I. Introduction
The short junior college life is about to draw the last stroke satisfactorily. This stroke is the testimony of us facing the future and looking back at the past----graduation practice. Graduation practice is an important part of the school's training program and teaching plan. It is the basis of theoretical knowledge. The unity with engineering practice is also an indispensable transitional stage from school to society.
First of all, I would like to thank all the leaders and teachers who helped me in my internship. Thank you for the help you provided me with the internship in the internship unit. I gained work experience in the internship of the project budgeter, consolidated and checked The knowledge and practical operation ability that I have learned for more than two years. Secondly, I would like to thank the colleagues in the construction unit. During the internship, I went deep into the construction unit as a budgeter, and understood and applied the actual scope of work of the budgeter. Under the guidance of the business manager, I participated in the budget of the project and the monthly image inventory, and independently Completed the budget work of the central control room. In this fulfilling internship life, the internship task of more than two months was successfully completed.
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2. Project overview
Project name: Shanxi Zhuoyue Cement Plant
Project location: Lucheng City, Shanxi Province
Construction unit: No. 4 Construction Company of Hebei Province No. 3 Branch
Project Overview:
This project is a new 5000t/d project for a cement plant--limestone silo to clinker silo, cement mill system at the back end of clinker silo to cement packaging civil engineering construction, internship report "Project Budget Internship Report". The main engineering projects are: sandstone, shale crushing and transportation; raw material fly ash storage and transportation; limestone pre-homogenization storage yard and transportation; auxiliary raw material pre-homogenization storage yard; raw material batching station; raw material grinding and waste gas treatment; Material homogenization warehouse and raw material entering the kiln; raw coal pre-homogenization yard; coal powder preparation and transportation; firing oil pump room; firing kiln tail; firing kiln; firing kiln head and clinker transportation; clinker storage and transportation; clinker vehicle bulk warehouse; cement grinding and transportation; cement storage and transportation; cement packaging and finished product warehouse; cement vehicle bulk; cement mill electrical room; cement packaging electrical room; fly ash storage and transportation; cement blending station and bulk; slag stacking shed; gypsum crushing and conveying; combined pump room, sewage pump room; kiln head electrical room; waste heat boiler room; raw material processing electrical room; compressed air station, etc. The structural types are mainly reinforced concrete frame structure, brick-concrete structure, reinforced concrete silo, and bent frame structure.
Internship Content:
1. Collect and master various materials related to the project
2. Familiar with checking construction drawings
3. Go deep into the scene and relevant departments to understand the situation
4. Calculation of engineering quantity
5. Apply the budget unit price to calculate the direct project cost (the budget unit price is the base price or unit price in the budget quota or unit valuation table. After the engineering quantity is calculated, it is calculated according to the following formula:
Direct engineering cost of each sub-project = sub-project quantity × budgeted unit price
Among them, the sub-project is a hypothetical construction product, which can be produced through a relatively simple construction process and can be calculated with an appropriate unit of measurement. For example, foundation engineering is divided into sub-items such as foundation pit excavation, lime-soil cushion, foundation bricklaying, etc., and wall engineering is divided into sub-items such as exterior walls, interior walls, and clay solid brick walls.
The direct engineering cost of each sub-project = the sum of the direct engineering cost of each sub-project
Among them, the sub-project is a component of the unit project. It is divided according to engineering parts, equipment models and types, materials used and types of work. For example, civil engineering includes: earthwork engineering, masonry engineering, piling engineering, scaffolding engineering, reinforced concrete engineering, etc.
Direct engineering cost of unit project = sum of direct engineering cost of each branch project)
6. Calculate other expenses
Temporary facility fee = unit project direct cost (or labor cost) × corresponding rate
On-site expenses = unit project direct cost (or labor cost) × corresponding rate
Enterprise management fee = unit project direct cost (or labor cost) × corresponding rate
Subcontracting project management fee = unit project direct cost × corresponding rate (for contracting labor and material projects)
Subcontract project management fee = direct project cost per unit × corresponding rate (for projects with labor but not materials)
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