BSR562 Measurement And Estimating II UITM Assignment Sample Malaysia

BSR562 Measurement And Estimating II course is a continuation of BSR561 with a focus on more advanced topics in measurement and estimating. This course is designed for students who are interested in pursuing a career in construction management or a related field. The course will give students the skills and knowledge necessary to effectively manage construction projects.

Assignment Task 1: Measure drawing with clear specifications for measured item and use of performance specifications.

To measure a drawing with clear specifications, follow these steps:

1. Determine the purpose of the measurement: Before beginning any measurement, it is important to determine why you are taking the measurement. This will help you determine what measurements you need to take and what specifications to include.
2. Identify the measured item: Next, identify the item that you need to measure. This could be a physical object or a component of a larger system. Make sure to clearly identify the part of the item that you need to measure.
3. Determine the type of measurement: There are several different types of measurements, including linear measurements, angular measurements, and volumetric measurements. Determine what type of measurement you need to take.
4. Choose a measuring tool: Once you know what type of measurement you need to take, choose the appropriate measuring tool. This could include a ruler, calipers, a protractor, or a tape measure.
5. Perform the measurement: With your measuring tool in hand, perform the measurement according to the specifications. Make sure to record your measurements accurately.
6. Use performance specifications: In addition to the measurement specifications, you may also need to include performance specifications. These could include things like tolerances or acceptable ranges of measurement. Make sure to include these specifications as part of your measurement report.

Assignment Task 2: Generate appropriate quantities and cost for the new works, demolition & alteration works together with the cost implication and design variability.

Demolition and alteration works are often necessary when renovating or remodeling an existing building. The cost of demolition works will depend on the size of the building, the type of materials used in construction, the accessibility of the site, and the method of demolition. Typically, the cost of demolition can range from a few thousand dollars to tens of thousands of dollars.

Alteration works, on the other hand, can vary significantly in cost depending on the extent of the changes required. Alteration works may include structural changes, electrical and plumbing upgrades, installation of new finishes, and other modifications. The cost of alteration works can range from a few thousand dollars to hundreds of thousands of dollars.

Design variability can also impact the cost of construction projects. The more complex the design, the more time and materials will be required to complete the project, which can result in higher costs. Additionally, the availability of materials and labor can also impact costs. If certain materials are difficult to source, or if there is a shortage of skilled labor in a particular area, the cost of the project may increase.

Assignment Task 3: Demonstrate the cost implication of design variables and the life cycle costing of building.

The cost implication of design variables can have a significant impact on the overall cost of a building. Design variables refer to the various elements that are considered during the design phase of a building, including the size, shape, materials, systems, and finishes. The choices made in each of these areas can impact the cost of the building, both in terms of construction and ongoing maintenance.

For example, a larger building will generally cost more to construct and maintain than a smaller one. Similarly, the choice of materials can have a significant impact on cost, with some materials being more expensive than others. The choice of systems, such as heating, cooling, and lighting, can also impact the ongoing cost of the building in terms of energy usage and maintenance.

Life cycle costing is a method used to evaluate the total cost of a building over its entire lifespan, from construction to demolition. This method takes into account all of the costs associated with the building, including construction costs, maintenance and repair costs, energy costs, and end-of-life costs.

By using life cycle costing, designers and builders can make more informed decisions about the materials and systems used in the building, as well as the design variables that can impact the overall cost. For example, a building with a high initial construction cost but low ongoing maintenance and energy costs may be more cost-effective over its lifespan than a building with a low initial construction cost but high ongoing costs.

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