A system can be defined as an assembly of interrelated parts forming a unified whole that serves a common purpose. A building embodies various systems and subsystems that must be integrated with each other and the building's spatial organization. The main systems of a building are the structural, enclosure, and MEP (mechanical, electrical, plumbing) systems. The structural system supports and transfers loads to the ground safely. The enclosure system includes the roof, walls, windows, and doors. MEP systems provide essential services. Special systems also exist for energy/comfort and fire safety/security.
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Special systems
2. WHAT IS SYSTEM
A “system” can be defined as an “Assembly”
of interrelated or interdependent parts
forming a more complex and unified whole
and serving a common purpose. A “Building”
can be understood to be the physical
“Embodiment” of a number of “Systems” and
“Subsystems” that must necessarily be
related coordinated and “Integrated” with
each other as well as with the “three-
dimensional” form and “Spatial” organization
of the building as a whole.
4. STRUCTURAL SYSTEM
The “Structural” system of a building is
“Designed” and “constructed” to support
and transmit applied “Gravity” and lateral
loads safely to the “Ground” without
exceeding the allowable “Stresses” in its
members.
5. ENCLOSURE & MEP SYSTEMS
The enclosure system is the “shell” or
envelope of a building consisting of the
“Roof” exterior “Walls” windows and
“Doors”.
The MEP systems of a building provide
essential “Services” to a building.
9. PRACTICAL BENEFITS
System monitoring and optimization throw integrated
sensors.
Efficient energy utilization.
Lower Operating Costs.
Controllable Comfort levels for all rooms at all times.
10. FIRE SAFETY & SECURITY
Water Sprinkles for Fire
Smoke Detectors
Video
Access
Time
Evacuation
Scanning