Showing posts with label Utilities. Show all posts
Showing posts with label Utilities. Show all posts

Saturday, January 31, 2015

Plumbing Terminologies

Here is a compilation of Plumbing Terms for your review:

ALLEY - Alley is any public space, public park moroughiare less than three (3) meters but not less than two (2) meters in width which has been dedicated or deeded to the public for public use.

ALTER OR ALTERATION - Alter or alteration is any change, addition or modification in construction or occupancy. (Change or repair).

APPROVED - Approved means accepted or acceptable under an applicable specificationstated or cited in this Code, or accepted as suitable for the proposed use under procedures and powers at the authority.

AUTHORITY - Authority in this Code is mean to be the individual official, board, department or agency established an authorized by the office of the President (R.A. No. 1378) to administer and enforce the provisions of this National Plumbing Codeas adapted or amended. (Prof. Sanitary Engineering) – Plans and specs, (Master Plumber) - Install

BACKFLOW - The flow of water into a water supply system from source other than its regular source. Back siphonage is one type of backflow.
BACK PRESSURE - Air pressure in drainage pipes greater than atmospheric pressure.

BACK VENT PIPE - the part of a vent line which connects directly with an individual trap underneath or behind the fixture and extends to the branch or main, soil, or waste pipe at any point higher than the fixture or fixture trap it serves. This is sometimes called an individual vent.

BALL COCK - A faucet opened or closed by the fall or rise of a ball floating on the surface ofwater. - A float valve with a spherical float.

BALL JOINT - A connection in which a ball is held in a cuplike shell that allows movement in every direction.

BATTERY OF FIXTURES - Battery of fixtures is any of two or more similar adjacent fixtures which discharge into a common horizontal soil branch.

BELL OR HUB - That portion of a pipe which for a short distance, is sufficiently enlarged to received the end of another pipe of the same diameter for the purpose of making a joint.

BENDING PIN (OR IRON) - A tool used for straightening or expanding lead pipe.

BIBB - Synonymous with faucet is preferred. Faucet or Spigot.

BIDET - A plumbing fixture used for washing the middle part of the body, specially the genitals. Also a sitz bath (Used to wash posterior parts of the body).

BLANK FLANGE - A flange that is not drilled.

BLIND FLANGE - A flange that closes the end of a pipe. There is no opening for the passage of water. (Used for black iron pipes).

BLOW OFF - A controlled outlet on a pipe line used too discharge water or detritus. (In Sanitary house trap).

BRANCH - A branch is any part of a piping system other than the main, riser or stack.

MWSS / OPWH - Installation of national local water works.- For installation & excavation respectively.

BRANCH INTERVAL - A length of soil or waste stack corresponding in general to a story height, but- in no case less than eight (8) feet, within which the horizontal branches from one floor or story of a building are connected to the stack.

BRANCH VENT - A vent pipe connecting from a branch of the drainage system to a vent stack.

BUILDING - Building is any structure built, erected and framed of component structural parts designed for the housing, shelter, enclosure or support of persons, animals, or property of any kind.

BUILDING DRAIN - See house Drain.

BUILDING SEWER - See House Sewer.

BUILDING SUBDRAIN -That portion of a drainage system which cannot drain by gravity into the
building sewer. ( Any piping system which needed to be elevated from basement to the N.G.L.)

CAULKING - Plugging an opening with oakum, lead or other materials that are pounded into place. Also, the material that is pounded into the opening.

CAP - A fitting into which the end of a pipe is screwed for the purpose of closing the end of the pipe.

CATCH BASIN - A receptacle in which liquids are retained for a sufficient period to deposit settle able material

CESSPOOL - A pit for the reception or detention of sewage.

CHECK VALVE - A valve that automatically closes to prevent the flow of water in reverse direction.(Prevents reverse flow)

CIRCUIT VENT - A group vent extending from in front of the last fixture connection on a horizontal branch to the vent stack. See also loop vent. (Loop vent, Branch vent)

COMMON VENT - See unit vent and dual vent

CONDUCTOR, LEADER, OR DOWNSPOUT - A vertical pipe to convey rain water.

CONTINUOUS VENT - - A continuous vent is a vertical vent that is a continuation of the drain, to which the vent connects. (or VSTR)

CORPORATION COCK - A stop valve placed in a service pipe close to its connection with a water main.

COURT - A court is an open , unoccupied space bounded on two (2) or more sides by the walls of the buildings. An inner court is a court entirely within the exteriorwalls of a building. All other courts are outer courts.

CROSS CONNECTION - Any physical connection or arrangement of pipes between two otherwise
separate building water-supply pipes or a system through which or by means of which water supply may flow from one system to the other, the direction of flow depending on the pressure differential between the two systems.

DEAD END -The extended portion of a pipe that is closed at one end to which no connections are made on the extended portion, thus permitting the stagnation of water or air therein. (Water hammer arrester or air gap or air chamber).

DEVELOPMENT LENGTH -The length along the center line of the pipe and the fittings.

DIAMETER - “Diameter” of a pipe or tube shall mean the nominal internal diameter (I.D.) of such pipe; except brass and copper tubing wherein the term shall mean the outside diameter (O.D.) of tubing.

DOMESTIC SEWAGE - See sanitary sewage.

DOUBLE-BEND FITTING - A pipe fitting shaped like the letter “S”.

DOUBLE OFFSET - Two offsets in succession or in series in the same line.

DOWNSPOUT - The vertical portion of a rainwater conductor.

DRAIN - A sewer or other pipe or conduit used for conveying ground water, surface water, storm water, or sewage.

DRAINAGE SYSTEM -The drainage pipes of a plumbing system take the water from the plumbing fixtures and deliver it to the sewer or some other outlet. The drainage pipes must be gas-light, and water-light. The passage of air, odors or vitamin from the sewer into the building must be prevented.

DRY VENT - A vent that does not carry water or water- borne wastes.

DUAL VENT - See unit vent.

EXISTING WORK - The term “existing work” shall apply to those portions of plumbing system which have been installed and approved prior to the contemplated additions, collections, or corrections.

FAMILY - Family is one person living alone or a group of two (2) or more persons living together, whether related to each other by birth or not.

FAUCET - A valve on a water pipe by means of which water can be drawn from or held within the pipe. The valve is placed on the end of the pipe.

FERRULE - A metallic sleeve, called or otherwise, joined to an opening in a pipe, into which a plug is screwed that can be removed for the purpose of cleaning or examining the interior of the pipe.

FIXTURE - A receptacle attached to a plumbing system other than a trap in which water or wastes may be collected or retained for ultimate discharge into the plumbing system.

FIXTURE BRANCH - The supply pipe between the fixture and the water distributing pipe.

FIXTURE DRAIN - The drain from the trap of a fixture to the junction of the drain with any other drain pipe.

FIXTURE UNIT - One fixture unit is equivalent to a flow rate of one (1) cubic foot of water per minute or seven and a half (71/2) gallons of water per minute.

FLASHING - A piece of sheet metal fitted under another piece of flat metal or wood over which water is expected to run.

FLOOD LEVEL - The level in a fixture at which water begins to overflow the top or rim of the fixture.

FLOOR AREA - The area included within surrounding walls of a building (or portion thereof), exclusive of vent shafts and courts.

FLUSH VALVE - A valve used for flushing a fixture by using water directly from the water supply pipes or in connection with a special flush tank.

GATE VALVE - A valve in which the flow of water is cut off by means of a circular disk, fitting against machine-smoothed faces, at right angles to the direction of flow. The disk is raised or lowered by means of a threaded stem connected to the handle of the valve. The opening in the valve is usually as large as the full bore of the pipe.

GLOBE VALVE - A valve in which the flow of water is cut off by means of a circular disk that fits against the valve seat. The plane of movement of the disk is parallel to the normal direction of flow of water, which is turned through a tortuous passage to direct the flow normal to the face of the disk.

GOOSE NECK - A return bend of small-sized pipe one end of which is about one (1) foot long and the other end is about three (3) inches long. It is commonly used as a faucet for a pantry sink. Also, the lead connection between a service pipe and a water main.

GRADE - The slope or fall of a line of pipe in reference to a horizontal plane usually expressed in percent.

GROUND WATER - The water that is standing in or passing through the ground.

GROUP VENT - A branch vent that performs its function for two (2) or more traps.

HEIGHT OF BUILDING - The vertical distance from the “Grade Line” to the highest point of the coping of a flat roof or to the deck line of a mansard roof or to the average height of the highest gab le of a pitch or hip-roof.

HORIZONTAL BRANCH - A branch drain extending laterally from soil or waste stack, with or without vertical sections or branches, that receives the discharge from one or more fixture drains and conducts it to the soil or waste stack or to the building drain.

HOUSE DRAIN - The house drain is that part of the lowest horizontal piping of a plumbing system which receives the discharge from soil, waste, and other drainage pipes inside of a buildings conveys it to the house sewer.

HOUSE STORM SEWER - A house storm sewer is the pipeline from the building to the public storm
sewer system.

INDIRECT WASTE PIPE - A waste pipe that does not connect directly with the building drainage system but discharges into is through a properly trapped fixture or receptacle.

INDIVIDUAL VENT - See back vent.

INDUSTRIAL WASTES - Industrial waste are liquid waste resulting from the processes employed in
industrial establishments and are free from fecal matter.

INSANITARY - Contrary to sanitary principles or injurious to health.

INTERCEPTOR - A receptacle designed and constructed to intercept or separate, and prevent the passage of oil, grease, sand, or other materials into the drainage system to which it is directly or indirectly connected.

INVERT - The lowest portion of the inside of any pipe conduit that is not vertical.

LATERAL - In plumbing, a secondary pipe line. In average, a common sewer to which no other common sewer is tributary, receives sewage only from building sewers.

LATRINE - A water closet consisting of a continuous though containing water. The trough extends under two (2) or more adjacent seats. Prohibited by most authorities for permanent installations.

LAVATORY - A fixture designed for the washing of the hands or face. Sometimes called a wash basin.

LEACHING CESSPOOL – A cesspool that is not watertight.

LEADER - See conductor.

LENGTH OF PIPE - The length as measured along.

LOCAL VENT - A pipe or shaft serving to convey foul air from a plumbing fixture or a room to the outer air.

LOOP OR CIRCUIT VENT - A continuation of a horizontal soil or waste pipe beyond the connection at which liquid wastes from a fixture or fixtures enter the waste or soil pipe. The extension is usually vertical immediately beyond its connection to the soil or waste pipe. The base of the vertical portion of the vent may be connected to the horizontal portion of the soil or waste stack between fixtures connected thereto.

MAIN - The main of any system of continuous piping is the principal artery of the system, to which branches may be connected.

MAIN VENT - See vent stack.

MANHOLE - An opening constructed in a sewer or any part of a plumbing system of sufficient size for a ,an to gain access thereto.

MASTERPLUMBER - A person with knowledge of and experience in plumbing who employs journeymen plumbers or who conducts a plumbing business.

OAKUM - Hemp or old hemp rope soaked in oil to make it waterproof.

OCCUPANCY - Occupancy is the purpose for which a building is used or intended to be used. The term shall also include the building or room housing such use. Change of Occupancy is not intended to include change of tenants or proprietors.

PERSON - A natural person, his heirs, executors, administrators, its or their successor or assigns, or the agent of any of the aforesaid.

PITCH - See grade.

PLUMBING - The art and technique of installing in buildings the pipes, fixtures, and other apparatuses for bringing in the water supply, liquids, substances or ingredients and removing them and such water, liquid, and other carried-wastes affecting health and sanitation and hazardous to life and property; also the pipes and fixtures after they have been installed, i.e. the plumbing system.

PLUMBING FIXTURE - A receptacle attached to a plumbing system other than a trap in which water or wastes may be collected or retained for ultimate discharge into the plumbing system.

PLUMBING SYSTEM - The plumbing system of a building, institution,, factory or industrial establishment, includes the water-supply, liquids, substances and or ingredients distributing pipes; and those pipes removing them and such water, liquid, and other carried-wastes; the fixtures and fixture traps; the soil, waste, and vent pipes; the house drain, the foundation drain, and the house sewer; the storm-water drainage; drainage ejectors, all with their devices, appurtenances, and connections within or on a building, a factory, or an industry.

PLUMBING OFFICIAL - The authority or the officer charged with the administration and enforcement of the National Plumbing Code, or his regularly authorized deputy.

POTABLE WATER - Potable water is water which is satisfactory for drinking, culinary, domestic purposes and meets the requirements of the health authority having jurisdiction.

PRIMARY BRANCH - A primary branch of the building drain is the single sloping drain from the base of a stack to its junction with the main building drain or with another branch thereof.

PRIVATE OR PRIVATE USE - Private applies to fixtures in a residence where the fixtures are intended for the use of a family or an individual.

PRIVATE SEWER - A private sewer is a sewer privately owned and not directly controlled by public authority.

PRIVY - An outhouse or structure used for the deposition of excrement.

PRIVY VAULT - A pit beneath a privy in which excrement collects.

PUBLIC OR PUBLIC USE - In the classification of plumbing fixtures, public applies to fixtures in general toilet rooms of schools, gymnasiums, hotels, railroad stations, public buildings, bars, public comforts stations, or places to which the public is invited or which are frequented by the public without special permission or special invitation, and other installations (whether pay or free) where a number of fixtures are installed so that their use is similarly unrestricted.

PUBLIC SEWER - A public sewer is a common sewer directly controlled by public authority to which all abutters have equal rights of connections.

RELIEF VENT - A relief vent is a vent the primary function of which is to provide circulation of air between drainage and vent system.

REPAIR - The reconstruction or renewal of any part of an existing building for the purpose of its maintenance. The word “repair” or “repairs” shall not apply to any change of construction.

RETURN BEND - An open return bend, usually with inside threads, but applied also to a one hundred eighty (180 degree) bend in a pipe.

REVENT PIPE - See back vent pipe.

RISER - A water supply pipe that extends vertically one full story or more too convey water to branches or fixtures.

ROUGHING-IN - The installation of all pipes in the plumbing system that are in partitions and under floors. It includes the plumbing work done before the setting of the fixtures, or finishing.

SANITARY SEWAGE - The sewage containing human excrement and liquid household waste; also called domestic sewage.

SANITARY SEWER - A sewer intended to receive sanitary sewage with or without industrial wastesand without the admixture of surface water, storm water, or drainage.

SEAL - The vertical distance between the dip and the crown weir of a trap. Also, the water in the trap between the dip and the crown weir.

SECONDARY BRANCH - And branch in a building drain other than the primary branch.

SEPTIC TANK - A septic tank is a watertight receptacle, which receives the discharge of a plumbing system or part thereof, and is designed and constructed so as to separate solids from the liquid digest the organic matter through a period of detention, and allow the effluent to discharge into a storm drain; or directly to the ground outside the tank through a system of open joint or perforated piping.

SERVICE PIPE - The pipe from the water main or source of water supply to the building served.

SEWAGE - The liquid wastes conducted away from residences, business buildings, institutions, industrial establishments; and with such ground, surface, and storm water as may be present.

SEWER - A pipe or conduit for carrying sewage and waste liquids.

SEWERAGE, OR SEWERAGE WORKS - A comprehensive term, including all construction for collection, transportation, pumping, treatment and final disposition of sewage.

SHAFT - A vertical opening through a building for elevators, dumb-waiter, ventilation or similar purpose.

SHALL - As used in this Code, is mandatory.

SIAMESE CONNECTION - A wye connection used on fire lines so that two lines of hose may be connected to hydrant or to the same nozzle.

SIPHONAGE. - A suction by the flow of liquids in pipes. A pressure less than atmospheric.

SOIL PIPE - A soil pipe is any pipe which conveys the discharge of water closets, urinals, or fixtures having similar functions. Also, a cast-iron pipe, with bell and spigot ends, used in plumbing to convey fecal matter or liquid wastes.

SOIL STACK PIPE - A vertical soil pipe conveying fecal matter and liquid waste.

SPIGOT - The end of a pipe, which fits into a bell. Also a word used synonymously with faucet.

STACK - A general term used for any vertical line of soil, waste, or vent piping.

STACK VENT - A stack vent is the extension of a soil or waste stack above the highest horizontal drain connected to the stack.

STANDPIPE - A vertical pipe usually used for the storage of water, frequently under pressure.

STORM WATER - Storm water is that portion of the rainfall or other precipitation, which runs off over the surface after the storm and for such a short period following a storm as the flow exceeds the normal runoff.

STORY - Story is that portion of a building included between the upper surface of any floor and the upper surface of the floor next above, except that the topmost story shall be that portion of a building of a building included between the upper surface of the topmost floor and the ceiling or roof above. If the finished floor level directly above a basement or cellar is more than six (6) feet above grade such basement or cellar shall be considered a story.

SUBSOIL DRAIN - Subsoil drains are underground drain pipes that receives only sub-surface or seepage water and convey it to place of disposal.

SUMP - A pit or receptacle at a low point to which the liquid wastes are drained.

SUPPORTS - Supports, hangers, anchors, brackets, cradles are devices for holding and securing pipes and fixtures to walls, ceiling, floors, or structural members.

SURFACE WATER - Surface water is that portion of a rainfall or other precipitation which runs off over the surface of the ground.

SWIMMING POOL - A water receptacle used for swimming designed to accommodate more than one bather at time and properly connected to a disposal system.

TAPED TEE - A cast-iron bell-end tee with the branch tapped to receive a threaded pipe of fitting .

TRAP - A fitting or device so constructed as to prevent the passage of air, gas, and some vermin through a pipe without materially affecting the flow of sewage or waste water through it.

TRAP SEAL - See seal.

UNIT VENT - An arrangement of venting so installed that one vent pipe will serve two (2) traps.

VACUUM - An air pressure less than that atmospheric. Also, siphonage.

VENT - A pipe or opening used to ensuring the circulation of air in plumbing system and for reducing the pressure exerted on trap seals.

WET VENT - Wet vent is that portion of a vent pipe through which liquid waste flow.

WASTE PIPE - A waste pipe is a pipe, which conveys only liquid waste, free of fecal matter.

YARD - A yard is an open, unoccupied space, other than a court, unobstructed from the ground to the sky, except where specifically provide by this Code, on the lot on which a building is situated.

Wednesday, September 24, 2014

Review Notes: Utilities - Plumbing

Here is a review material for building utilities - plumbing systems available on slideshare.

Sunday, September 21, 2014

Review Notes: Utilities easy notes

Latent Heat
The amount of heat which is absorbed or evolved in changing the state of a substance without changing its temperature

Lawn Sprinkler System
A system of device, usually installed below ground level, to scatter or spray water droplets over a lawn, golf course, or the like

90 cm
Minimum width of a septic tank

1.50 m
Minimum length of a septic tank

60 cm
Minimum liquid depth for a septic tank

1.80 m
Maximum liquid depth for a septic tank

1 cu. m
Minimum capacity, in cubic meters, of the secondary compartment of a septic tank with a capacity of more than 6 cubic meters

False
Wooden septic tank are allowed, true or false

508 mm
Minimum dimension of a manhole access to a septic tank

15-20 m
Minimum distance of a water supply well from a septic tank

45-70
Minimum distance of a water supply well from a seepage pit or cesspool

30-50 m
Minimum distance of a water supply well from a disposal field

26
Minimum gauge of galvanized sheet used for downspout

51 mm
Minimum height of a water seal for each fixture trap

102 mm
Maximum height of a water seal for each fixture trap

60 cm
Maximum length of the tailpiece from any fixture

15 cm
Minimum extension of the VSTR above the roof

.90 m
Minimum extension of the VSTR above an open able window, door opening, air intake, or vent shaft

36 mm (1 ½”)
Minimum trap diameter for a bathtub

51 mm ( 2”)
Minimum trap diameter for a shower stall

1
Required number of urinals for an auditorium serving 40-50

4
Required water closets for females for a theater serving 51-100

Rigid and flexible
Classification of copper pipes

Electric and hydraulic
2 types of passenger elevator

.60 m
Minimum elevator width of single slide door elevator for small commercial or residential building

Automatic Transfer Switch (ATS)
A device that is basically a double throw switch of generally 3 pole connection that will automatically transfer the power from the standby generator to the building circuitry during electrical power failure

Moisture resistant in wet and dry location
TW in electrical wire specification means

Lift
Another name for passenger elevator

2 m
The minimum face to face distance between elevators in three and four car grouping

House drain
Collection line of a plumbing system is sometimes referred to as

1.20 m
Maximum height of a dumb water

Specific Lighting
A type of lighting that provides illumination t special objects like sculptures, flower arrangements etc.

10’
Standard length of an electrical metal conduit

Sheave
An assembly consisting of a pulley wheel, side plates, shaft and bearing over which a cable of roped is passed

Infa red
The other type of flame detector other than the ultraviolet type

Wednesday, September 17, 2014

Review Notes: Utilities - ACOUSTICS TERMINOLOGIES

Acoustics

The science that studies the waves that are conducted through matter due to the motion of the matter. Usually air is the material that most people think of when it comes to acoustic waves. But acoustic waves exist in all matter. Architectural acoustics, is the study of acoustics when the air is contained in a room. Church acoustics is a sub-division of architectural acoustics..

Sound (waves)

Pressure fluctuations in the air that are heard when an acoustic wave passes by. They are usually caused by objects in the air that quickly change position or a stream of air that quickly changes position. Sound escapes away from the sound source as an expanding spherical wave that travels at the speed of 1130 feet per second, traveling about 1 1/8th of a foot each one thousandths of a second (millisecond)..

Sound Level

The measure of the strength of sound. Units are decibels (dB) and usually measured with a dB meter. The threshold of quiet sound is zero dB and the onset of painful sound is 100 dB. Conversations are at 50 dB, whispers at 30 dB and shouting is 70 dB. When the sound strength of something doubles, it increases by 3 dB, or halved, it drops by 3 dB.

Loudness

The apparent strength of the sound to the listener. A change in 1 dB is just barely noticed as a change in loudness. Something twice as loud is actually 10 dB stronger, (10 times stronger). Something half as loud is 10 dB weaker, (1/10th as strong).

Direct Sound (direct signal)

The part of a sound wave that travels directly along the line of sight path between the speaker or sound source and the listener. The dry or actual sound.

Reflections

Sound waves that strike a surface and bounce off are reflected sounds. They bounce off the wall, changing directions but keeping the same angle off the wall as they had when they approached the wall.

Early Reflections

Reflections that are heard within 1/20 of a second of the direct sound are called early reflections. Early reflections cannot be distinguished from direct signals, they merge with the direct sound to form one composite sound. This combining effect can cause the sound of the direct signal to change in tonal characteristics and apparent direction.

Late reflections (Echoes)

A distinct reflection that arrives at the listener later than 1/20th of a second after the direct sound is heard. The listener can identify from where an echo comes. An echo does not change the tonal characteristics of the direct sound.

Flutter Echo

This type of echo is most easily heard as one claps their hands out in front of them, while standing in a hallway. The sound "zings" and it's tone depends on how many times a second the reflection passes by the listener's head. In a hall 8' wide, the clap will expand out, hit the wall and return 143 times a second and the zing will sound like a 143 Hz buzzy tone. Not a real sound, just a pseudo-tone.

Reverberation

For sound in a large room, reverberation begins at about 1/5 second following the direct sound. It is due to the accumulation of many reflections, compounding one upon the other, so much that the sound no longer seems composed of echoes but rather just a sound of noise, a din of chaos that has no discrete direction and no discrete timing.

Diffusion

Reflections off of a non flat surface that causes the sound wave to become more quickly disorganized than if off a flat surface is a diffusive surface. Diffusion decreases the time it takes for echoes to become converted to reverberation. The beautiful gothic churches of the old world have very diffusive or sound scattering surfaces. That is part of the sonic beauty of those spaces.

Decay

The dying out of sound. Usually referring to the steady decline in the loudness of the reverberation.

Decay Rate (RT-60)

The time (in seconds) it takes for reverberation to change from very loud to imperceptibly quiet, a total sound level difference of 60 dB. For a living room the RT-60 might be 1 second but in a gym, it might be 4 seconds.

Absorption

The loss of sound energy that occurs when the sound wave strikes a fibrous surface. The fibers provide acoustic friction for the sound wave. The wave does not slow down due to the friction, it keeps it's same speed but it does lose energy and get quieter.

NRC Rating

(Noise Reduction Coefficient) A rating for absorption. It gives the % efficiency for a surface to absorb sound. If a surface is 30% absorptive, then only 70% of the incident sound is reflected back into the room.

Noise (Background Noise)

The unwanted, undesirable and usually interfering sounds present in a listening space, typically due to an air conditioner or other conversations.

Noise Floor

The strength of the background noise, measured in dB. It is difficult to understand what is being said in a room with a high noise floor.


Signal-to-Noise Ratio (S/N ratio)

The difference in sound level (dB) between the desired sound and the noise floor.

Articulation

The clarity of a sound, particularly a message conveyed by sound, such that it can be easily and completely understood. A slurred sound may be well heard but the message it carries may still not be well understood, it is inarticulate. Also, a clear and distinct sound may be drowned out by a nearby louder noise, rendering the message not understandable, inarticulate. Echoes also cause articulation problems. Articulation is most often measured in some form of a desired signal to unwanted noise ratio.

Intelligibility

A measure of the clarity of sound based on the comprehension of the message being conveyed by sound. A "cat, bat, tat, rat... type of recognition test. The conversational version of Articulation.

Bright/Lively

The condition of sound in which there is an abundance of treble range reflections giving the feeling of "brightness" or "liveliness" to the sound. Sound in a tile bathroom or kitchen is bright. Too much can seem harsh and irritating.

Dark/Dead

The condition of sound in a room when there is a lack of reflections and a lack of reverberance. Too much can seem lack-luster and uneasy feeling.

Boomy

The condition of sound in a room when the lower frequencies, particularly the male voice range is excessively reverberant.

Psychoacoustics

The study and science of how the human comprehends and makes sense out of the sounds they hear. The difference between an early reflection and a late (echo) reflection, is an example of psychoacoustics. The blending of the early reflections with the direct sound is another.

Audiology

The science and practice of amplifying or otherwise improving how well a person hears sound.

Frequency (Hertz, Hz, cps)

A single sound pulse as from a fire cracker has sound energy but no tone. Tones are sounds that come from voices or instruments which have a repetitive pressure pulse characteristic. The number of repeat times per second that a sound has is called it's frequency. It's unit of measurement is cycles per second (cps) also called Hz (Hertz). Similar to pitch in musical terms.

Sound Spectrum

The sound level measured at different frequencies. Most tones are composed of more than one frequency, a combination of frequencies, as in a musical chord. The sound spectrum would measure the strength of each frequency and display that graph as a plot of Sound Level vs. Frequency, also known as a sound spectrum. The "color" of sound is used as emphasis in the spectrum.

Sonic Color

The shift in emphasis of a complex sound within it's spectral range. A neutral color is the preferred natural sound but sometimes sound can have a warm color, an emphasis on lower frequencies or a cold color, an emphasis on higher frequencies or a nasal color, an emphasis on midrange frequencies.

Ultrasonics

Sound whose frequency range is above that of human hearing, above 20,000 Hz.

Infrasonics

Sound whose frequency range is below that of human hearing, below 20 Hz.

Octave

Sound that exists within a limited frequency range, between a lower set frequency and a set upper frequency. The difference between the lower and upper frequency is specified to be equal to the lower frequency. The octave sequence for the note "C" starts at 31 Hz and continues thru 63 Hz, 125 Hz, 250 Hz, 500 Hz, 1k Hz, 2k Hz, 4k Hz, 8k Hz and ends at 16k Hz. (k = thousand).

Voicing

The process of defining the desirable condition of sound in an acoustic space. It integrates the direct, early and late reflections with the reverberation, including a sense of timing and direction for each into an appropriate and desirable acoustic condition for the listener. It combines both the art and science of sound. It requires an understanding of the purpose to be served by each acoustic space. As an art form, it recognizes the aesthetic side of sound, the impression that most people prefer to have of each particular type of sound that exists in some particular place. As a science, it is based on psychoacoustics.

Acoustician

An acoustical engineer who is trained and experienced in voicing rooms.

Acoustical Engineer

One formally educated, experienced in the science and practice of acoustics.

Sound Engineer
 Someone trained in setting up microphones and speakers.

Acoustic Contractor

Someone trained and experienced in installing acoustic tiles and wall panels.

Acoustic Consultant

Someone, not formally trained, experienced in providing acoustical services.

Acoustic Designer

Someone, not formally trained, who prepares blueprints for acoustic projects.

Sound Designer

One who envisions and directs the way sound plays out of a stage..

Friday, July 26, 2013

Syllabus for the Philippine Licensure Examination for Architects (LEA)

BUILDING MATERIALS , ARCHITECTURAL SPECIFICATIONS  AND METHODS OF CONSTRUCTION

A. Rationale and Description
1. Understanding of the properties of building con¬struction and finishing materials; their applica¬tion and articulation; systems and methods of specifying and construction;
2. Awareness of the different types/ formats of architectural specifications and presentations i.e. specifications brief, outline specifications, specifications matrix, technical specifications, schedules of finishes/ fenestrations (doors and windows)/ fixtures (sanitary, electrical, etc.)/ furniture (assembled, custom, etc.)/ equipment/ hardware, etc. ;
3.    Understanding of the types of con¬struction systems and methods; and
4. Application of certain management principles relative to the realization of the various stages of construction (including pre-construction and post-construction)

B.  Terminal Competencies for LEA Candidates
1. Ability to promote awareness and to apply in practice the principles of public safety through the correct specification and application of construction and finishing materials;
2. Ability to utilize the basic properties and compositions of construction and finishing materials, including their basic application and articulation for the building envelope;
3. Ability to specify appropriate building materials considering their applicability, practicability and functionality and in accordance with the standard and uniform system of architectural and/ or building specification e.g. Masterformat, etc.;
4. Ability to expresses the language of building materials, both in English and the vernacular e.g. Filipino, as used in the construction and design industries;
5. Ability to apply the essentials of architectural specification writing in identifying, recommending and using the appropriate type of materials for a particular building situation and/ or condition;
6. Ability to utilize architectural specifications as non-graphical tool to fully complement architectural working drawings;
7. Ability to promote awareness and to apply in practice the principles of public safety through systems and methods of construction;
8. Ability to describe the essentials of working drawing production through the language of graphical presentation;
9. Ability to translate conceptual architectural designs into architectural working drawings;
10. Ability to do detailing for architectural working drawings;
11. Ability to apply methods and techniques in the production of construction drawings/ documents for the construction, erection or assembly of a building/ structure;
12. Ability to describe essential concepts and principles relative to construction, erection, assembly and fabrication of various types of common buildings;
13. Ability to apply the different methods and techniques of estimating different quantities of materials, equipment and labor for use as a basis for sound project programming, scheduling and control;
14. Ability to describe the fundamental principles governing the design, purpose and application of the different types of non-conventional systems of construction and the advantages of using such systems;
15. Ability to provide some architectural working details for the various types of alternative building construction systems and components;
16. Ability to describe the latest system/s available in the construction industry; and
17. Ability to comprehend tender and construction documents and to understand the basic functions and legal importance of such documents.

C. Scope
The applicable architectural specifications for the following conventional and alternative building works:
a. Non-engineering civil works;
b. Carpentry and joinery;
Concrete and masonry;
d. Various metal works;
e. Structural steel for architectural applications;
f. Concrete and reinforced concrete for architectural applications;
g. Waterproofing, damp-roofing, insulation and the like;
h. Glass and glazing;
i. Painting and varnishing;
j. Doors, Windows and Other Fenestrations;
k. Hardware; and
1. Specialty works (pre-fabrication, vaults, signage, parking systems, etc.)

           The methods of construction for the following conventional and alternative building works:
a. Non-engineering civil works;
b. Carpentry and joinery;
c. Concrete and masonry;
d. Various metal works;
e. Structural steel for architectural applications;
f. Concrete and reinforced concrete for architectural applications;
g. Waterproofing, damp-roofing, sound and thermal insulation and the like;
h. Glass and glazing;
i. Painting and varnishing;
j. Doors, Windows and Other Fenestrations;
k. Hardware; and
1. Specialty works (pre-fabrication, vaults, signage, parking systems, etc.)

HISTORY OF ARCHITECTURE

A. Rationale and Description
1. Understanding and analyses of architectural manifestations from the beginning of civilization to contemporary periods of development; and
2. Understanding and analyses of the influences of environmental, historical and socio-cultural factors and their relevance to the development of art, buildings, structures and of human settlements.

B. Terminal Competencies for LEA Candidates
1. Ability to relate the history of arts and architecture as well as the technologies and human sciences to considerations of ecology and sustainable development;
2. Ability to identify/ differentiate, analyze and compare evolved architectural styles; 
3. Ability to relate past architectural styles to the development of present-day utility and construction systems/ technologies;
4. Ability to help reinforce culture and architecture as reflected in tradition, convention and/ or current practices;
5. Ability to utilize insights in the history of the human community/ settlements planning and design, with special emphasis on Asian structures/ buildings/ settlements;
6. Ability to relate the evolution of Philippine architecture to historical and present-day architecture in Asia and elsewhere.

   C. Scope
1.. Introduction
a. The origin of architecture;
b. Historic styles of architecture; and
c. Factors affecting architectural solutions and styles.
2. Pre-Historic Architecture
a. Centers of development; and
b. Dolmen, Menhir, Cromlech. 
3. Historic Styles of Architecture
a. Period/ extent and centers of development;
b. Factors that affect the development of archi¬tectural solutions and styles (historical, environmental and socio-cultural);
c. General characteristics (architectural, struc¬tural, decorative, etc.);
d. General contributions; and
e. Notable examples.
3.1 Ancient architecture and the Western succession
a. Egyptian;
b. West Asiatic;
c. Greek;
d. Roman;
e. Early Christian;
f. Byzantine;
g. Romanesque Architecture in Europe;
h. Gothic Architecture in Europe;
i. Renaissance Architecture in Europe;
j. Nineteenth and Twentieth Century in Great Britain;
k. Architecture of Africa, Australia and New Zealand;
1. Nineteenth and Twentieth Century Architecture in Continental Europe; and
m. Architecture of the Americas.

3.2 Architecture in Asia and the Pacific Re¬gion

3.3 Architecture in the Philippines
a. Architectural legacies
a.1 Vernacular,  Folk and Pre-Spanish Architecture (before 1550 A.D.);
a.2 Spanish Colonial Architecture (1550-1899 A.D.);
a.3 American Colonial Architecture (1900-1945);
a.4 Architecture of the Commonwealth Period and of the Post-World War II period (1946-2000); and 
a.5 21st Century Philippine Architecture (2001 to present).
b. Architectural preservation, conser¬vation and restoration
c. Pillars of Philippine Architecture
c.1 Philosophies of Famous Filipino Architects; and
c.2 Examples of great works.

THEORY OF ARCHITECTURE
A. Rationale and Description
1. Understanding of the theories and principles of architectural programming, space planning, architectural planning and design and of the architectural program/ plan/ design process;
2. Understanding and analyses of the anthropometric, proxemic and kines¬thetic requirements of space in relation to the architectural program, plan and design preparation; and
3. Understanding and analyses of the socio-cultural and technological influences that contribute to the development of contemporary architecture.

B.  Terminal Competencies for LEA Candidates
1. Ability to identify, relate to and apply the principles of architectural programming, space planning and architectural planning and design to other art forms; 
2. Ability to transform the psychological, visual and perceptual language of architecture to symbols and representations of architectural programs, plans and designs; 
3. Awareness of construction and design industry standards for architectural program, plan and design preparation, particularly applicable space planning standards/ practices;
4. Ability to assess current theories and principles on architectural programming, on space planning and on architectural planning and design and to apply these theories and principles in the architectural program/ plan/ design processes; 
5. Ability to apply anthropometrics and ergonomics to architectural programming, to space planning and to architectural planning and design; 
6. Ability to apply the proxemic and kinesthetic requirements of space for human comfort in the context of Filipino culture, behavior and tradition and to anticipate the effects of these on architectural programs, on space plans and on architectural plans and designs;
7. Ability to apply analytical tools in determining the relevance of architectural programming, space planning and architectural planning and design theories to cultural development;
8. Ability to utilize critical socio-cultural and technological methods for analyzing architectural programming, space planning and architectural planning and design concepts in relation to national/ state development thrusts;
9. Ability to correlate architectural programs, space plans and architectural plans and designs with interior designs and landscape architecture plans and designs through a holistic approach.
10. Ability to effectively address climate, orientation and building environment/ setting considerations in the architectural programming, planning and design process.
11. Ability to employ different processes and instruments that shall result in a climate-/ setting-responsive architectural program, space plan and architectural plan and design;
12. Ability to apply different concepts, theories and principles of tropical architectural programming, planning and design as these apply to different architectural planning and design problems; and
13. Ability to correlate the significance of the philosophies of great/ past architects and their works to contemporary architecture.
C. Scope 
1. Introduction
a. The nature of architecture;
b. Architecture as an art and as a science; 
c. Processes in architectural programming and space planning; and
d. Processes in architectural programming, planning and design. 
2. Elements of Architecture and the Basic Principles of Architectural Programming, Space Planning and Architectural Planning and Design
a. Need-specific elements;
b. Structural, circulatory, protective and deco¬rative elements;
c. Influences in architectural programming, space planning and in architectural planning and design;
d. Basic principles of architectural programming, space planning and of architectural planning and design; and 
e.   Principles of Composition.
3. Architectural Planning and Design Perception
a. Anthropometric bases of architectural programming, planning and design;
b. Space articulation and territoriality;
c. Visual and perceptual language;
d. Psychology of space; and
e. Proxemics and culture.
4. Tropical Architecture - Architectural Programming, Planning and Design with Climate
a. Climatic Design : elements, factors, concepts, analysis and application for comfort;
b. Theories and Principles of Tropical Architectural Programming/ Planning/ Design;
c. Influences and elements of Tropical Architec¬ture; and
d. Specific examples of Tropical Architecture.
5. Masters of Architecture
a. Philosophies of the Great Architects; and
b. Examples of great works.


PRINCIPLES OF ARCHITECTURAL PRACTICE

A. Rationale and Description
1. Understanding of the role, legal rights and obli¬gations and responsibilities of the registered and licensed architect (RLA);
2. Understanding, analyses and application of the various statutes, codes, and regulations affecting the state-regulated practice of the profession of architecture in the Philippines;
3. Understanding, analyses and application of the various international agreements affecting the global practice of the profession of architecture i.e. by duly-qualified Philippine RLAs outside the Philippines and by duly-qualified foreign architects (FAs) within Philippine territory; and
4. Understanding of the various aspects of the pro¬fessional practice of architecture as well as the efficient conduct of client and business-oriented relations for architectural planning/ design projects and for construction projects.

B.  Terminal Competencies for LEA Candidates
1. Ability to efficiently and effectively utilize legally-recognized types/ forms of architectural services in response to the needs of clients within the context of state-regulated professional architectural practice;
2. Ability to employ organized professional practice activities, basic concepts, tools and areas of application of business and office management, meeting/ monitoring project milestones and operational targets, etc.;  
3. Ability to conduct the post-evaluation and monitoring of completed projects and services;
4. Ability to implement the basic services of the registered and licensed architect (RLA) for effective organization, management and operation-related activities to satisfactorily deliver the RLA’s contracted services;
5. Ability to undertake comprehensive architectural planning and design services and the expanded role of the RLA beyond the regular architectural services;
6. Ability to prepares the various types of  architectural specifications and contract documents;
7. Ability to compute and evaluate architectural and other cost estimates involving construction, resource allocation and project management;
8. Ability to applies codes and standards of the profession and the laws, rules and regulations, guidelines, etc. relevant to the professional practice of architecture; 
9. Ability to understand and comply with the different laws that affect the professional practice of architecture in the Philippines;
10. Ability to understand and effectively address the legal consequences of an RLA’s actions as these relate to the pertinent laws, rules, regulations, guidelines and standards;
11. Ability to apply in practice the principles of public safety through building laws and codes;
12. Ability to comply with quality, cost and delivery standards;
13. Ability to apply ethical standards and professionalism in the practice of architecture i.e. ethical parameters applicable to situations in the practice of the profession;
14. Ability to comply with the moral responsibilities and obligations of a RLA to peers, clients, colleagues in the industry and society in general; 
15. Ability to understand and describe the processes involved in the generation of a globally competitive office/ project management system;
16. Ability to understand and appreciate the implications of a globally open practice; and
17. Ability to assume responsibility for personal and professional growth and the development of leadership qualities.

C. Scope
1. Current state regulations for the registration, licensing and practice of architecture, the Standards of Pro¬fessional Practice and the Code of Ethical Conduct
a. Statutes regulating the practice of architec¬ture in the Philippines
a.1 Republic Act (R.A.) No. 9266 (The Architecture Act of 2004) and its 2004 implementing rules and regulations (IRR), particularly those focusing on the relationships of the RLAs with the PRBoA and of the PRBoA with the PRC;
a.2 R.A. No. 8981 (The PRC Modernization Act of 2000) and its IRR; and
a.3 Professional Regulation Commission (PRC) and Professional Regulatory Board of Architecture (PRBoA) Resolutions  related to the Practice of Architecture in the Philippines.
b. Integrated and Accredited Professional Organization of Architects (IAPoA) - The United Architects of the Philippines as the IAPoA;
c. RLA’s Code of Ethical Conduct;  
d. RLA’s Credo;
d. Rights and responsibilities of the RLA;
e. Spectrum of architectural services;
e.1  Pre-Design Services
e.2  Design Services
e.3  Specialized Allied Services
e.4  Construction Services
e.5  Post-Construction Service
e.6  Comprehensive Services 
e.7  Design-Build Services
f. Architectural fees and charges;
g. Selection of the Architect and Methods of  Compensation  (including the conduct of architectural competitions); and
h.   Global Practice : GATS, APEC Architect, ASEAN Architect and its Mutual Recognition Agreements (MRAs)

2. General Laws, Building Laws and Related Regulations and Standards;
a. Architectural design standards, building and construction-related laws and their IRRs;
a.1 Presidential Decree (P.D.) No, 1096 : The 1977 National Building Code of the Philippines (NBCP) and its 2004 Revised IRR;
a.2 R.A. No. 8293 : 1997 Philippine Intellectual Property Code and IRR; 
a.3 The Philippine Civil Code, particularly Article 1723 on the civil liability of RLAs;
         a.4 R.A. No. 9285 : The 2004 Alternative Dispute Resolution (ADR) Act and Executive Order (E.O.) No. 1008 : The Construction Industry Arbitration Law;
a.5 Build-Operate-Transfer (BOT) Law;
a.6 R.A. No. 9184 : The Government Procurement Reform Act of 2003 and IRR; and
a.7 E.O. No. 278 : Practice of Architecture and Related Consulting Services for Foreign-Assisted Projects and its IRR and Guidelines;
b. Laws on real estate and subdivisions e.g. P.D. No. 957 and its 2001 IRR, etc.;
c. Laws on housing and human settlements e.g. Batas Pambansa (B.P.) No. 220 and its 2001 IRR, etc.;
d.   Awareness and general appreciation of P.D. No. 1096/ 1977 NBCP Referral Codes and their respective IRRs:
d.1  P.D. No. 1185 : Fire Code of the Philippines and IRR;
d.2  B.P. No. 344 : Accessibility Law and IRR;
d.3  Philippine Electrical Code;
d.4  Plumbing Code of the Philippines;
d.5  Sanitation Code of the Philippines;
d.6  Environmental Laws e.g. Clean Air, Water and Solid Waste Management Acts, etc.; and
d.7  National Structural Code of the Philippines. 
e.   Awareness and general appreciation of other professional regulatory laws (PRLs):
e.1  R.A. No. 1582 : Amended Civil Engineering Law of 1956, particularly its Sec. 24;
e.2  R.A. No. 8534 : Interior Design Law of 1997 and IRR; and
e.3  P.D. No. 1308 : Environmental Planning Law.
3. Other aspects of regulated architectural practice
a. Operating divisions of architectural practice, development, production, administration, and management (with emphases on prepa¬ration of tender and contract documents);
b. General quantity surveying for architectural works; 
c. Legal aspects of architectural practice e.g. administrative, criminal and civil cases, etc.;
d.      Business aspects of architectural practice;
e. 2008 Regional Trial Court (RTC) Decisions promulgated in support of RLAs; and
f, Various legal documents and issuances posted at the PRBoA website i.e. www.architectureboard.ph. 

PRINCIPLES OF PLANNING

A. Rationale and Description
1. Understanding and analysis of the concepts and techniques in macro-planning process at its various levels i.e. site and physical planning (specifically subdivision planning and master planning), human settle¬ments planning, urban and regional planning, land and water use planning, transportation planning, environmental planning, etc.; and
2. Understanding of the art and science of site and physical plan¬ning with emphases on their ecological, socio-psycho¬logical, aesthetic and functional bases.

B.  Terminal Competencies for LEA Candidates
1. Ability to utilize the art and science/s of site and physical planning with emphases on their ecological, socio-psychological, aesthetic and functional bases; 
3. Ability to relates the social issues and implications of site and physical planning; 
4. Ability to correlate history and macro-planning theories to ecology and sustainable development;  
5. Ability to employ the basic foundations of site and physical planning and the different macro-planning processes.
6. Ability to utilize useful planning techniques relevant to the rank of the architect as a planning and/ or design professional;
7. Ability to relate history and theories of site and physical planning, urban and regional planning, etc. to ecology and sustainable development; and
8. Ability to apply current thoughts and practices as regards site and physical plan formulation, implementation and monitoring. 

C. Scope
1. General Principles of Site and Physical Planning
a. Hierarchy of site and physical plans, definitions and classifications;
b. History and scope of site and physical planning; and
c. General planning process.
2. Urban and Regional Planning  
a. History of the urban and regional planning;
b. Theories of urban and regional planning;
c. Comprehensive land and water use planning (CLWUPs); 
d. Zoning ordinances (ZOs); and
e. Urbanization and urban social relationships.
3. Housing and Human Settlements Planning
a. Definitions and classifications;
b. State housing policies, programs and agencies;
c. State housing finance, production and practices;
4. The Art and Science of Site and Physical Planning 
a. Map and plan typology, identification and reading/ appreciation;
b. Site appreciation, analyses and programming; 
c. Primary considerations in site and physical planning e.g. physical, aesthetic, ecologi¬cal, socio-psychological, management, maintenance, etc.;
d. Subdivision Planning, Deed of Restriction and Development Guidelines; 
e. Master Development Planning (MDP); and
f.   Site Development Planning (SDP) for areas immediately surrounding buildings/ structures.

URBAN DESIGN

A. Rationale and Description
1. Understanding of the concepts and techniques in the general planning of physical settings and in the systematic/ comprehensive design of a community on an urban plane;
2.   Understanding of the art and science of urban design with emphasis on its ecological, socio-psychological, aesthetic and functional bases.

B.  Terminal Competencies for LEA Candidates
1. Ability to apply a sense of spatial order, scale, culture and history in handling urban design and community architecture problems;
2. Ability to develop an awareness of the need for expression and communication in the design of specific places in towns and cities;
3. Ability to utilize the knowledge of organization and behavior in the design of specific towns and cities through expression and communication;
4. Ability to associate the importance of community involvement/ participation and techniques in urban/community architecture; and 
5. Ability to describe the built environment in the context of ecological balance, sustainable development and conservation of cultural and historical heritage.

C. Scope 
1. General Principles of Urban Design and Community Architecture
a. Elements of urban design;
b. Community architecture e.g. orientation, identity, etc.;
c. Spaces in urban design, urban aesthetics and urban patterns;
d. Creating and identifying the sense of space;
e. Images of cities and symbols of urban design;
f. Cultural Basis of the design of communities;
g. Documenting the city: the system of design and process of presentation; and
h. Current public policy and concerns and legal considerations in urban design.
2.   Urban Design Theories, Rules and Processes
3.   Applications of design requirements for specific places in towns and cities:
a. Cluster Housing and Planned Unit Development (PUD);
b. Areas for Priority Development (APDs)/ Mixed Used Developments and Commercial Centers;
c. Industrial Parks and Districts;
d. Planning Educational Campuses;
e. Government/ Civic Centers and the Plaza Complex;
f. Village Planning,  Ecological Communities, Coastal/ Lakeshore Community Planning; 
g. Resort Community Planning and Design;
h. Parks and Open Spaces; Recreational Areas; 
i. Urban Renewal; 
j. Streetscapes; and 
k. Road rights-of-way (RROWs), ROWs and legal easements.


STRUCTURAL DESIGN (CONCEPTUAL LEVEL)

A. Rationale and Description
1. Understanding of the fundamentals of mechan¬ics, strength of materials and theory of struc¬tures; and
2. General conceptualization of the structural design for a building/ structure, its principles and analyses of the structural elements for the various types of construction materials, methods and systems to be used for the foundation, superstructure and shell of the building/ structure.

B.  Terminal Competencies for LEA Candidates
1. Ability to apply in practice the principles of public safety and structural stability;
2. Ability to generally conceptualize the building/ structure under combined loads and seismic forces;  
3. Awareness, appreciation and general understanding of he principles of stress and strain, bending, shear, torsion under plain and combined loads, shear and moment, determinate and indeterminate structures and elastic stability of columns;  
4. Ability to conceptualize structural design for simple timber, steel, reinforced concrete and composite buildings/ structures;
5. Ability to apply relevant provisions of P.D. No. 1096 (the 1977 National Building Code of the Philippines/ NBCP), the National Structural Code of the Philippines and other NBCP Referral Codes for simple timber and steel structures and simple reinforced concrete and composite buildings/ structures.  
6. Ability to read, understand and generally interpret structural plans, details, drawings, documents and soil investigation reports.

C. Scope
General conceptualization of structural design (including a basic understanding of seismic analysis), in the following building mate¬rials and construction systems:
a. Timber;
b. Reinforced concrete;
c. Structural steel;
d. Composite structures; and
e. Advanced construction methods.

UTILITIES

A. Rationale and Description
1. Understanding of the basic practices, principles, general design and installation and/or construc-tion of utilities required for a building/ struc¬ture and its grounds/premises;
2. Understanding and analyses of utility, facility, and equipment require¬ments in relation to aesthetics, function, and stability of a building/ structure and its pre¬mises.

B.  Terminal Competencies for LEA Candidates
1. Ability to identify and apply the fundamentals of building utilities and systems;
2. Ability to apply fundamental concepts and principles covering the general design and installation of electrical, mechanical, electronic/ communications, fire protection, building management, plumbing and sanitary systems, waste management systems, and the like in buildings and its grounds, consistent with trade practices and recommendations by the pertinent professionals;
3. Ability to applies the pertinent code provisions relative to the planning/ lay-outing, design, installation, operation and maintenance of such utility systems and their components; 
4. Ability to converse and coordinate with the professionals and their staff concerned with such utility systems and components;
5. Ability to apply the basic principles of planning, designing, operating and maintaining such utility systems and components;
6. Ability to identify and to apply  the different important aspects of acoustics and lighting as these relate to planning and design principles for buildings/ structures and their grounds; and
7. Ability to relate the psychological and physiological effects of such utility systems, sound and light on building occupants/ end-users.

C. Scope
Design and construction and/or installation of the following utility systems and their respective components:
1. Sanitary and Plumbing Systems and Equipment
a. Water source, storage, supply and distribu¬tion;
b. Plumbing rough-in and fixtures;
c. Drainage and sewerage systems; and
d. Waste collection, disposal, treatment and/or recycling.
2. Mechanical Systems
a. Heating, ventilating, and air-conditioning (HVAC) systems;
b. Conveyors and other building mechanical equipment e.g. elevators, funiculars, escalators, walkalators, etc.;
3. Electrical and Other Power Systems
a. Electrical power and lighting supply, distri¬bution and fixtures; and
b. Electrical power source and alternative power sources.
4. Acoustics and Illumination
a. The psycho-physics of acoustics and lighting; and
b. Acoustical treatment and corrections.
5. Disaster Prevention and Protection Systems; Se¬curity Systems
a. Building fire-fighting, prevention, and pro¬tection apparatus;
b. Installation and/or construction of the different protection systems;
c. Materials and fixtures; and
d. Disaster prevention and mitigation systems.
6. Communication Systems
a. Electronics system; and
b. Telephone, intercom, internet/ DSL, cable TV, audio/video facilities, public address (PA) system, etc.
7. Building management and other systems
a. Climate/ lighting/ security controls and related applications for buildings/ structures;
b. Robotics and related intelligent building features.

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Review Notes for Utilities Part 2

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