Creation of Column Schedule and Drawing Template using AutoCad

COLUMN SCHEDULE

Aim - To create a column schedule as shown in belowfig by using AutoCad Software

Procedure -

Step 1 - To draw the Table -

• Click on AutoCad application and open this application
• Type QNEW in command bar and enter
• Select default setting as Imperical (feet and inches)
• Press enter
• I have kept snap and grid setting off
• Keep ortho ON
• Press UN and enter and set unit
• Type - Engineering
• Precision -0'0"
• Enter
• Take line command
• specify first point anywhere
• Specify next point as @90'>0
• Specify next point as @20'>90
• specify next point as @90'>180
• Close it

• take divide command from command bar
• Select the object by selecting the horizontal line
• Enter the no of segment as 6
• Now change the point style to locate the divided part
• Take object snap as ON
• Take line command
• Specify first point as and select the point on horizontal line
• specify next point on opposite horizontal line,where object snap showing the perpendicular symbol
• Take copy command
• Copy it at other points as shown below

• Again take point style command
• Select point style as regular
• Use offset command
• Specify offset distance >4'
• Select the object and click on upper horizontal line and lower horizontal line
• Use offset command
• Specify distance as 7.5'
• Specify next point until the end of table
• Trim the remaining line

Step 2 - To create and fill the text in table-

• Click on Annotation tab as single line
• Manage textile as New
• Style name as Challenge 5 then OK
• Font name as romans.shx.
• Height as 8"
• And press set current
• Write down all the necessary texts shown in schedule
• Keep rotation angle 0 for all the text
• Justify left
• Take text edit command
• Select object and click on TERRACE TO MUMTY
• Make rotation angle as 90
• Enter

Step 3 - To draw Column -

C1

• Take rectangle command
• Specify first point anywhere
• Dimensions as 9" x 24"
• take offset of rectangle at inner side 1"
• Explode the last object
• Take divide command
• Divide in 4 segments
• Select the object as inner vertical line
• Use line command to show the dividation
• take circle command
• specify first point anywhere out of rectangle
• specify radius as 0.5"
• Take hatch command
• Take solid
• Specify object by clicking on circle
• Copy that circle wherever it is necessary to show the bar
• Use fillet command and select radius as 0.5"
• Select the object by clicking sides of the inner sides of rectangle just like shown below

C1 a -

• Take rectangle command
• Specify first point anywhere
• Dimensions as 9" x 24"
• take offset of rectangle at inner side 1"
• Explode the last object
• Take divide command
• Divide in 5 segments
• Select the object as inner vertical line
• Use line command to show the dividation
• take circle command
• specify first point anywhere out of rectangle
• specify radius as 0.5"
• Take hatch command
• Take solid
• Specify object by clicking on circle
• Copy that circle wherever it is necessary to show the bar
• Use fillet command and select radius as 0.5"
• Select the object by clicking sides of the inner sides of rectangle just like shown below

C2 -

• Take rectangle command
• Specify first point anywhere
• Dimensions as 9" x 24"
• take offset of rectangle at inner side 1"
• Explode the last object
• Take divide command
• Divide in 5 segments
• Select the object as inner vertical line
• Use line command to show the dividation
• take circle command
• specify first point anywhere out of rectangle
• specify radius as 0.5"
• Take hatch command
• Take solid
• Specify object by clicking on circle
• Copy that circle wherever it is necessary to show the bar
• Use fillet command and select radius as 0.5"
• Select the object by clicking sides of the inner sides of rectangle just like shown below

C2 a -

• Take rectangle command
• Specify first point anywhere
• Dimensions as 9" x 10"
• Take offset of rectangle at inner side 1"
• Take line command
• Specify first point click on midpoint of inner rectangle
• Joine all the midpoint of inner rectangle
• take fillet command
• Click radius as 0.5"
• Click on all sides
• take circle command
• Specify first point anywhere out of rectangle
• specify radius as 0.5"
• take hatch command
• Take a solid
• specify object by clicking on circle
• Copy that circle wherever it is necessary to show the bars as shown below

C3 -

• Take rectangle command
• Specify first point anywhere
• Dimensions as 9" x 24"
• take offset of rectangle at inner side 1"
• Explode the last object
• Take divide command
• Divide in 5 segments
• Select the object as inner vertical line
• Use line command to show the dividation
• take circle command
• specify first point anywhere out of rectangle
• specify radius as 0.5"
• Take hatch command
• Take solid
• Specify object by clicking on circle
• Copy that circle wherever it is necessary to show the bar
• Use fillet command and select radius as 0.5"
• Select the object by clicking sides of the inner sides of rectangle just like shown below

• Move all these diagram and place it in proper way as shown below
• Take scale command
• select the object
• Specify base point as center of object
• Enter

Result -

WINDOW SCHEDULE

Aim - To create window schedule as shown below by using AutoCad Software

Procedure -

Step 1 - To draw the table -

• Click on AutoCad application and open this application
• Type QNEW in command bar and enter
• Select default setting as Imperical (feet and inches)
• Press enter
• I have kept snap and grid setting off
• Keep ortho ON
• Press UN and enter and set unit
• Type - Engineering
• Precision -0'0"
• Enter
• Take line command
• specify first point anywhere
• Specify next point as @20'>0
• Specify next point as @6'>90
• specify next point as @20'>180
• Close it

Step 2 - To create and fill the text in table -

• Click on Annotation tab as single line
• Manage textile as New
• Style name as Challenge 5 then OK
• Font name as Arial
• Height as 4"
• And press set current
• Take single line text
• Specify first point in 1st box
• Set rotation angle 0
• Enter write TYPE in first box
• Follow the same procedure for all other texts
• Write down all necessary texts shown in schedule

Result -

DRAWING TEMPLATE

Aim - To create drawing template as shown below by using AutoCad software

Procedure -

Step 1 - To draw the table -

• Click on AutoCad application and open this application
• Type QNEW in command bar and enter
• Select default setting as Imperical (feet and inches)
• Press enter
• I have kept snap and grid setting off
• Keep ortho ON
• Press UN and enter and set unit
• Type - Engineering
• Precision -0'0"
• Enter
• Take line command
• specify first point anywhere
• Specify next point as @60'>0
• Specify next point as @10'>90
• specify next point as @60'>180
• Close it
• Take offset command
• specify distance as both vertical lines
• Take offset command
• specify distance as 2'
• Select object as horizontal kine and take 4 offset as shown below
• Again take offset of third vertical line such as shown below
• Trim the remaining line

Step 2 - To create and fill the text in table -

• Click on Annotation tab as single line
• Manage textile as New
• Font name as Arial
• Height as 6"
• And press set current
• Take single line text
• Specify first point in 1st box
• Set rotation angle 0
• Enter write TYPE in first box
• Follow the same procedure for all other texts
• Write down all necessary texts shown in schedule

Result -

LIST OF DRAWING SCHEDULE

Aim - To create list of drawing schedule as per shown below using Autocad Software

Procedure -

Step 1 - To draw the table

• Click on AutoCad application and open this application
• Type QNEW in command bar and enter
• Select default setting as Imperical (feet and inches)
• Press enter
• I have kept snap and grid setting off
• Keep ortho ON
• Press UN and enter and set unit
• Type - Engineering
• Precision -0'0"
• Enter
• Take line command
• specify first point anywhere
• Specify next point as @25'>0
• Specify next point as @34'>90
• specify next point as @25'>180
• Close it
• Take offset command
• Offset the vertical line at a distance aone at 2' and another at 10'
• Take offset command
• Specify distance as 1'
• select object as horizontal line and take 33 offset as shown below

• Trim the unwanted line as shown below

Step 2 - to create and fill the Title Text in table -

• Click on Annotation tab as single line
• Manage textile as New
• Font style as Bold
• Font name as Arial
• Height as 10"
• And press set current
• Take single line text
• Specify first point in 1st box
• Set rotation angle 0
• Enter write list of Architectural Drawings in title box

Step 3 - To create and fill the sub- Title text in table -

• Click on Annotation tab as single line
• Manage textile as New
• Font style as Bold
• Font name as Arial
• Height as 6"
• And press set current
• Take single line text
• Specify first point in 1st box
• Set rotation angle 0
• Enter write 1 in the required box
• By using same procedure fill all the boxes as per above pic

Step 4 - To create the other Text in table -

• Click on Annotation tab as single line
• Manage textile as New
• Font style as Regular
• Font name as Arial
• Height as 6"
• And press set current
• Take single line text
• Specify first point in 1st box
• Set rotation angle 0
• Enter write 1 in the required box
• By using same procedure fill all the boxes as per above pic

Result -

BEAM DETAILS

Aim - To create Beam Details as shown in below fig by using AutoCad Software

Procedure -

Step 1 - To draw the c/s -

• Click on AutoCad application and open this application
• Type QNEW in command bar and enter
• Select default setting as Imperical (feet and inches)
• Press enter
• I have kept snap and grid setting off
• Keep ortho ON
• Press UN and enter and set unit
• Type - Engineering
• Precision -0'0"
• Enter
• Take line command
• specify first point anywhere
• Specify next point as @1'6">0
• Specify next point as @6'>90
• specify next point as @1'6">180
• Close it
• Take offset command
• Offset distance 3'
• Select object as bottom horizontal line
• Take offset command
• Specify distance as 2'
• select object as horizontal line
• Draw the c/s as shown below using line command

Step 2 - to Hatch the c/s -

• Take hatch command from draw panel
• Select pattern for brickwork as ANSI32
• Pick internal point
• Click inside the diagram ,where we have to show brickwork
• Select the brickwork part and open properties
• Pattern scale 8
• Enter
• Take hatch command from draw panel
• Select pattern for beam as AR-CONCRETE
• pick internal point
• Click inside the diagram ,where we have to show concrete
• Enter

Step 3 - To create text -

• take offset command
• And offser horizontal line at 3" distance

• Take dimension command
• Provide the dimensions as per diagram
• Click on Annotation
• Select leader command to direct the point and to text
• Select properties
• Arrow and text height as 3"
• General and leader colour as orange and white
• Enter

Result -