BSR150 Building Construction II UITM Assignment Sample Malaysia

BSR150 Building Construction II course is designed to introduce students to the components of a building and how they are put together. This course examines the types of construction materials used in buildings, their characteristics, and how they interact with each other. It also looks at codes and regulations governing the industry, as well as safety issues related to building design and construction. 

In addition, this course covers the design process, from initial plan development to final construction. Students will be able to apply the theories and principles learned in this course to practical situations encountered in the field. They will also be taught about construction management techniques, project scheduling, and cost estimating. Finally, they will learn how to use common software programs used in building design and engineering. 

Explore assignment samples for BSR150 Building Construction II course

Malaysiaassignmenthelp.com offers assignment samples for the BSR150 Building Construction II course. Students can use these samples to understand the topics covered in this course, such as materials and codes, safety issues related to building design and construction, project scheduling and cost estimating, and how software programs are used in engineering. With our help, students can easily complete their assignments on time and score the best grades.

In this section, we will provide some assignment activities. These are:

Assignment Activity 1: Describe the types and functions of super structure systems applied in construction work.

In construction work, superstructure refers to the parts of a building that are built on top of the foundation and support structure. Superstructure systems can be classified into several types based on their function and design. Here are some of the most common superstructure systems:

1. Framed structures: Framed structures consist of a series of interconnected columns, beams, and braces that form a rigid framework. These structures are commonly used in high-rise buildings and are designed to withstand high wind and seismic loads.
2. Truss structures: Truss structures are made up of a series of interconnected triangles, which distribute the loads evenly across the structure. They are often used in roofs, bridges, and other structures that require long spans.
3. Arch structures: Arch structures use curved elements to distribute loads across a span. They are often used in bridges, tunnels, and other structures that require long spans and high load-bearing capacity.
4. Cable-stayed structures: Cable-stayed structures use cables to support the weight of the structure. These structures are often used in bridges and other structures that require long spans and high load-bearing capacity.
5. Shell structures: Shell structures are thin, curved structures that distribute loads across their surfaces. They are often used in roofs, domes, and other structures that require a large open space.

The function of superstructure systems is to provide support, stability, and durability to a building. They help to transfer the weight of the building and its occupants to the foundation, while also withstanding external loads such as wind, seismic activity, and snow. Superstructure systems also provide a framework for the building’s interior and exterior finishes, such as walls, floors, and cladding.

Assignment Activity 2: Illustrate the types, function and construction method for wall, floor, doors and windows, roof and staircase system applied in construction industry.

Wall: Walls are one of the most important structural elements of a building, and they can be classified into several types depending on their function, material, and construction method. Some common types of walls include:

• Load-bearing walls: These walls support the weight of the structure above them and transfer it to the foundation.
• Non-load-bearing walls: These walls are not designed to carry any weight and are used to divide interior spaces.
• Exterior walls: These walls protect the interior of the building from the elements and provide insulation.
• Partition walls: These walls are used to divide interior spaces and provide privacy.

The construction method for walls varies depending on the material used. Some common construction methods include brick masonry, concrete block construction, and timber frame construction.

Floor: The floor is the horizontal surface of a building that provides support for occupants and their belongings. Floors can be classified into several types depending on their function and construction method. Some common types of floors include:

• Concrete floors: These floors are made of reinforced concrete and are commonly used in commercial buildings.
• Timber floors: These floors are made of timber beams and boards and are commonly used in residential buildings.
• Raised floors: These floors are built on top of a subfloor and are commonly used in office buildings to allow for easy access to electrical and data cables.

The construction method for floors depends on the type of floor and the material used. Concrete floors are typically poured in place, while timber floors are constructed using timber beams and boards.

Doors and windows: Doors and windows are openings in the walls of a building that provide access and ventilation. They can be classified into several types depending on their function and construction method. Some common types of doors and windows include:

• Hinged doors: These doors are attached to the frame with hinges and swing open and closed.
• Sliding doors: These doors slide open and closed along a track.
• Single-hung windows: These windows have one movable sash that slides up and down.
• Double-hung windows: These windows have two movable sashes that slide up and down.

The construction method for doors and windows depends on the material used. Common materials include wood, aluminum, and vinyl.

Roof: The roof is the uppermost part of a building that provides protection from the elements. Roofs can be classified into several types depending on their shape, function, and construction method. Some common types of roofs include:

• Flat roofs: These roofs have a slight slope and are commonly used in commercial buildings.
• Pitched roofs: These roofs have a steep slope and are commonly used in residential buildings.
• Green roofs: These roofs are covered in vegetation and provide insulation and improve air quality.
• Metal roofs: These roofs are made of metal panels and are durable and low-maintenance.

The construction method for roofs depends on the type of roof and the material used. Common construction methods include truss construction, stick framing, and pre-fabricated construction.

Staircase system: The staircase system is a vertical means of circulation in a building that allows occupants to move between floors. Staircases can be classified into several types depending on their function and construction method. Some common types of staircases include:

• Straight staircases: These staircases are the simplest and most common type and consist of a straight flight of stairs.
• L-shaped staircases: These staircases have a landing that turns the stairs 90 degrees.
• Spiral staircases: These staircases are curved and take up less space than other types of staircases.

Assignment Activity 3: Explain the types, function and construction method for building elements commonly used in construction project.

There are many different types of building elements commonly used in construction projects. Here are some of the most common types, their functions, and the construction methods used to build them:

1. Foundations: The foundation is the lowest part of a building and serves to transfer the load of the building to the soil. The most common types of foundations are strip footings, raft foundations, and pile foundations. Strip footings are used for small buildings, raft foundations are used for large buildings, and pile foundations are used when the soil is not strong enough to support the weight of the building.
2. Walls: Walls are used to enclosing the building and provide support for the roof and floors. There are many different types of walls, including load-bearing walls, non-load-bearing walls, and curtain walls. Load-bearing walls are used to support the weight of the building, while non-load-bearing walls are used for partitioning and providing privacy. Curtain walls are used to provide an aesthetically pleasing exterior.
3. Floors: Floors are used to provide a surface for people to walk on and to support the weight of the building. There are many different types of floors, including concrete slabs, wooden floors, and raised access floors. The construction method for each type of floor depends on the materials used.
4. Roofs: Roofs are used to protect the building from the weather and to provide insulation. There are many different types of roofs, including pitched roofs, flat roofs, and green roofs. Pitched roofs are commonly made from tiles or slates, while flat roofs are often made from asphalt or rubber.
5. Doors and windows: Doors and windows are used to provide access to the building and to allow light and air to enter. There are many different types of doors and windows, including sliding doors, French doors, casement windows, and sash windows. The construction method for each type of door or window depends on the materials used.