BGN223 Building Services Engineering I Assignment Sample, UITM, Malaysia 

The primary objective of the “BGN223 Building Services Engineering I” course at UITM, Malaysia, is to impart comprehensive knowledge and comprehension of essential building systems. This includes water supply, sanitation, drainage, sewerage systems, as well as mechanical, ventilation, and air conditioning systems. The course emphasizes the integration of these systems within a building or structure, focusing on the technology and installation processes. In summary, it equips students with the necessary skills to design and implement these vital services in buildings, ensuring their functionality and efficiency.

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Assignment Task 1: Explain the types of water supply, sanitation, drainage and sewerage systems, mechanical ventilation and air conditioning system in building services engineering.

In building services engineering, various systems play a crucial role in ensuring the functionality and comfort of buildings. Here, we will explain the different types of water supply, sanitation, drainage, sewerage systems, mechanical ventilation, and air conditioning systems commonly used in the construction and maintenance of buildings.

Water Supply Systems:

• Potable Water Supply: This system provides clean, drinkable water for various purposes such as drinking, cooking, and personal hygiene. It typically involves the transportation of water from a source, its treatment, and distribution to taps and fixtures within a building.
• Fire Suppression Systems: These systems are designed to provide water for firefighting purposes. They include fire hydrants, sprinkler systems, and fire hoses.

Sanitation Systems:

Sanitary Drainage: This system collects and conveys wastewater (sewage) and other liquid waste from plumbing fixtures to the sewer or septic system. It relies on gravity and the use of drainpipes.

Sanitary Sewerage: These systems transport collected wastewater from buildings to treatment facilities or to a point of disposal, preventing contamination and health hazards.

Mechanical Ventilation:

• Natural Ventilation: Uses the building’s design to allow for the flow of fresh air through windows, vents, and openings without the need for mechanical systems.
• Mechanical Ventilation: Involves the use of fans, blowers, and ductwork to supply and extract air. It helps maintain indoor air quality and control temperature and humidity.

Air Conditioning Systems:

• Split Air Conditioning: Commonly used in residential and small commercial buildings, this system has an indoor unit for cooling and an outdoor unit for heat exchange.
• Centralized HVAC: These systems are employed in larger buildings and are more complex. They provide both heating and cooling through a centralized unit, which distributes air through a network of ducts.
• Variable Refrigerant Flow (VRF) Systems: VRF systems offer individualized control over different zones within a building, providing both heating and cooling simultaneously.
• Chilled Water Systems: Common in large commercial buildings, they use chilled water circulated through pipes to control indoor temperatures.

In summary, building services engineering encompasses various systems designed to provide clean water, manage wastewater, ensure proper ventilation, and control indoor climate. The choice of system depends on the building’s size, purpose, and specific requirements. These systems are crucial for maintaining a comfortable and safe environment within the built environment while adhering to health and safety standards.

Assignment Task 2: Distinguish the installation method and operation in water supply, sanitation, drainage and sewerage, mechanical ventilation and air conditioning system in building services engineering.

In building services engineering, different systems have distinct installation methods and operations. Let’s distinguish these aspects for water supply, sanitation, drainage, sewerage systems, mechanical ventilation, and air conditioning systems:

Water Supply Systems:

• Installation Method: Water supply systems typically involve laying pipelines from a clean water source to the building. This includes the installation of water storage tanks, pumps, and plumbing fixtures. Piping is usually concealed within walls or ceilings.
• Operation: Water supply systems ensure a continuous flow of potable water to various building fixtures. Water is pumped and stored, and it’s distributed through a network of pipes. Valves, pumps, and pressure regulators help control water flow, ensuring adequate pressure and supply.

Sanitation Systems:

• Installation Method: Sanitation systems involve the installation of drainpipes and sewer lines within and around the building. These pipes are connected to fixtures like toilets, sinks, and showers, leading to a sewer or septic system.
• Operation: Sanitation systems facilitate the removal of wastewater from the building. Gravity and proper slope of drainpipes allow wastewater to flow to the sewer or septic system. Traps and vents are essential for preventing odors and maintaining proper drainage.

Mechanical Ventilation:

• Installation Method: Mechanical ventilation systems require the installation of fans, blowers, and ductwork. These components are strategically placed to draw in fresh air and expel stale air. Ducts are often concealed within walls or ceilings.
• Operation: Mechanical ventilation systems actively control indoor air quality. Fans draw fresh outdoor air into the building and expel indoor air. Filters and heat recovery systems may be incorporated to enhance air quality and energy efficiency.

Air Conditioning Systems:

• Installation Method: Air conditioning systems can be installed in various ways. Split systems require the installation of indoor and outdoor units, usually mounted on walls or roofs. Centralized systems involve ductwork and equipment rooms.
• Operation: Air conditioning systems regulate indoor temperature and humidity. They work by circulating refrigerant through coils and adjusting airflow. Thermostats and controls allow occupants to set desired temperatures, and the systems maintain these conditions by cooling or heating the air as needed.

In summary, the installation methods and operations of building services engineering systems differ based on the specific system’s design and purpose. Water supply and sanitation systems involve pipework concealed within the building structure, while mechanical ventilation and air conditioning systems require the placement of equipment and ducts. The operation of these systems ensures the provision of essential services, such as clean water, wastewater removal, proper ventilation, and controlled indoor climate, contributing to the overall functionality and comfort of a building.

Assignment Task 3: Report verbally the relation of the systems according to relevant legislation and regulations in building services engineering.

Verbal Report on the Relation of Building Services Engineering Systems to Relevant Legislation and Regulations

In the field of building services engineering, the design, installation, and operation of various systems must adhere to a set of legislation and regulations to ensure the safety, health, and sustainability of buildings. Let’s discuss how these systems relate to pertinent legislation and regulations:

Water Supply Systems:

• Health and Safety Regulations: Water supply systems are subject to health and safety regulations, which mandate the provision of clean and safe drinking water. This includes guidelines on water quality and treatment, such as the Safe Drinking Water Act in the United States.
• Building Codes: Building codes often specify requirements for water supply systems, including the sizing of pipes, backflow prevention, and accessibility for maintenance.

Sanitation Systems:

• Sanitation Regulations: Sanitation systems must comply with sanitation and wastewater regulations that govern the proper disposal and treatment of sewage and wastewater. These regulations vary by region and include standards for sewer connections and septic system design.
• Environmental Regulations: Environmental laws may dictate the treatment and disposal of wastewater to prevent pollution and protect natural water sources.

Mechanical Ventilation:

• Indoor Air Quality Standards: Mechanical ventilation systems are subject to indoor air quality standards, such as ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) standards, which set guidelines for acceptable indoor air quality and ventilation rates.
• Occupational Health and Safety Regulations: Workplace regulations often require the provision of adequate ventilation to protect the health and safety of occupants, particularly in commercial and industrial settings.

Air Conditioning Systems:

• Energy Efficiency Regulations: Air conditioning systems are affected by energy efficiency regulations aimed at reducing energy consumption and greenhouse gas emissions. These standards include SEER (Seasonal Energy Efficiency Ratio) and EER (Energy Efficiency Ratio) ratings.
• Refrigerant Regulations: Regulations govern the use and handling of refrigerants in air conditioning systems, with a focus on phasing out ozone-depleting substances and reducing greenhouse gas emissions.

The relationship between building services engineering systems and legislation/regulations is integral to ensuring the safety, health, and sustainability of buildings. Compliance with these standards helps to protect the environment, public health, and the well-being of occupants. Building services engineers and professionals must remain informed about evolving regulations and standards to design, install, and operate systems that meet legal requirements and contribute to the overall quality of building services.

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