Excitons are electron-hole charge pairs that are bound together by Coulomb attraction. They are the major energy carriers in organic materials and are essential to the functioning of organic solar cells and other organic semiconductor technologies. Large reorganization energies in organic materials tends to localize electronic states on individual molecules, resulting in an exciton transport mechanism that resembles a hopping process. While this hopping process can be simulated accurately using methods such as kinetic Monte Carlo, they involve numerous molecular and solid-state parameters which must be pre-computed from firstprinciples before the simulation can start. These parameters are often time-consuming to calculate, especially when excited states are involved.