Requirements Analysis and Design for the Development of a Synthetic Training Environment for the Republic of Korea Armed Forces

This paper proposes a development direction for a synthetic training environment (STE) for the Republic of Korea Armed Forces. The STE is a project initiated by the U.S. AFC to replace existing live, virtual, and constructive (LVC) training systems, and it serves as a model for next-generation military training. To support the development of the STE, we analyze case studies from the United States, the United Kingdom, and Germany and conduct a SWOT analysis to ensure effective project implementation. By analyzing the requirements of the STE, this paper establishes the design direction for the information system (TMT, TSS) and training systems (RVCT, SVT), which are key components of the STE. It proposes a training management tool (TMT) architecture designed to ensure scalability and flexibility in training and education services. Additionally, it incorporates an AI-driven learning approach to provide personalized feedback for trainees. A plan for introducing a simulation training engine that facilitates realistic and effective military exercises is also presented.