Preetish Kakoty
Preetish Kakoty

Marie Skłodowska-Curie Fellow

Hi, Welcome to my cyber space!

I am a Marie Skłodowska-Curie Postdoctoral Fellow at University College London, based in the DE|RISC Lab with Professor Carmine Galasso. My fellowship project focuses on resilience enhancement through multi-hazard recovery analysis of earthquake and flood-affected infrastructure.

My work sits at the intersection of natural hazards simulation, structural engineering, risk quantification, and decision science. I use statistical and physics-based simulation tools to estimate disaster impacts and support risk-informed decision making for the built environment.

I am deeply interested in how societies shape disasters — and how disasters, in turn, reshape societies. You will find my musings on this theme here.

Please connect if anything here piques your interest!

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Education
  • PhD Structural & Earthquake Engineering, 2024

    University of British Columbia, Vancouver

  • MSE Systems Engineering, 2018

    Johns Hopkins University

  • MS Structural Engineering, 2017

    University of California, Irvine

  • BE Civil Engineering, 2015

    Assam Engineering College

Featured Publications
Recent Publications

For a detailed and updated list please visit Google Scholar

(2025). Collapse Risk of Tall Nonductile Reinforced Concrete Shear Wall Buildings. Journal of Structural Engineering.
(2021). Toward functional recovery performance in the seismic design of modern tall buildings. Earthquake Spectra.
(2021). Effects of the Georgia Sedimentary Basin on the Response of Modern Tall RC Shear-Wall Buildings to M9 Cascadia Subduction Zone Earthquakes. Journal of Structural Engineering.
Recent Updates
Presentation at 13NCEE in Portland
Presentation at 13NCEE in Portland

I presented our work on physics-based ground motion simulations and portfolio seismic risk at the 13th National Conference on Earthquake Engineering in Portland, Oregon. The paper compares physics-based simulations against empirical ground motion models for Metro Vancouver’s building portfolio under an M9 Cascadia subduction zone scenario, finding that empirical models significantly underestimate shaking and losses for tall buildings situated on deep sediment — a result with direct implications for how regional risk is quantified and communicated to insurers and city planners.

Jul 17, 2026

Presentation at GEM Conference 2026 in Zagreb
Presentation at GEM Conference 2026 in Zagreb

I presented our work on physics-based ground motion simulations versus empirical models for portfolio-level seismic risk assessment at the 2026 GEM Conference: From Faults to Future Scenarios in Zagreb, Croatia.

Jun 25, 2026

Selected as an ABSW Media Fellow for 2026
Selected as an ABSW Media Fellow for 2026

I was selected as one of three UCL Engineering ABSW Media Fellows for 2026, through the Association of British Science Writers Media Fellowship Scheme. The fellowship places practising scientists and engineers in media outlets for two to six weeks.

Jun 11, 2026

Leveraging physics-based ground motion simulations for portfolio risk — a poster at RIAGE 2026
Leveraging physics-based ground motion simulations for portfolio risk — a poster at RIAGE 2026

I presented a poster at the inaugural RIAGE (Re)Insurance-Academia Global Earthquake Workshop at UCL. This was a unique mix of catastrophe modelers, underwriters, and earthquake scientists sat together to share recent developments and future paths.

May 19, 2026

Spring school on climate change and natural hazard risk at IUSS Pavia
Spring school on climate change and natural hazard risk at IUSS Pavia

I attended the NEXT-GEN Spring School at IUSS Pavia, bringing together PhD students and researchers working across earthquakes, floods, droughts, and climate adaptation. The clearest takeaway: meaningful multi-hazard risk assessment and mitigation cannot be done within a single discipline.

Apr 28, 2026