A species of particular recent interest to policy makers dealing with invasive species is feral swine (Sus scrofa). Feral swine have dramatically expanded their global range over the past 30 years, and conflicts over management have also increased. One case of a contentious management decision is of the trade-off between removal efforts and repairing the damage inflicted. This paper describes a numeric dynamic optimization model that prescribes optimal management strategies given different scenarios. The unique contribution of this model to the literature is that feral swine are modeled as being responsive to both population pressure and removal pressure.