With the global rise in temperatures fueling an increase in SWEs (SWE) such as hurricanes, many islands around the world who lie in their path are seeking alternatives to their frequently outdated grid systems. These are often composed of dated infrastructure prone to damage during such events that leaves the dependent population without power for extended periods of time. In parallel to this increasingly common problem is the growing transition from centralized grids towards decentralized microgrids largely powered by Renewable Energy Sources (RES). This thesis researches a potential RES microgrid for the University of Puerto Rico’s Mayagüez campus and analyzes its potential impact on disaster relief and recovery efforts for the surrounding community.