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Graduation design (thesis) time: March 9, 2009 to June 2009 12.
Graduation Design (Thesis) Topic: Compilation of XXXX Construction Organization Design
Graduation design (thesis) task
1 the goal of graduation project (thesis)
Graduation design is the last practical teaching link for students majoring in civil engineering after completing basic and professional courses. It is a comprehensive application of what you have learned and a comprehensive assessment of students. Through graduation design, they can consolidate, deepen and expand their knowledge, and cultivate and train students' ability to solve practical engineering problems with professional knowledge and technology. Through the construction organization design of a unit project, this design enables students to fully understand and master the general civil engineering design and construction content, the scientific organization and management of the whole construction process, the quality and safety control of the construction process, and be familiar with relevant norms, procedures, manuals and reference books, so as to lay a foundation for independent work in the future. Graduation design should pay special attention to integrating theory with practice, improve students' ability to analyze and solve practical engineering problems, and pay attention to cultivating students' practical, meticulous, strict, earnest and hard work style.
2. The content and requirements of this graduation project (thesis) task.
(1) ××× Project has a set of construction drawings and a set of structural drawings. The structure of this project is. (3) All prefabricated components are manufactured in the prefabricated component factory, and the transportation distance is 20km; ; (4) On-site power supply conditions: the power supply capacity can meet the construction electricity demand; (5) On-site water supply conditions: urban water supply pipe network is adopted, and the water supply meets the construction requirements; (6) Materials, components, construction machinery and labor meet the needs of normal construction; (7) The term of the contract is ××× days; (8) The commencement date is September 1 day, 2009, and the completion date is ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××
3 the graduation design (thesis) achievement requirements
3. 1 copy of construction organization design (standard binding document); Its contents should include:
3. Compilation basis of1.1
3. 1.2 Project Overview
Engineering characteristics; Characteristics of the construction site; Construction conditions.
3. 1.3 construction project management organization and division of functions
Select the organizational form of the project; Determine the organization of the project management department; Selection and responsibilities of the project manager; The main responsibilities of the members of the project management department; Management system of construction project management department, etc.
3. 1.4 Various resource demand planning and construction preparation
Technical preparation; Main construction machinery demand plan; Major material demand plan; Construction labor demand plan for major types of work; Site preparation, etc.
3. 1.5 construction scheme
(1) construction flow direction and construction procedure
Division of construction sections of each division project and determination of construction flow direction; Construction sequence of underground engineering, main structure, interior and exterior decoration, roofing engineering and other construction stages. For the construction content that can adopt two or more feasible construction schemes, it is required to carry out technical analysis between different construction schemes, and select the best scheme with advanced technology and reasonable economy through comparative calculation.
(2) Selection of main construction machinery
When selecting construction machinery, two or more types of construction machinery should be initially selected, and the economic analysis between different construction machinery should be carried out. Through comparative calculation, the technically feasible and economically reasonable construction machinery should be selected.
(3) The construction method of main partial projects
Construction survey (including settlement observation and lateral displacement observation of foundation pit) and setting-out; Earthwork excavation and backfilling of foundation pit (or foundation trench); Foundation pit dewatering and foundation pit support; Cushion concrete; Underground waterproofing works; Reinforcement engineering, formwork engineering and concrete engineering in the construction stage of the main structure; Masonry of enclosure structure; Roofing engineering; Scaffolding engineering; Door and window engineering; Decoration project.
3. 1.6 Construction progress planning
Dividing construction procedures; Calculate the engineering quantity and construction period in the construction process; Use network planning technology or crossing diagram to draw construction progress plan; Calculation of main assessment indicators of construction progress plan; Measures for schedule control and time limit guarantee of construction projects.
It is required to determine the project duration according to the national unified construction and installation project duration quota, and determine the operation time of each construction process according to the calculation results of engineering quantity, labor quota, basic quota and budget quota, plus construction practice experience. Under the condition of determining the time limit for a project and the date of commencement and completion, work out the time-scale network plan (optimize the plan if necessary) or the crossing chart of the unit project construction progress, and make the statistical table of labor resource demand.
3. 1.7 Construction plane design
On-site construction conditions; Calculate and determine the area required for various materials and component yards and various temporary facilities; Calculate the temporary water supply and power supply at the construction site; Draw the construction layout.
It is required that the construction layout should reflect the existing projects under construction, proposed projects, existing buildings and structures, construction fences and surrounding environment, vertical transportation machinery, mixing machinery, material and component yards, steel bar and woodworking processing sheds, office and rest rooms, canteens, toilets, temporary water supply and power supply lines for on-site construction, temporary roads for construction, etc.
3. 1.8 Construction Engineering Technology and Information Management Measures
Measurement and positioning management measures; Construction test management measures; Construction data management measures; Other technical management measures.
3. 1.9 Construction Engineering Quality Management Measures
Quality policy and objectives; Quality management control measures; Quality and technical control measures.
3. 1. 10 project site and safety management measures
3. 1. 1 1 Construction Measures in Winter and Rain Period of Building Engineering
3. 1. 12 technical and economic indicators
It mainly calculates the construction site area, construction period, labor quantity, labor balance coefficient, and the cost-saving index of adopting reasonable construction scheme and advanced technology.
3.2 Chart (folded, unbound)
3.2. 1 construction schedule1(extension 2, computer drawing)
3.2.2 1 Plan of main body construction stage (2#, plotted by computer)
3.3 Translation of Foreign Documents
Translate 1 foreign language document with at least 3000 words related to this topic, and submit the original and translation (the original and translation are bound separately).
Design (paper) schedule
The start and end time of the main work plan to be completed at this stage.
1 be familiar with and review the construction drawings for the third week.
2. Determine the organization of the construction project; Calculate the quantities of main branch projects in the 4th-5th week.
3 The construction plan is preliminarily determined in the 6th week.
4. Make technical and economic analysis of the construction scheme, and determine the final construction scheme in the seventh week.
5. Determine the construction method of main types of work. Week 8
6. Prepare the construction progress plan of each division and subdivisional work; Form a preliminary construction progress plan. Week 9
7. Optimize the construction progress to form the final construction progress. Week 10.
8. Determine temporary sexual life and production facilities; Determine the temporary water supply and power supply pipeline+week 1 1
9. Prepare the construction preparation work plan and various resource demand plans. Week 12
10 Construction Layout Design Week 13
1 1 Draw the construction progress plan and construction layout. Week 14
12 foreign literature translation week 15
13 Write graduation design documents, print, bind and submit graduation design results. Week 16
14 graduation defense week 17
Main references
[1] Chongqing University, Tongji University, Harbin Institute of Technology. Civil engineering construction. Beijing: China Building Industry Press, 2003.
[2] Jin et al. Architecture [M]. Shanghai: Tongji University Press, 2003.
[3] Construction Manual Writing Group. Construction Manual (4th Edition). Beijing: China Building Industry Press, 2003.
Ginger. Handbook of architectural engineers. Beijing: China Building Industry Press, 200 1.
Ginger. Handbook of building construction calculation. Beijing: China Building Industry Press, 200 1.
6 Ministry of Construction. Unified construction period of China construction and installation project. Beijing: China Planning Press, 2000.
Wang Qingchun. General data manual for building construction. Beijing: China Building Industry Press, 200 1.
Yang Heli. Civil engineering construction. Wuhan: Wuhan University Press, 2004.
Cong peijing. Project management (revised edition). Beijing: China Building Industry Press, 2003.
Li Shirong Jin Yang. Progress control of construction projects. Beijing: Southeast University Press, 1997.
Instructor (signature): Approver (signature):
Let's stop here! There are too many things.