드론 기반 공동주택 외관 상시 안전점검 프로세스 제안

Abstract

Purpose: Recently, it began to recognize that the deterioration of buildings have an impact on the safety of residents due to performance degradation. Accordingly, quality control and safety inspection are carried out for apartment buildings. However, the existing safety inspection process used for this is inefficient for safety, time and cost. Therefore, it is expected that this research will reduce the burden on the safety, cost and time of the inspector and tenant by increasing efficiency of defects and safety inspection and proposing a drone-based defect inspection process that can be proactive. Furthermore, it will improve the safety and quality of life of residents. Method: This study proposed a process model using BPMN. BPMN is a standardized notation of business process modeling that has been developed to address a number of problems caused by the absence of visually defined work processes that can be referred to as standards for businesses and institutions. Result: The field applicability of the process proposed in this study has been verified, and both advantages and disadvantages have been identified. Key advantages can be summarized as a reduction in safety inspection time, use of small numbers of personnel and equipment, and prevention of safety accidents. Based on this study, it is deemed that an integrated safety inspection process will be needed in the future, which will be connected from defect identification to assessment of apartment buildings.