Abstract
The teaching building of Nanjing No. 1 High School is located in Qinhuai District, Nanjing,
adjacent to Baoding East Second Ring Road. The design start date for the building is set for
March 3, 2024, with a completion date of October 1, 2024. The entire construction project
covers an area of 7,500 square meters and consists of six floors, with the first floor having a
height of 4.2 meters and the other floors each having a height of 3.6 meters, making the total
building height 23.7 meters. It features a framework of prestressed concrete with seismic
fortification intensity rated at level six.
The construction organization design of this project covers multiple aspects, including
overall deployment, detailed scheduling, resource allocation, preparatory work before
construction, plans for major components, layout design of the construction site, quality
control, scheduled duration, safety measures for environmental protection, and rainy season
safeguards. The general contractor has developed and submitted the construction organization
design plan for this project to the owner for review and approval in accordance with the
Regulations on the Management of Bidding and Tendering for Water Conservancy and
Hydropower Projects. These recommendations are specifically designed for the construction
and scope of this project. A detailed implementation plan should be formulated and executed
based on the project characteristics. Before entering the construction site, detailed site layout
must be prepared to ensure water and electricity supply and to ensure site leveling.
Additionally, there must be sufficient work teams and project management personnel, with
preparation of necessary materials and machinery for construction, followed by detailed
planning of the construction site and drafting of the site layout plan. The sub-projects are then
divided according to the specialized drawings and relevant materials. The construction schedule
plan has been completed and a detailed construction schedule has been drawn up. At the same
time, determine the quantities of each subproject and the construction sequence of each
subitem based on the design drawings and actual conditions. Next, the project will be
implemented in several phases, and a set of technical assurance measures, including quality,
