Project management is a tool for smooth operation during a full cycle from the design to normal operation including the schedule, document, and budget management, and document management is an important work for big projects such as the JRTR (Jordan Research and Training Reactor). To manage the various large documents for a research reactor, a project management system was resolved, a project procedure manual was prepared, and a document control system was established. The ANSIM (Advanced Nuclear Safety Information Management) system consists of a document management folder, document container folder, project management folder, organization management folder, and EPC (Engineering, Procurement and Construction) document folder. First, the system composition is a computerized version of the Inter-office Correspondence (IOC), the Document Distribution for Agreement (DDA), Design Documents, and Project Manager Memorandum (PM Memo) works prepared for the research reactor design. Second, it reviews, distributes, and approves design documents in the system and approves those documents to register and supply them to the research reactor user. Third, it integrates the information of the document system-using organization and its members, as well as users’ rights regarding the ANSIM document system. Throughout these functions, the ANSIM system has been contributing to the vitalization of united research. Not only did the ANSIM system realize a design document input, data load, and search system and manage KAERI’s long-period experience and knowledge information properties using a management strategy, but in doing so, it also contributed to research activation and will actively help in the construction of other nuclear facilities and exports abroad.

1. Introduction
 2. JRTR Project and Ansim System
  2.1 Jordan Research and Training Reactor Project
  2.2 ANSIM System Form
 3. EPC Documents Flow
 4. SYSTEM DESIGN
  4.1 Document Control Folder
  4.2 Document Container Folder
 5. System Realization and Improvement
 6. Conclusion
 Acknowledgement
 References

• Kook-Nam Park(Research Reactor Technology Development Group, Korea Atomic Energy Research Institute) | 박국남 Corresponding Author
• Min-Ho Choi(Research Reactor Technology Development Group, Korea Atomic Energy Research Institute) | 최민호
• Yongse Kwon(Research Reactor Technology Development Group, Korea Atomic Energy Research Institute) | 권용세