2.10. Building Services Engineering (BSE)

2.10. Building Services Engineering (BSE)

This knowledge area covers the design of sanitary and electrical installations inside a building: water supply, wastewater evacuation, and the sizing and protection of residential electrical installations.

Table 2.10: List of KUs in the Building Services Engineering area.

2.10.1. BSE/Water Supply System in Building Sanitary Installations  (Core Tier1: 1 hr, Core Tier2: 1 hr) ↑ Back to top

Importance and scope of sanitary installations, and design of a building's cold and hot water system, including demand allowance, pressures, pipe sizing, cisterns, elevated tanks, and pumping systems.
Topics:
Core

  • Importance and scope of sanitary installations in a building
  • Cold water system design: demand allowance, pressures, and pipe sizing
  • Hot water system design and other building water uses
  • Cisterns, elevated tanks, and water pumping systems

Learning Outcomes:
Core:

  1. Explain the importance and scope of sanitary installations in a building [Familiarity]
  2. Design a building's cold and hot water system, determining demand allowance, pressures, and pipe sizing [Usage]
  3. Size cisterns, elevated tanks, and water pumping systems for a building [Assessment]

2.10.2. BSE/Drainage System in Building Sanitary Installations  (Core Tier1: 1 hr, Core Tier2: 1 hr) ↑ Back to top

Design of a building's wastewater and stormwater drainage system, including sanitary venting systems and traps for odor control.
Topics:
Core

  • Wastewater drainage system design
  • Building stormwater drainage system design
  • Sanitary venting systems and traps for odor control

Learning Outcomes:
Core:

  1. Design a building's wastewater and stormwater drainage system [Usage]
  2. Apply sanitary venting and odor control criteria to the design of a drainage system [Assessment]

2.10.3. BSE/Building Electrical Installations  (Core Tier1: 1 hr, Core Tier2: 1 hr) ↑ Back to top

Design of residential electrical installations: determination of installed power and maximum demand, lighting, grounding, and electricity tariffs.
Topics:
Core

  • Importance and scope of electrical installations in a building
  • Determination of installed power per applicable standards
  • Maximum demand calculation and demand factors
  • Design of branch circuits and feeders
  • Basic lighting design concepts for buildings
  • Grounding systems
  • Electricity tariffs and service billing

Learning Outcomes:
Core:

  1. Explain the importance of electrical installations in a building [Familiarity]
  2. Determine the installed power of a building per current standards [Usage]
  3. Calculate the maximum demand of a building applying the corresponding demand factors [Assessment]
  4. Design the branch circuits and feeders of a residential electrical installation [Usage]
  5. Apply lighting and grounding concepts to the design of an electrical installation [Assessment]

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