half the material delivered to site (ste

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half the material delivered to site (ste

Topic:

half the material delivered to site (ste

Description

1 – Contract
The estimated project end date and the cost of the project are mentioned on the contract. If the steel reinforcement supplier only delivers half of the steel to the site, it will cause the project end date delay and the cost of the project increase. It is because we must deal with the steel reinforcement supplier or find a new one to supply the steel for the rest of it. Therefore, we will need to pay extra payment and the Liquidated damages to the customer.
2 – Site/logistics plan
For the site plan, this may not affect a lot. The places are already planned where to be a storage, canteen etc. If there are only half of the steel delivered to the site, we will get the extra space on site that we expected to store the steel before. From the good aspect, we can use the extra space well to manage the work to catch up the time that delayed by the problem caused by only half of the steel delivered to the site. However, engineer may need to change their site plan a bit. Engineer expected the steel are delivered on date and they may plan the storage deep in the site which is far from the entrance. Therefore, they need to change the storage next to the entrance to work well when the steel delivered to the site.
3 – Bills of quantities
The bills of quantities calculate the cost of each material and the workers payment over time. To catch up the dead line of the project engineer need to purchase the steel with a higher price. Also, the working time of workers may be longer due to the delay of the steel. In general, the total price of the project will increase and cause the problem of over budget.
4 – Programming
Engineers will create a set of programs to solve the mechanic or counting material system. This problem does not affect the programs a lot. The delay may cause the engineers need to change the value that they input to the program before. The working time of the engineers will increase too.
5 – Budget costs curve
Cost analysis allows engineers to determine the actual and anticipated cost of the project. Budget cost curve provide engineers with a visual representation of benefits, allowing them to determine when they are break even on the project. Analysis of these graphs can prevent over budget, resulting a higher profit. As the point mentioned on point 3, it will cause the problem of over budget. Therefore, the estimated budget curve and the actual cost curve will be closer to each other. The budget cost curve becomes smoother because of variances. Variances will cause engineers to believe a project is under or over budget and make the wrong decision.
6 – Risk assessment

This issue has little effect on risk assessment. Engineers still use the same materials to complete the project. However, if the engineer decides to use the cheaper material to offset the loss of the project. Then the cheaper material may cause the durability and quality of the project lower. Therefore, the risk assessment will not be suitable for this case anymore.
7 – methods statements
The delay will not affect the method statement unless the engineers decide to change the material that they decided to use before. The material may change if the engineers have a different way to solve the problem such as using some material that can be produced in a short period. Therefore, the method statement may need to change. They need to apply one more method statement and it may cost time and money.
Conclusion
The problem of only half of the steel delivered to the site will mostly cause the problem of delay and money. This affect the contract, bills of quantities and budget cost curve parts most. For the others point, the issue will indirectly affect the project as well. However, engineers should try to avoid the situation that are mentioned.

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