BSR221 Building Services II UITM Assignment Sample Malaysia

BSR221 Building Services II course introduces the students to a variety of building services systems and their applications in buildings. The course focuses on understanding the principles of design and operation of modern building services installations, taking into account the different techniques available for energy savings, control strategies, and other considerations.

The course covers topics such as Heating, Ventilation, Air-conditioning (HVAC) systems, electrical and lighting services, plumbing, firefighting, and security systems. The students will be exposed to the latest technologies used in building services installations and how these can be applied successfully in a range of building types from office complexes to residential dwellings.

Please provide samples of assignments for the BSR221 Building Services II course written in Error Free

Malaysiaassignmenthelp.com provides error-free assignment samples for the BSR221 Building Services II course. The sample assignments include a comprehensive description of the HVAC systems and their applications in various buildings, an analysis of energy conservation techniques used in modern building services installations, and an evaluation of control strategies for optimizing the performance of building services systems.

Here, we will discuss some assigned tasks. These are:

Assignment Task 1: Classify the requirements and considerations of selection for various types of mechanical ventilation system, air conditioning system, mechanical transportation system, electrical system, telecommunication system and applications of integrated building services system in buildings.

The requirements and considerations for the selection of various types of building systems can be broadly classified as follows:

Mechanical Ventilation System:

• The type and size of the space to be ventilated
• The purpose of ventilation (e.g. temperature control, air quality, humidity control)
• The level of control needed (e.g. manual or automated)
• The energy efficiency of the system
• Noise levels
• Maintenance and repair requirements
• Compliance with building codes and standards
• Cost

Air Conditioning System:

• The size and type of the building
• The climate and weather patterns of the region
• The level of control needed (e.g. manual or automated)
• The energy efficiency of the system
• Noise levels
• Maintenance and repair requirements
• Compliance with building codes and standards
• Cost

Mechanical Transportation System:

• The type and size of the building
• The number of floors
• The amount of traffic expected
• The energy efficiency of the system
• Noise levels
• Maintenance and repair requirements
• Compliance with building codes and standards
• Cost

Electrical System:

• The size and type of the building
• The electrical load requirements of the building
• The level of redundancy needed
• The energy efficiency of the system
• Noise levels
• Maintenance and repair requirements
• Compliance with building codes and standards
• Cost

Telecommunication System:

• The size and type of the building
• The level of connectivity required
• The number of users
• The level of security needed
• The energy efficiency of the system
• Noise levels
• Maintenance and repair requirements
• Compliance with building codes and standards
• Cost

Integrated Building Services System:

• The size and type of the building
• The level of integration required
• The level of automation needed
• The energy efficiency of the system
• Noise levels
• Maintenance and repair requirements
• Compliance with building codes and standards
• Cost

Assignment Task 2: Report verbally and through writing on the principle and usage of the mechanical ventilation system, air conditioning system, mechanical transportation system, electrical system, telecommunication system and integrated building services system in building.

Mechanical Ventilation System:

The mechanical ventilation system is an important component of a building’s heating, ventilation, and air conditioning (HVAC) system. It works by using mechanical equipment such as fans and ducts to circulate air throughout the building. The principle behind the mechanical ventilation system is to improve indoor air quality by removing stale air and introducing fresh air from the outside. This is accomplished through a series of intake and exhaust vents, as well as air filters that remove contaminants such as dust and allergens.

Usage: Mechanical ventilation systems are commonly used in commercial and residential buildings to ensure adequate ventilation and maintain a comfortable indoor environment. They are especially important in buildings with airtight construction or those located in areas with high levels of outdoor air pollution.

Air Conditioning System:

The air conditioning system is another key component of a building’s HVAC system. It works by removing heat and humidity from the indoor air, cooling it down, and then recirculating it back into the building. The principle behind air conditioning is based on the fact that heat flows from hotter to cooler areas, so by using a refrigerant, the air conditioning system can remove heat from the indoor air and transfer it outside.

Usage: Air conditioning systems are used in a wide range of buildings, including offices, schools, hospitals, and homes. They help to maintain a comfortable indoor environment, reduce humidity, and improve air quality.

Mechanical Transportation System:

The mechanical transportation system is used to move people and goods throughout a building. It includes elevators, escalators, and moving walkways. The principle behind these systems is to provide a safe, efficient, and convenient means of vertical transportation within a building.

Usage: Mechanical transportation systems are commonly found in tall buildings such as skyscrapers and multi-level shopping centers. They are also used in hospitals and other healthcare facilities to transport patients and medical equipment.

Electrical System:

The electrical system is an essential part of a building’s infrastructure. It includes the wiring, circuit breakers, and other components that provide power to the building’s lighting, HVAC, and other systems. The principle behind the electrical system is to provide a reliable and safe source of electricity to meet the building’s needs.

Usage: Electrical systems are found in all types of buildings, from homes to large commercial and industrial facilities. They are essential for powering lighting, HVAC, and other equipment, and must be designed and maintained to ensure safety and reliability.

Telecommunication System:

The telecommunication system is used to provide voice, data, and video communications within a building. It includes telephone systems, computer networks, and video conferencing equipment. The principle behind the telecommunication system is to provide fast and reliable communication between people and devices within the building.

Usage: Telecommunication systems are commonly used in office buildings, hospitals, and other facilities where communication is critical. They help to improve productivity, facilitate collaboration, and provide access to information.

Integrated Building Services System:

The integrated building services system is a comprehensive approach to building design and operation that incorporates all of the building’s systems into a single, integrated system. This includes HVAC, lighting, plumbing, electrical, and telecommunication systems. The principle behind the integrated building services system is to optimize building performance, improve energy efficiency, and reduce operating costs.

Usage: The integrated building services system is becoming increasingly popular in new construction and building retrofits. It offers numerous benefits, including improved comfort and indoor air quality, reduced energy consumption, and lower operating costs.

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