This study provided the methodology and algorithms to interface with performance based designs using BIM techniques to assess the optimal use of fire safety in assessing fire safety performance. It also proposed the use of fire samples for fire safety and major inflammable materials, which affect fire safety performance, and how to model the combustible material as a means of storing the combustible properties of combustible materials. These results have resulted in a standardized design of the design garden based on the performance driven design and methods of evaluating fire safety performance using BIM. The detailed results of the study are as follows.
(1) Proposal of BIM methods for verification methods

In the case of purpose that performance-based designs, the evaluation of the safety of the target structures is provided by evaluating the safety of the fire safety. it is mostly used by FDS. However, in the case of FDS, it is obvious that there is a significant improvement in the number of other buildings, such as writing a memo pad to program the program for programming, and the fact that different kinds of materials are driven by different kinds of flammable materials, such as different kinds of materials, and domestic studies are very insufficient. In this study, the implementation of additional modelling tasks or numerical inputs to the existing FDS is proposed and the implementation of the standards for the standardization of standardized data is investigated, and the implementation of the pre-requisite fire safety performance assessment is conducted and the temperature of the pre - and uttermostentional monitoring of the pre - and firefight rates is compared to the effectiveness of the fire model.

(2) the Modeling of Fire Load and Fire Resistance Characteristics of Building Structures

The Based on the survey of the business facility, the combustible material was tested on the combustion characteristics of flammable materials, and the types of flammable materials surveyed were found in the workplace, such as a fire absorbing material, chairs, table chairs, simplified chairs, and warehouses, which are considered to be standard in the business facilities. Using the speed of the Ultra High Speed, Fast, Medium, and Slow as indicated by the Ultra-Fast, the cabinet was fast, office chairs, and slow chairs. Based on the purpose of the fire scenario and consideration of the worst-case scenario, the fire load was proposed to account for the resultant twice as much heat as the standard deviation of the standard deviation in consideration of the worst-case scenario.