About Me
In the fields of fluid mechanics and thermodynamics with an interest in natural hazards, I researched the processes that drive volcanic and magmatic hazards, permafrost hazards, and their planetary analogues. After my PhD at Stanford University on multiphase fluid and thermodynamics of volcanic hazards, I conducted research at ETH Zurich on flood response to rainfall events and heat waves in the arctic. Now, I am CEO of PermaC Land & Environment Inc., and adjunct faculty at the University of British Columbia (UBC) in Canada, where I build models on Retrogressive Thaw Slumps and contribute to teaching and research. Through computational models and data analysis, my international group of colleagues and I elucidate the mechanics of natural hazards that have direct implications for communities and climate change.
In addition to my company and research, I co-founded outreach initiatives such as Art-SCI and Mediterranean Sustainability Coalition, and have consulted for start-ups and the World Bank Group's International Finance Corporation. These experiences have empowered me to forge practical tools from my research, enabling communities to effectively confront imminent challenges. While my path is carved by rigorous scientific inquiry, it is fuelled by the impact that our findings have in helping communities adapt to the realities of our changing world.
