Senior Manager Costing Interview Questions and Answers

The unit weight of RCC concrete is a crucial factor in determining the cost plan.

• The unit weight of RCC concrete is typically around 2400 kg/m³.

• The cost plan for RCC concrete will depend on factors such as the quantity required, transportation costs, and labor costs.

• Calculating the cost plan for RCC concrete involves determining the cost of materials, labor, and equipment required for the project.

• The cost plan may also include contingencies for unexpected expenses or changes ...read more

To calculate cost per RCC concrete, we need to consider the cost of materials, labor, and equipment used in the construction process.

• Determine the total cost of materials used in the construction of RCC concrete

• Calculate the cost of labor involved in the construction process

• Include the cost of equipment used in the construction process

• Divide the total cost by the quantity of RCC concrete produced

• For example, if the total cost of materials, labor, and equipment used in the con...read more

Estimation of shell and core is a crucial aspect of costing for any construction project.

• Shell and core refer to the basic structure of a building, including the walls, roof, and foundation.

• Estimation involves calculating the cost of materials, labor, and equipment needed for the shell and core.

• Factors such as location, size, and complexity of the building can impact the estimation process.

• Accurate estimation is important for budgeting and ensuring the project stays on track ...read more

Estimation of interior and exterior involves calculating the cost of materials and labor required for the construction or renovation of a building's interior and exterior.

• Estimation should include the cost of materials such as paint, flooring, lighting fixtures, and furniture.

• Labor costs should also be factored in, including the cost of hiring contractors or construction workers.

• The estimation should be based on the size and complexity of the project, as well as the quality o...read more

Structure loads can be calculated using various methods depending on the type of structure and the loads it is subjected to.

• Determine the type of structure and the loads it is subjected to

• Use appropriate methods such as statics, dynamics, or finite element analysis

• Consider factors such as material properties, geometry, and boundary conditions

• Examples include calculating the loads on a bridge, building, or aircraft structure