I build sustainable, affordable, and reliable cyber-physical energy systems by integrating communication, computation, and control with physical grid infrastructure. My work spans large digital loads such as AI data centers, distributed energy resources, power-electronic grids, and the links between energy, water, and climate.
Isolates how infrastructure and operating rules change markets, prices, and households.
Turns physical limits into implementable tools with performance and stability guarantees.
Determines what information a grid decision needs and how delay, loss, and bandwidth affect the physical response.
Fills data gaps and connects physical models across sectors and scales.