Our group studies dynamic natural-human systems in order to: (1) improve understanding of new risks to people and the environment across sectors (e.g., food-energy-water) and scales (e.g., from individual watersheds to the entire U.S.); and (2) develop novel approaches for mitigating these vulnerabilities. Our research is broadly focused and highly interdisciplinary, bridging energy systems and water resource systems analysis, environmental science, and finance/economics.
We use computational modeling, operations research, and a wide range of analytical and statistical tools to build ‘systems’ level models of infrastructure that can provide assessments of associated physical, environmental and financial risk to decision makers. Our group has an especially strong interest in electric power systems’ exposure to uncertainty in hydrometeorological processes and extremes (e.g., hydrological droughts, heat waves, extreme wind) and associated reliability and economic impacts. Using open source models we develop in-house, the goal is to assess risk and then devise creative solutions through a combination of new infrastructure and alternative management and control strategies.
Much of our work is ultimately aimed at supporting real-world decision-making regarding management of/ investment in natural resources and critical infrastructure, and we frequently interact with and collaborate with real stakeholders (e.g,. electric power utilities, water managers). We aim to provide students with modeling and analytical skills and sector-specific knowledge– as well as a professional network spanning academia, government, and the private sector– that they can leverage to pursue a range of post-graduate employment opportunities.
Please feel free to navigate through the menu topics to learn more about different projects we have finished or are currently working on — OR, you can get a sense for our research from the YouTube video below, a seminar Jordan recently gave at UNC Chapel Hill.
Interested in joining the group?
If you: are interested in working on relevant, cross-cutting projects that deal with the grid (especially renewable energy), extreme weather and climate change, economic markets and financial risk management, and environmental sustainability; and you can code; and you like quantitative research, feel free to reach out. We are currently recruiting a PhD student to work on development of a natural gas market model for the U.S. for simulating the impacts of extreme weather on energy systems.
Jordan Kern, PhD
Assistant Professor in Coupled Natural-Human Systems
Department of Forestry and Environmental Resources
North Carolina State University
Campus Box 8008
Raleigh, NC 27695-8008 USA
office: Jordan Hall Addition
email: jkern [at] ncsu [dot] edu