QSM201 Construction Measurement (1 of 4) Civil & Structural Works SUSS Assignment Sample Singapore
QSM201 Construction Measurement – Civil & Structural Works course is an excellent choice for anyone wanting to gain the skills and knowledge needed for pursuing a career in construction measurement. This interesting and interactive course introduces students to the essential concepts and methods used in measuring civil and structural works, and how these vital tools can be applied accurately and reliably.
The main objective of this course is to equip learners with the capability to analyze construction drawing details, size up project components, and estimate quantities accurately. All of these objectives are achieved through practical tutorials that are supplemented by lectures on specialized topics. By completing this course successfully, students will possess the requisite skill set that enables them to work confidently as professional quantity surveyors in any civil or structural engineering environment.
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In this portion, we’ll be providing a few assignment activities. These are:
Assignment Activity 1: Explain the purpose and principles of measuring quantities.
Measuring quantities, otherwise known as quantification, is an essential process across all scientific disciplines. This technique enables us to accurately assess a range of values relating to physical characteristics, such as length and weight. The basic principle of measurement involves understanding the relationship between a unit of comparison and the thing being measured. A consistently applied standard helps ensure reliable results. When it comes to measuring energy, magnitude or amount there are several methods that can be employed.
Regardless of whether using established formulas or calculated estimations – when data is correctly presented it allows for easy evaluation, tracking progress over time or the identification of trends. The purpose of measurement is twofold; firstly to provide accuracy in our acquired data and secondly to facilitate systematic comparisons between various characteristics. This in turn allows us to use logic rather than guesswork when assessing different situations or making predictions about future outcomes.
Assignment Activity 2: Identify scope and interpret drawings and specifications for measuring sub-structure works, reinforced concrete works, structural steelwork, piling and external works.
Being able to correctly identify scope and interpret drawings and specifications for a range of works is key to the successful completion of a project. This may include measuring sub-structure works, reinforced concrete works, structural steelwork, piling and external works. The ability to understand the intricacies involved in these areas is paramount in order to provide accurate estimates and scheduling of activities. A thorough assessment of site plans must be completed to ensure accuracy when defining the path ahead for a project, which then allows budgeting measures to be taken into account across all areas. In essence, the identification and interpretation of design drafting plays an important role in meeting deadlines in a timely manner.
Assignment Activity 3: Interpret the principles and rules of the Standard Method of Measurement for Building Works 2 (SMM2) relating to measuring sub-structure works, reinforced concrete works, structural steelwork, piling and external works.
The Standard Method of Measurement for Building Works is a comprehensive document that covers the measuring of a variety of building works. In relation to substructure works, it sets out the principles and rules for quantity surveyors to follow when measuring reinforced concrete, structural steelwork, piling and external works. It is important that quantity surveyors understand and follow these rules in order to produce accurate bills of quantities.
Assignment Activity 4: Prepare a list of items based on drawings and specifications for measuring quantities relating to Civil and Structural Steelwork.
When it comes to preparing a list of items for measuring quantities relating to civil and structural steelwork, there must be an understanding of the drawings and specifications that are provided. This may include dimensions, spans, loading capacities, depths and other relevant information. After assessing these details, measurements can then be taken in order to compile a comprehensive list of items. This list can then be used to accurately calculate the amount of materials required, as well as delivery times and other associated costs. It is important for quantity surveyors to take into consideration any additional works that may be needed when making their estimates, in order to ensure a successful project.
Assignment Activity 5: Apply the principles and rules of SMM2 to measure sub-structure works, reinforced concrete works, structural steelwork, piling and external works.
When using the Standard Method of Measurement for Building Works 2, quantity surveyors must adhere to a range of principles and rules in order to accurately measure sub-structure works, reinforced concrete works, structural steelwork, piling and external works. This includes taking into consideration factors such as ground conditions and soil type as well as size and depth of foundations. Furthermore, when quantifying structural steelworks, surveyors must accurately measure the beam and column length and calculate any additional reinforcing components that may need to be added to ensure the stability of the structure. Finally, all external works must be properly assessed in order to determine what materials will be required for pathways, driveways or other landscape features. By following the principles and rules outlined in SMM2, quantity surveyors can ensure that accurate measurements are taken and projects are completed on time and within budget.
Assignment Activity 6: Demonstrate ability to ensure that quantities measured are accurate and consistent with SMM2 principles through bulk check.
In order to ensure that the quantities measured are accurate and consistent with SMM2 principles, it is crucial for a quantity surveyor to undertake a bulk check. This involves taking samples of dimensions, loads or other relevant information from each work item in order to obtain an overall picture of the measurements taken in relation to the project as a whole. This can help to eliminate any discrepancies that may occur from one work item to the next, ensuring that an accurate and consistent set of measurements is achieved. Furthermore, this process also enables surveyors to adjust their calculations should any errors be discovered in order for them to remain compliant with SMM2 rules and regulations. By undertaking a bulk check, quantity surveyors can ensure that their measurements remain accurate and consistent throughout the project.
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