Graphic Design

Architectural Drawing Abbreviations And Symbols8 min read

Aug 25, 2022 6 min

Architectural Drawing Abbreviations And Symbols8 min read

Reading Time: 6 minutes

Architectural drawing abbreviations and symbols are a set of standard codes used to represent architectural elements in drawings. They are used to minimize the amount of text necessary to describe a building or object, and to make drawings more concise and easy to understand.

The most commonly used architectural drawing abbreviations are:

ABBREVIATION SYMBOL

Window W

Doors D

Stairs S

Columns C

Walls W

Other common abbreviations and symbols include:

ABBREVIATION SYMBOL

Roof R

Porch P

Balcony B

Steps T

Railings R

Dormer D

Eave E

Gable G

Pitch P

It is important to be familiar with the most common abbreviations and symbols when creating or reading architectural drawings. This will allow you to understand the drawing more easily, and will help to avoid any confusion or misinterpretation.

What are the abbreviations on blueprints?

A blueprint is a type of technical drawing that shows the layout of a building or other structure. Blueprints are usually created using AutoCAD software.

The abbreviations on blueprints can be confusing for new builders. Here is a guide to the most common abbreviations:

AB: Abbreviation

D: Dimension

E: Elevation

F: Floor

H: Height

L: Length

W: Width

N: North

S: South

E: East

W: West

AB: Abbreviation

This is the most common abbreviation on blueprints. It stands for “abbreviation.”

D: Dimension

This abbreviation stands for “dimension.” Dimensions are measurements that are indicated on blueprints with a number and a unit of measurement, such as “8′-0” for eight feet.

E: Elevation

This abbreviation stands for “elevation.” Elevations are drawings that show the height of a structure from different angles.

F: Floor

This abbreviation stands for “floor.” Floors are often numbered on blueprints, starting with the ground floor as “1” and going up.

H: Height

This abbreviation stands for “height.” The height of a structure is often measured in feet or meters.

L: Length

This abbreviation stands for “length.” The length of a structure is often measured in feet or meters.

W: Width

This abbreviation stands for “width.” The width of a structure is often measured in feet or meters.

N: North

This abbreviation stands for “north.” North is the direction that is typically at the top of a blueprint.

S: South

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This abbreviation stands for “south.” South is the direction that is typically at the bottom of a blueprint.

E: East

This abbreviation stands for “east.” East is the direction that is typically to the right of a blueprint.

W: West

This abbreviation stands for “west.” West is the direction that is typically to the left of a blueprint.

What symbols are used in architectural drawings?

One of the most important aspects of architecture is being able to communicate through drawings. This is especially important in the early stages of a project, when the architect is trying to get a sense of the client’s needs and wants, and to develop a proposal.

There are a number of symbols that are commonly used in architectural drawings. Some of these are standard across all disciplines of architecture, while others may be specific to a certain type of building.

One of the most basic symbols is the line. Lines can be used to represent the boundaries of a space, or to indicate the direction of movement.

Another basic symbol is the dot. Dots can be used to indicate points of reference, or to indicate the location of a light.

Lines and dots can be used together to create basic shapes. Squares, circles, and triangles are some of the most common shapes used in architectural drawings.

Shapes can be used to represent elements in the real world, such as windows and doors. They can also be used to represent abstract concepts, such as the floorplan of a building.

There are a number of symbols that are specific to architectural drawings. These include the roof, the column, and the floor.

The roof is represented by a triangle, and can be used to indicate the pitch of the roof, or the location of the ridge.

The column is represented by a square, and can be used to indicate the height of the column, or the location of the base.

The floor is represented by a rectangle, and can be used to indicate the shape of the floor, or the location of the walls.

What is abbreviation in drawing?

In the context of technical drawing, an abbreviation is a shortened form of a word or phrase. Abbreviations are used to save time and space, and to make drawings easier to read.

There are two types of abbreviations: initial and final. An initial abbreviation is a shortened form of the first letter of a word or phrase. A final abbreviation is a shortened form of the last letter of a word or phrase.

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Abbreviations are usually written in small letters, without periods. However, some abbreviations, such as Mr. and Mrs., are written with periods.

Here are some common abbreviations:

Dr. – Doctor

Mr. – Mister

Mrs. – Mistress

Ms. – Miss

Jr. – Junior

Sr. – Senior

St. – Saint

etc. – et cetera

Why are abbreviations used on construction drawings?

Abbreviations are used on construction drawings to save time and space. They are also used to make the drawings more concise and easy to read.

One of the main reasons that abbreviations are used on construction drawings is to save time. By using abbreviations, the architect or engineer can communicate more effectively and efficiently with the contractors who will be building the project. Abbreviations can also help to speed up the drafting process.

Another reason that abbreviations are used on construction drawings is to save space. By using abbreviations, the architect or engineer can fit more information on the drawing. This is especially useful when there is limited space on the drawing.

Finally, abbreviations are used on construction drawings to make the drawings more concise and easy to read. By using abbreviations, the architect or engineer can communicate the information on the drawing more clearly. This is especially important when the drawing is crowded with information.

What are the architectural abbreviations?

What are the architectural abbreviations?

One of the most important aspects of architecture is the use of abbreviations. In order to create a cohesive and concise design, architects need to be familiar with the most common abbreviations. This article will outline some of the most common abbreviations used in architecture.

ABBREVIATION MEANING

A.F.R.O. Above-Floor Rough Opening

A.P.A. Above-Projection Area

A.P.D. Above-Projection Dimension

A.P.H. Above-Projection Height

A.P.L. Above-Projection Length

A.T.A. Above-Total Area

A.T.D. Above-Total Dimension

B.A. Below-Angle

B.C. Below-Ceiling

B.C.F. Below-Ceiling Framing

B.C.R. Below-Ceiling Rafter

B.D. Below-Deck

B.D.D. Below-Deck Depth

B.D.H. Below-Deck Height

B.E.D. Below-End Distance

B.E.L. Below-End Length

B.F. Below-Floor

B.F.D. Below-Floor Depth

B.F.H. Below-Floor Height

B.L. Below-Level

B.P. Below-Pitch

B.R. Below-Ridge

B.T. Below-Threshold

C.A.I. Concrete Area Index

C.A.R. Concrete Area Ratio

C.B. Clear-Bottom

C.D. Clear-Depth

C.D.I. Clear-Depth Index

C.D.L. Clear-Depth Length

C.H. Clear-Height

C.I. Concrete Index

C.L. Clear-Length

C.P. Clear-Pitch

C.R. Clear-Width

C.T. Clear-Threshold

D.B.D. Deck-Bottom-Depth

D.B.H. Deck-Bottom-Height

D.D. Deck-Depth

D.D.D. Deck-Depth dimension

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D.D.L. Deck-Depth Length

D.E.D. Deck-End-Distance

D.E.L. Deck-End-Length

D.F. Deck-Floor

D.F.D. Deck-Floor Depth

D.F.H. Deck-Floor Height

D.T. Deck-Top

E.A.I. Exterior Area Index

E.A.R. Exterior Area Ratio

E.B.D. Exterior-Bottom-Depth

E.B.H. Exterior-Bottom-Height

E.D. Exterior-Depth

E.D.D. Exterior-Depth dimension

E.D.L. Exterior-Depth Length

E.F. Exterior-Floor

E.F.D. Exterior-Floor Depth

E.F.H. Exterior-Floor Height

E.L. Exterior-Length

E.P.D. Exterior-Projection-Depth

E.P.H. Exterior-Projection-Height

E.T.D. Exterior-Total-Depth

E.T.L. Exterior-Total-Length

F.B. Framing-Bottom

F.B.

What is T & B in architecture?

In architecture, T&B stand for “toilet and bathroom.” These two rooms are often considered the most important in a house or building, as they are the places where people go to relieve themselves and clean themselves up. As a result, they need to be designed in a way that is both functional and comfortable.

When designing a T&B, there are a few things to keep in mind. First, the layout should be as user-friendly as possible. This means that the toilet and sink should be easy to reach, and that there is plenty of room to move around. The room should also be well-ventilated, since smells can be quite potent in close quarters.

Another important consideration is the lighting. The T&B should be well-lit, both during the day and at night. This is especially important when it comes to the toilet, as it can be difficult to see what you’re doing if the lighting is poor.

Finally, it’s important to make sure that the T&B is aesthetically pleasing. This doesn’t mean that it has to be extravagant, but it should be in keeping with the overall style of the house or building. A well-designed T&B can add to the overall aesthetic of a space, while a poorly designed one can be quite jarring.

What are three most common symbols found on a blueprint?

Blueprints are technical drawings of architectural or engineering designs. They are used to communicate the design to builders, contractors, and other professionals. Blueprints usually contain a variety of symbols, some of which are more common than others.

The three most common symbols found on a blueprint are the north arrow, the scale, and the legend. The north arrow indicates the direction of north and is used to orient the blueprint. The scale indicates the size of the object in relation to the blueprint and is drawn as a line or series of lines with tick marks on either end. The legend is a key that explains the meaning of all the other symbols on the blueprint.

Jim Miller is an experienced graphic designer and writer who has been designing professionally since 2000. He has been writing for us since its inception in 2017, and his work has helped us become one of the most popular design resources on the web. When he's not working on new design projects, Jim enjoys spending time with his wife and kids.