Microreactors, often referred to as special-purpose reactors or vSMRs, are neutronically simple, factory manufacturable, easily transportable, and designed to produce up to 20 MW thermal energy (MWt). This power limit allows micro reactors to be classified as Hazard Category 2 per 10 CFR 830, DOE-STD-1027. These reactors are decentralized energy sources that have the ability to provide sustainable and affordable heat and power to remote communities and to industrial users, while having self-contained geometry that requires very low maintenance.In order for microreactors to be approved for operation, they must abide by and successfully complete a rigorous regulatory and licensing process through the Nuclear Regulatory Commission (NRC), the Department of Energy (DOE), or the Department of Defense (DoD). Since microreactors are a relatively new and disruptive technology that could be used for commercial or military applications, there is no clearly designated licensing path for them to follow. Current licensing frameworks are tailored specifically to large, traditional light water reactors (LWRs) that have been developed and understood by the nuclear industry for many years. Microreactors have significant design differences relative to the more commonly used LWRs, specifically with regard to materials, coolant, reflectors and potential applications. Because they are much more compact, emergency planning zones (EPZs), the amount of space required for assembly, and the distances required to meet dose-based regulatory criteria can technically be altered vi ACKNOWLEDGMENTS I would like to thank The National GEM Consortium for providing me with a fellowship, Carnegie Mellon University for continued support of my graduate education, and Idaho National Laboratory for hosting and providing me with mentorship this summer. Special thanks to my mentors