Super-Kamiokande (SK) is a large-scale water Cherenkov neutrino detector located 1km underground in Gifu prefecture, Japan. Credited, alongside the SNO experiment, for the discovery of neutrino oscillation, SK has a rich history of neutrino physics. Refurbishment work was recently completed to prepare SK for its next phase: SK-Gd. This upgrade consists of doping SK with gadolinium, which allows for easier tagging of positrons from inverse beta decay through the coincidence detection of the 8 MeV gamma cascade from neutron capture on Gd. This will greatly reduce the background for low energy electron anti-neutrino events, allowing for analysis of never-before detected Supernova Relic Neutrinos, among other exciting sources. The status of the SK-Gd project and its physics goals will be presented.