**Ph.D. Economics, ***Colorado State University* 2017 (expected)

*Colorado State University*2017 (expected)

##### M.A. Economics, *Colorado State University* 2013

##### M.S. Physics, *University of Arkansas* 2007

###### B.S. Physics, *University of Arkansas* 2005; B.S.Mathematics, *University of Arkansas* 2005

I am an applied theorist whose research fields are public policy and environmental economics. Broadly, I am interested in the policy problems that arise from inconsistencies in decision-making under risk and uncertainty. Currently, I am modeling fracking policy as a risky and uncertain investment-timing problem using numerical methods to find an empirically grounded solution. Previously, I was an astrophysicist who worked on ground-based, extra-solar planet searches.

In my dissertation, * A Numerical Approach to Option Values * I explore a class of investment-timing problems by juxtaposing an empirically grounded computable general equilibrium (CGE) model, a finite horizon dynamic programming framework, and Bayesian learning. This allows for the data-driven monetary estimates of the economic benefits and option values of a public project whose effects span many sectors, is irreversible, and with uncertainty that resolves over time.