| 성과구성 |
Abstract
The university facility is made up of multiple buildings and has many maintenance items. In addition,
administrative constraints need to be handled within a limited period. Most maintenance work is small scale and
multi-work construction, such as waterproofing, needs to be organized. The facility manager makes annual unit price
contract with a maintenance company and carries out the maintenance work. On the other hand, delay and rework
is occurring because existing maintenance work performed without scheduling based on the manpower input. This
study proposed a scheduling model that can support the facility manager to manage maintenance works of multiple
university facilities at the program level. The model consists of three stages in order. In object analysis, details of
the maintenance items were analyzed and the quantity is calculated based on the quantity takeoff sheet. In resource
analysis, the craftsmen and construction period of detailed works are derived for the effective input of craftsmen. In
scheduling, the priority of each work and the optimal manpower input are derived. The optimal schedule is selected
according to the goodness of fit. The applicability and effectiveness of the prototype was evaluated through a case
study and interviews with case participants. The model was found to be an effective tool to support the scheduling
of maintenance works for the facility manager.
Keywords : Multiple Buildings, Maintenance, Scheduling, Manpower Allocation Plan, Clustering |
