Creating a Floor plan, Footing detail and Isometric view using AutoCad

Creating a Floor plan, Footing detail and Isometric view using AutoCad

C1

AIM: To draw the cross-section of Load bearing wall over spread footing.

PROCEDURE:

• Click on the AutoCad application to open the application
• Type QNEW in the command bar and press enter
• Default setting to Imperial (feet and inches)
• Unit to be set as decimal and precision as 0.00 and press next
• Angle to be set as decimal degree and precision as 0
• Angle direction as Counter Clockwise and press next
• Angle measure is EAST, Angle direction is Counter Clockwise
• The area provided is 5 by 5 and press Finish
• Keep snap and grid setting off
• From the Home tab click on the rectangle in the draw panel
• In command bar it asks to specify first corner point (2,1)
• In front of specify second corner select dimension and take length as 0.9 and width as 0.25 and enter
• Again take rectangle command and specify first point as 2.2, 1.25
• Specify second point corner select dimension and take length as 0.9 and width as 0.25 and enter
• Take rectangle command and specify first corner point as 2.25, 1.65
• Specify second point corner select dimension and take length as 0.40 and width as 0.40 and enter
• Trim line AB
• Take rectangle command and specify first corner point as 2.30, 2.65
• Specify second point corner select dimension and take length as 0.30 and width as 0.60 and enter
• Take rectangle command and specify first corner point as 2.30 and 2.65
• Specify second point corner select dimension and take length as 0.30 and width as 0.05 and enter
• Take rectangle command and specify first corner point as 2.30, 2.70
• Specify second point corner select dimension and take length as 0.30 and width as 1.00 and enter
• Take rectangle command and specify first corner point as 2.25, 1.90
• Specify second point corner select dimension and take length as 1.15 and width as 0.15 and enter
• Take line command and specify first point as 1.10, 1.90
• Specify next point as @0.30<0
• Specify next point as @0.15<90
• Specify next point as @0.30<0
• Specify next point as @0.15<0
• Specify next point as @0.30<0
• Specify next point as @0.15<90
• Specify next point as @0.30<0
• Press enter
• Give dimensions to the respected rectangle and lines by using dimension command from the annotation tab
• The C.S of load bearing wall over spread footing is done.

RESULT:

C2

AIM: To draw c.s of isolated footing.

PROCEDURE:

• Click on the AutoCad application to open the application
• Type QNEW in the command bar and press enter
• Default setting to Imperial (feet and inches)
• Unit to be set as decimal and precision as 0.00 and press next
• Angle to be set as decimal degree and precision as 0
• Angle direction as Counter Clockwise and press next
• Angle measure is EAST, Angle direction is Counter Clockwise
• The area provided is 5 by 5 and press Finish
• Keep snap and grid setting off
• From the Home tab click on the rectangle in the draw panel
• In the command bar, it asks to specify first corner point (1,1)
• In front of specify the first point, specify 1,1
• In the specify second point select dimension and take the length as 1 and width as 0.40 and enter.
• Take a chamfer option from the modified tab
• Command bar will ask to select line or to trim, distance, und0, angle etc.
• In chamfer select trim setting as trim and click on distance
• Specify first chamfer distance as 0.25
• Specify second chamfer distance as 0.38 and enter

• Select line AB and then select BD
• Select chamfer option from the modified tab
• Command bar will ask to select line or to trim, distance, undo, angle etc.
• In chamfer select trim setting as trim and click on distance
• Specify first chamfer distance as 0.25
• Specify second chamfer distance as 0.38 and enter
• Now firstly select line CD and then select line CB
• It forms as shown below

• Trim above BD line using Trim command
• Measure coordinates of the point B by using coordinates command from the command bar
• We get coordinates of B as 1.38,1.40
• Take line command and specify first point as 1.38,1.40
• Specify next point as @1.60<90
• Specify next point as @0.24<0
• Specify next point as @1.60<270 and press Enter
• Measure the coordinates of the point P by using coordinates command from the command bar
• We ger coordinates of P as 1.38,3
• Take a line command and specify first point as 1.38,3
• Specify next point as @0.04<0, we get point Q
• Measure the coordinates of the point Q using coordinates command we get coordinates of Q as 1.42,3
• Take rectangle command and specify first corner points 1.42,3
• Select dimensions as length 01.16 and width as 0.20 and enter
• Take copy command from command bar and select rectangle as a object from cursor and enter
• Take base point of rectangle as bottom left corner with the help of cursor
• Click on array, edit number of items on the array as 9 and press enter, click on Fit
• Specify second point as @1.6<270
• Select line command and specify first point as 1.04,1.04 (point S)
• Specify second point as @0.92,0 (point R)
• Measure the coordinates of point R, it is 1.96,1.04
• Use the fillet command by setting fillet radius 0 and join.
• Select line command and specify point as 1.04,1.04 (Point S)
• Specify second point as @0.38,0
• Use the fillet command by setting fillet radius ) and join
• Give the dimensions as per the drawing and CS of isolated footing is done.

RESULT:

C3

Line Diagram of a Two Bedroom Building

AIM: To draw line diagram of a two bedroom building

PROCEDURE:

• Click on AutoCad application to open the application
• Type QNEW in command bar and press enter
• Default setting to metric
• Unit to be set as decimal and precision as 0.00 and press next
• Angle to be set as decimal degree and precision as 0
• Angle direction as Counter Clockwise and press next
• Angle measure is EAST, Angle direction is Counter Clockwise
• Area provided is 5 by 5 and press Finish
• Keep snap and grid setting off
• Select line command and specify first point as 1,1
• Specify next point as @3.60<0
• Specify next point as @0.90<270
• Specify next point as @1.00<0
• Specify next point as @0.90<90
• Specify next point as @4.20<180
• Specify next point as @3.60<90
• Specify next point as @4.20<180
• Specify next point as @0.90<90
• Specify next point as @1.00<180
• Specify next point as @0.90<270
• Specify next point as @3.60<180
• Specify next point as @3.60<270
• By using offset command from the command bar, give 2 offset to the line AB and line CD at a distance of 0.3 and 0.6
• The points A,B,C,D are given just for reference
• From Home tab click on line
• Then command bar ask us to specify first point
• In front specify first point press 4.60,1.00
• In front specify next @0.90<90
• Take line command bar and specify first point as 4.60,4.60
• Specify next point @1.80<270
• Give dimensions and line diagram of two bedroom building is done.

RESULT:

C4

CS of load bearing wall showing foundation details:

AIM: To draw CS of load bearing wall showing foundation details

PROCEDURE:

• Click on the AutoCad application to open the application
• Type QNEW in the command bar and press enter
• Default setting to Imperial (feet and inches)
• Unit to be set as decimal and precision as 0.00 and press next
• Angle to be set as decimal degree and precision as 0
• Angle direction as Counter Clockwise and press next
• Angle measure is EAST, Angle direction is Counter Clockwise
• The area provided is 5 by 5 and press Finish
• Keep snap and grid setting off
• Take rectangle command and specify first corner point as 1,,1
• specify second corner point select dimension and take length as 0.90 and width as 0.45
• Again take rectangle command and specify first corner point as 1.15,1.45
• specify second corner and dimensions are length 0.60 and width 0.40
• Take rectangle command and specify first corner point as 1.20,1.85
• Specify second corner select dimension and length as 0.50 and width as 0.30
• Turn the line AB and line CD by using trim command from the command bar
• Take rectangle command and specify first corner point as 1.25,2.15
• Specify second corner select dimension length as 0.40 and width as 0.60
• Again take rectangle command and specify first corner point as 1.30,2.75
• Specify second corner select dimension and length is 0.30 and width is 1.00
• Mark the dimensions and CS of load bearing wall is completed.

RESULT:

C5

AIM: To draw isometric view of steps

PROCEDURE:

• Click on the AutoCad application to open the application
• Type QNEW in the command bar and press enter
• Default setting to Imperial (feet and inches)
• Unit to be set as decimal and precision as 0.00 and press next
• Angle to be set as decimal degree and precision as 0
• Angle direction as Counter Clockwise and press next
• Angle measure is EAST, Angle direction is Counter Clockwise
• The area provided is 5 by 5 and press Finish
• Keep snap and grid setting off
• Select snap type as isometric snap and take ortho from status bar
• Take line command and specify a point
• Type distance as 1 and prsee F5 to get the next line in desired direction
• In the command prompt type 0.15 as distance
• Press F5 to get the desired direction and specify distance as 0.30
• Press F5 to get line in desired direction
• Continue these steps until all the steps are formed.

RESULT:

C6

AIM: To draw isometric view of Gable Wall.

PROCEDURE:

• Click on the AutoCad application to open the application
• Type QNEW in the command bar and press enter
• Default setting to Imperial (feet and inches)
• Unit to be set as decimal and precision as 0.00 and press next
• Angle to be set as decimal degree and precision as 0
• Angle direction as Counter Clockwise and press next
• Angle measure is EAST, Angle direction is Counter Clockwise
• The area provided is 5 by 5 and press Finish
• Keep snap and grid setting off
• Select isomeetric snap and keep ortho on
• Take line command and select a first point
• Using F5 to get desired direction, plot all the lines along with their measurements as shown is the above figure.

RESULT:

THANK YOU.