Research On Construction Schedule Management Of A Residential Project Based On Key Chain Method

With the development, project requires constant upgrading of the project cost, the project cycle, higher standards. However, modernization projects showing a more complex, systematic, centralized characteristics, in order to meet these new requirements, the need to match a more reasonable project schedule management. Project schedule requirements track and control of every stage firmly grasp the core of management, to avoid supply chain project can not be successfully received financial, time delay, thus affecting the progress of the material strain.Based on the systematic analysis of the needs of the project schedule management and traditional project management methods inadequate progress on the basis of a large number of domestic and foreign literature reviewed the progress of the project management, it aims to propose for the current project schedule management requirements reasonable solution. Through the content and features of Critical Chain theory analysis, do a detailed analysis based on the relative superiority of critical chain project schedule management, operational characteristics, and critical chain method in Residential Project Development Schedule Management, Construction the critical chain management methods applied in the project schedule management model based on the model and analyze key chain, hoping to break through the bottleneck of traditional project management, and the use of buffering mechanism with a key chain, the final project of the case do based on comparative analysis of project schedule management critical chain method.By combining Baisha Mid-Levels residential development example, targeted the critical chain method used in the project development schedule management. Progress in preparing the introduction of a buffer mechanism for specific projects the schedule, and implement well the critical chain scheduling and monitoring control, to better improve the management of the project schedule stability and reliability.