Department of Electrical and Biomedical Engineering
BIO
I am currently a Senior Engineer within the Resilient Control Methods Team at PNNL. My expertise is in the application and development of nonlinear systems theoretic tools to real-world engineering problems including the design of resilient and reliable power grids, operation of grid-responsive buildings, and resilience of transportation networks. I have led several DOE (OE, EERE, SETO) and PNNL-LDRD projects. I am presently serving as the sub-thrust lead for multi-year PNNL initiative on Resilience through Data-driven intelligently-Designed Controls (RD2C).
Publications
Area(s) of expertise
Nonlinear Systems Analysis, Large-Scale Networks, Coordination of Flexible Loads, Buildings-to-Grid Integration, Resilience of Transportation Networks
Bio
I am currently a Senior Engineer within the Resilient Control Methods Team at PNNL. My expertise is in the application and development of nonlinear systems theoretic tools to real-world engineering problems including the design of resilient and reliable power grids, operation of grid-responsive buildings, and resilience of transportation networks. I have led several DOE (OE, EERE, SETO) and PNNL-LDRD projects. I am presently serving as the sub-thrust lead for multi-year PNNL initiative on Resilience through Data-driven intelligently-Designed Controls (RD2C).
Publications
Areas of Expertise
Nonlinear Systems Analysis, Large-Scale Networks, Coordination of Flexible Loads, Buildings-to-Grid Integration, Resilience of Transportation Networks