The BPM113 Construction Technology course is designed to give students an overview of the construction process and the various technologies used in construction. The course will cover topics such as site investigation, materials testing, construction methods, and project management. Students will also be given the opportunity to tour a construction site and learn about the latest construction technology. By the end of the course, students will have a good understanding of the construction process and the different technologies used in construction.

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In this section, we are discussing some assigned tasks. These are:

BPM113 Assignment Task 1: State the purpose, function, and performance expected of buildings.

The purpose of buildings is to provide shelter and protect occupants from the elements. They must also be strong enough to support their own weight and the weight of any loads, such as furniture and equipment. They must be able to withstand wind, snow, and earthquake forces. Finally, they must be fire-resistant.

Function is determined by the use of the building. Home has different requirements than a hospital or a factory. The function of a building will determine the type of construction, the materials used, the layout of the interior spaces, and the location of the building.

Performance is how well a building meets its purpose and function. A poorly performing building may be uncomfortable, unsafe, or difficult to maintain. It may also be expensive to operate. A well-performing building will be comfortable, safe, and easy to maintain. It will also be energy efficient.

BPM113 Assignment Task 2: Describe the structural behaviors of different structural elements of buildings.

The structural elements of a building are its components that are responsible for carrying loads. These include the foundations, columns, beams, girders, and trusses.

The loads that these elements must carry include dead loads, live loads, and environmental loads.

• The dead loads are the weight of the building materials and the weight of the finishes.
• The live loads are the weight of the occupants and their possessions.
• The environmental loads are the wind, rain, snow, and seismic activity.

Each of these loads creates stresses on the structural elements. The structural elements must be designed to resist these stresses. The load-bearing capacity of a structural element is determined by its material properties and by its geometry. The material properties determine the strength of the element. The geometry determines the distribution of stresses in the element.

• The column is the most common load-bearing element in a building. It is a vertical member that supports a beam or girder. The column transfers the load from the beam or girder to the foundation. The column is usually made of concrete, steel, or wood.
• The beam is a horizontal member that supports a floor or ceiling system. The beam transfers the load from the floor or ceiling system to the columns. The beam is usually made of concrete, steel, or wood.
• The girder is a large beam that supports several smaller beams or joists.
• The truss is a framework of intersecting beams that forms a rigid structure. Trusses are used to support roofs, floors, and bridges.

BPM113 Assignment Task 3: Demonstrate understanding of the general functional requirements and the different types of main building components such as building foundations, floors, walls, roofs, windows, doors, stairs, ramps, and surface finishes.

A foundation is the lowermost part of a building, typically below ground level. Its purpose is to transfer loads of the superstructure to the ground and to resist degradation due to environmental conditions like moisture and temperature changes.

Floors, on the other hand, are horizontal platforms that are designed to support the weight of furniture, appliances, and people. They can be made of different materials like wood, concrete, or metal.

Walls are vertical structures that are used to enclose a space or provide support for a roof. They can be constructed from a variety of materials like brick, stone, or wood.

Roofs are horizontal or sloped structures that are placed atop a building in order to protect it from the elements. common types include gabled roofs and shed roofs.

Windows are openings in walls that allow light and air to enter a space, while doors are openings that provide access in and out of space.

Stairs are used to connect two levels within a building, while ramps are used to provide accessibility for those with mobility impairments.

Surface finishes are materials that are used to cover the exterior and interior surfaces of a building in order to protect it from the elements and provide an aesthetic finish. Common types of surface finishes include paint, wallpaper, and tile.

BPM113 Assignment Task 4: Identify and describe the different materials used and construction approaches used for the different types of building components.

There are a variety of materials used in the construction of buildings and other structures. The most common materials are wood, concrete, and steel. Each material has its own advantages and disadvantages, and the appropriate material for a particular project depends on a number of factors, including the intended use of the structure, the climate, and the budget.

• Wood is perhaps the most versatile building material available. It can be used for everything from framing to finishing, and it is relatively easy to work with. However, wood is also susceptible to fire and pests, and it needs to be properly sealed and maintained to prevent rot.
• Concrete is another widely used building material. It is extremely strong and durable, making it ideal for load-bearing applications. However, concrete is also very heavy, making it difficult to transport and install. In addition, concrete can crack if not properly reinforced.
• Steel is another popular building material. It is very strong and can be used for both framing and finishing. Steel is also resistant to fire and pests. However, steel can rust if exposed to moisture, and it is also very difficult to work with without specialized equipment.

BPM113 Assignment Task 5: Discuss the environmental impact of buildings and their construction processes and how they can potentially be mitigated.

The construction of buildings and other structures has a significant impact on the environment. The most common environmental impacts include air pollution, water pollution, and noise pollution.

Air pollution is caused by the emission of greenhouse gases like carbon dioxide and methane from the burning of fossil fuels used in construction activities like concrete production and asphalt paving. These emissions contribute to climate change.

Water pollution is caused by the runoff of chemicals used in construction activities, such as pesticides and fertilizers, into waterways. This can lead to the contamination of drinking water supplies and the death of aquatic organisms.

Noise pollution is caused by the use of loud equipment during construction, such as jackhammers and generators. This can be a nuisance for nearby residents and can cause health problems like insomnia and anxiety.

There are a number of ways to mitigate the environmental impact of buildings and their construction processes. One way is to use green building materials, which are materials that have been sustainably sourced and have a lower environmental impact than traditional materials. Another way is to use green construction methods, which are methods that minimize waste and pollution. Finally, it is important to properly dispose of construction waste to prevent it from ending up in landfills or waterways.

BPM113 Assignment Task 6: Explain how the material selection and construction of different building elements and surface finishes influence the maintenance and operations of the buildings.

The material selection and construction of different building elements and surface finishes can have a significant impact on the maintenance and operation of the buildings.

For example, if a building is constructed with poor insulation, it will be more difficult to maintain a comfortable temperature inside the building, and the energy costs will be higher.

If a building is constructed with flammable materials, it will be more likely to catch fire, and the fire will spread more quickly.

If a building is constructed with materials that are susceptible to pests, it will be more likely to be infested with insects or rodents. Therefore, it is important to carefully consider the materials used in the construction of a building in order to ensure that the building will be easy to maintain and operate.

BPM113 Assignment Task 7: Discuss the potential performance and maintenance issues related to the design and construction of different building components.

The potential performance and maintenance issues related to the design and construction of different building components can vary depending on the materials used and the design of the component.

For example, if a window is not properly sealed, it can allow air and water to enter the building, which can lead to drafts and leaks.

If a door is not properly proportioned, it can be difficult to open and close.

If a roof is not properly ventilated, it can trap heat inside the building, which can lead to higher energy costs.

Therefore, it is important to carefully consider the design and construction of all building components in order to avoid any potential performance or maintenance issues.

BPM113 Assignment Task 8: Demonstrate understanding of the local regulatory approval and risk management processes to be adopted for the construction of buildings.

There are a number of local regulatory approval and risk management processes that must be followed in order to construct a building.

• First, the construction site must be inspected by the local authorities to ensure that it meets all safety and zoning requirements.
• Second, a construction permit must be obtained from the local authorities in order to begin construction.
• Third, all workers on the construction site must be properly trained and certified in order to work on the project.
• Fourth, regular safety inspections must be conducted throughout the construction process in order to identify and correct any potential hazards. Finally, a certificate of occupancy must be obtained from the local authorities once the building is completed and ready for occupation.

Failure to follow these local regulatory approval and risk management processes can result in serious consequences, such as delays in the construction process, increased costs, and even legal action. Therefore, it is important to be familiar with these processes and to ensure that they are followed correctly.

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