time diagram
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Research Paper

Global application of a regional frequency analysis to extreme sea levels

Global application of a regional frequency analysis to extreme sea levels

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