
Explore heat transfer mechanisms—conduction, radiation, and convection—across walls and windows, plus solar gain, infiltration, and ventilation, and learn how HVAC systems distribute heated or cooled air to meet thermal loads.
Examine sensible and latent heat and their roles in total heat gain and loss, and use the psychrometric chart to relate dry bulb and wet bulb temperatures to humidity.
Explore how forced air systems use air handlers, ducts, and diffusers to deliver conditioned air, control fresh air intake, and maintain thermal comfort and indoor air quality.
Explore duct materials, installation methods, and air movement principles for building services, including galvanized steel, aluminum, fiberglass, flexible ducts, insulation, dampers, and diffusers.
Apply the equal friction method to size hvac ducts, computing airflow, cross-sectional area, and design velocity for various environments, and manage pressure drop and noise.
Design and install an air distribution system by room-by-room sizing to meet calculated loads, ensure sealed supply with correct static pressure for airflow, and verify performance through testing.
Explore broad plumbing systems, including water supply, treatment, quality, and drainage, with emphasis on potable water standards, water quality characteristics, and methods like filtration, chlorination, and softening.
Learn to calculate building water demand using fixture units, tables, and interpolation, sizing the water main for domestic and fire protection with office, food service, laundry, and pool examples.
Explore domestic water distribution systems and how they support plumbing facilities, irrigation, pools, and lab equipment, using water supply fixture units and drainage fixture units to estimate demand.
Determine how positive water pressure maintains flow and prevents contamination in the distribution system, accounting for friction, fittings losses, pressure requirements, booster pumps, and backflow prevention.
Design hot water distribution as a subsystem of the domestic water system, balancing user demand, storage temperatures, solar and standby energy sources, and appropriate piping materials.
Learn how drainage systems separate solid waste, stormwater, and specialty waste, apply drainage fixture units for sizing, and ensure venting and code-based planning.
Explore fire protection in modern tall buildings and open spaces, aligning with local fire department capabilities, NFPA codes, and hazard classifications to control flames and smoke.
Understand fire protection systems featuring thermal, ionization, photoelectric, and combination detectors; smoke and flame detectors; testing devices; water-flow alarms; and fire alarm signal and visual annunciation devices.
Explore fire suppression systems, including portable extinguishers and media types such as water, chemicals, CO2, and dry chemical, plus standpipe, deluge, and standby systems with water supply considerations.
Explore standpipe and hose systems, including standby risers, hose connections on every intermediate landing and stairway, and fire department connections, while balancing water pressure, residual pressure, and system sizing.
Explore automatic sprinkler systems, their components, and fire suppression design, from heat-activated sprinkler heads to dry and drive-by configurations, including regulatory requirements and protection of use groups and areas.
This course will present how to cover aspects of Building Services with respect to provide thermal comfort, water supply and drainage, and fire detection and protection. Participants will understand the concept of heat transfer in buildings, fluid flow in pipes, learn the calculations incorporated into the design of the air ducting system, pipe sizing for water and drainage and fire suppression systems. Participants are introduced to the basic principles of residential air system, piping system for water and drainage and fire suppression system. This online course is arranged as a prerequisite for mechanical engineering and architecture students to learn the fundamentals they need and for the HVAC and plumbing professionals or staff wanting to build their basic knowledge of building services or technicians responsible for dealing with heating, ventilation, and plumbing. Learners will also examine the mechanical and Plumbing systems that must be incorporated into building design. Purposes and needs will be identified and examined for building services and utilities while remaining compliant with the appropriate codes. This course will also use codes and standards that are applied in various disciplines and explain the purpose of implementing them in addition to encompass how needs and wants within a building design are limited by construction practicalities.