I specialize in the modeling, prediction, and control of dynamical systems and complex networks. Applications include geophysics, neuroscience, and power systems, among many others.I have strong analytical skills and software experience that ranges from GUI design to backend development. My background in computational physics has allowed me to contribute efficiently and effectively to a wide range of projects, as demonstrated by my record of success in interdisciplinary research.Skills: applied physics, nonlinear dynamics, data assimilation (4DVar, EnKF, particle filters), nonlinear and stochastic filtering (Kalman filters), optimal control/estimation, Bayesian inference, machine learning, neural networks, algorithm development, computational electrodynamics, computational fluid dynamics, power systemsProgramming: C++, C, Fortran, Python, Perl, Bash, Matlab, Mathematica, Java, MPI, GPUs, R