•Developing models and tools that account for the variability and statistical properties of scaled CMOS and emerging nanotechnologies
•Developing probabilistic/stochastic approaches that trade off accuracy for energy and explore the optimization of reliability, power and area of nanoscale circuits and systems
•Devising probabilistic yet robust computational paradigms that leverage the statistical and stochastic characteristics of nanodevices.
•I'm also interested in the computational modeling of biological systems including molecular, cellular, and genetic networks
