Challenge

Project 1 _Creating an Architectural plan for the provided plot size and develop relevant basic structural drawings

Design and Draft a layout of a residential building with the following details:

a. Plot Size: 60’x20’(18.3m x6m) 

b. Orientation- Facing East 

c. Develop the following: 1. Architectural Drawing (Floor Plan, Elevations, and Sections) 2. Structural Drawing (Column, Beam, Footing Plan)

AIM:-

To create an Architectural drawing consisting of a Floor plan, Elevations, and Sections for the plot size 60'x20' and also create the structural drawings for Columns, Footing, and Beam.

INTRODUCTION:-

The Architectural and Structural drawings are sketched up in AutoCAD using various tools/ commands. The given details to draw the same in AutoCAD are shown below:

  1. Plot Size - 60' x 20'
  2. Orientation - East Facing.

COMMANDS USED:-

  • Layers
  • Line
  • Polyline
  • XLine 
  • Dtext
  • MultiLeader
  • Dimlinear
  • Dim continue
  • Hatch
  • Copy 
  • Fillet
  • Trim
  • Erase
  • Offset

PROCEDURE:-

  • Open AutoCAD software
  • Start from scratch
  • Set the units to engineering and select ok
  • Set limits as lower left corner (0,0) and upper right corner (500',500')
  • Go to layer properties < create>
  • Architectural drawings:-
    1. Plan
    2. Elevation
    3. Section
  • Structural drawings:
    1. Column Layout
    2. Footing Layout
    3. Beam Layout
  • Using the commands line and Dtext, I have created the directions.
  • Then, Using the BLOCK command, I made it to a single block and named it as directions.

I. ARCHITECTURAL DRAWINGS:-

1. PLAN:-

  • Using the line Command, I drew the plot boundary of 60'x20'.
  • The building's main entrance is facing the East direction.
  • Using the commands line, offset, fillet, and trim.
  • Starting from the East, the car parking is planned at 14'x10'6", the Lawn area for about 4'6"x8'8", and stairs for about 9'x9'.
  • The building area is drawn leaving a 1 ' offset distance in the North, West, and South directions.
  • After providing the offset distance, the floor dimensions come to about 45'x18' including walls,
  • Outer walls at 9" thickness and inner walls at 4.5" thickness are provided.
  • I have changed the line type into SHORT-DASH for the plot boundary and adjusted the scale for better visibility.
  • Now, using the commands Line, polyline, offset, fillet, and trim, I have created my plan for the project.
  • It is planned as per VASTHU. Even those directions are mentioned below.
  • Main Door: East
  • Stairs: South-East
  • Kitchen: South-East
  • Living Area: Facing East
  • Study Room: North-East
  • Dinning Room South-East
  • Master Bedroom: South-West
  • Attached Bathroom: North-West
  • Bathroom: North-West.
  • The room dimensions are also assumed as per requirement.
  • Here, using the line and trim command, I have provided the door spaces as required.
  • The Door dimensions are shown below in tabular form.
DOORS   SIZES  
MG   5'*7'  
MD   3'6"*7'  
D   3'*7'  
D1   2'6"*7'  
  • Using the mentioned dimension doors are trimmed and placed and here is the figure attached below.
  • Using line command, I have created columns of sizes 12"x12" and 9"x12". Using the Hatch command, I have filled columns with AR-CONC adjusted the scale for better visibility, and copy pasted it wherever required in the floor plan. 
  • Stairs are provided using line and offset commands, with Tread - 1' and Rise - 9".
  • The Window dimensions are shown below in tabular form.
WINDOWS/VENTILATOR SIZES
W1 5'*4'
W 3'*4'
V 1'6"*1'6"
  • Windows are drawn as per the dimensions mentioned above and those are plotted and placed in the plan as per requirement.
  • After placing the windows draw the sunshades.
  • Using the DText command, I have mentioned the names for each room, spaces, doors, windows, and the dimensions for all the rooms.
  • Using the commands line, offset, fillet, trim and DText, the compound entrance is created with a 6" thickness wall also the car parking and lawn area are surrounded by a 6" thickness compound wall.
  • Using the DIM-LIN command, I have mentioned the dimensions in the additional spaces and changed the layer to dimensions its colors for a better view.
  • Using the Hatch command, I have filled LAWN with GRASS and adjusted the scale for better visibility 
  • Using the line type LONG-DASH SHORT-DASH, I have cut the plan into 2 sections, SECTION - AA and SECTION - BB. 
  • And in the same way the first-floor plan is made only the change is parking is replaced with a balcony as shown below.

2. SECTION-AA:

  • Using the commands Line, polyline, offset, fillet, and trim, I have created the sectional view for Section -AA.
  • Provided windows as per the plan, kitchen space as per the plan, and stairs as per plan.
  • Provided lintel beam over the windows and doors.
  • Provided Parapet wall and overhead as well
  • Using the Hatch command, I have filled PLINTH BEAM with BRICK and adjusted the scale for better visibility. 
  • Using the commands DIM-LIN, I have provided dimensions wherever required.
  • Using the DText command, the name is given at the bottom, and staircase dimensions are mentioned.

2. SECTION-BB:

  • Using the commands Line, polyline, offset, fillet, trim, and hatch, I have created the sectional view for Section -BB.
  • Provide wardrobe as per the plan.
  • Hatch command, I have filled WARDROBE with STAR and adjusted the scale for better visibility. 
  • Dimensions are given using the DIM-LIN command.
  • Using the DText command, the name is given at the bottom.

 3. ELEVATION:-

  • Using the commands Line, polyline, offset, fillet, trim, and hatch, I have created the sectional view for the Elevation.
  • Provided windows as per the plan, hajj as per the plan, and door as per the plan.
  • Provided lintel beam over the windows and doors.
  • Provided Parapet wall. 
  • Provided Balcony. 
  • Using the Hatch command, I filled the superstructure below the parapet wall with BRICK and adjusted the scale for better visibility. 
  • Using the Hatch command, I filled the parapet wall with SOLID and adjusted the scale for better visibility. 
  • Using the commands DIM-LIN, I have provided dimensions wherever required.
  • Using the DText command, the name is given at the bottom, and staircase dimensions are mentioned.
  • given in the bottom and staircase dimensions are mentioned.
  • The following image shows the Ground Floor First Floor Plan, Front Elevation, and sections A & B, together. 

II. STRUCTURAL DRAWINGS:-

1. Column Layout:-

  • Turn off all the layers except the column layer and boundary layer in the layer properties.
  • Select the Copy tool by typing CO or COPY in the command box.
  • Select all the columns from the building plan and copy them to a different location as shown in the figure below.
  • Select the Construction line tool by typing XL or XLine in the command box.
  • Select the line type as ISO 02W100 and give scale as per requirement.
  • Draw lines through the midpoint of the columns in the horizontal and vertical directions as shown in the figure below.
  • Select the Trim tool by typing TR or Trim in the command box.
  • Trim the unnecessary lines and press Esc to cancel the trim command.
  • Select the Dimension tool by typing DIM in the command box.
  • Select the first point and the second point of the object to measure. Repeat for all the objects to be measured.
  • Enter DS in the command box to open the dimension style manager dialog.
  • Modify the dimensions as per the requirement.
  • Change the color of the dimension and extension line as per the requirement.
  • Under the text option, Change the text height to 8"
  • Click OK, then click Set Current and close the dimension style manager dialog box.
  • Give dimensions and text as per the drawing and requirement using the Mtext command and Dimension Command.

2. Beam Layout:-

  • Turn off all the layers except the column layer and boundary layer in the layer properties.
  • Select the Copy tool by typing CO or COPY in the command box.
  • Select all the columns from the building plan and copy them to a different location as shown in the figure below.
  • Select the Construction line tool by typing XL or XLine in the command box.
  • Select the line type as ISO 02W100 and give scale as per requirement.
  • Draw lines through the midpoint of the columns in horizontal and vertical directions as shown in the figure below.
  • Select the Trim tool by typing TR or Trim in the command box.
  • Trim the unnecessary lines and press Esc to cancel the trim command.
  • Select the Offset tool by typing O or Offset in the command box.
  • Specify offset distance as 4.5" and create offsets for the beam of width 9" and then press Esc.
  • Select the Offset tool again by typing O or Offset in the command box.
  • Specify Offset distance as 3" and create offsets for the beam of width 6" and then press Esc.
  • Select the Trim tool by typing TR or Trim in the command box.
  • Trim the unnecessary lines and press Esc to cancel the command
  • Assign the beamlines to the beam Layer.
  • Select the Dimension tool by typing DIM in the command box.
  • Select the first point and the second point of the object to be measured. Repeat for all the objects to be measured.
  • Enter DS in the command box to open the dimension style manager dialog.
  • Modify the dimensions as per the requirement.
  • Change the color of the dimension and extension line as per the requirement.
  • Under the text option, Change the text height to 8".
  • Click ok, then click Set Current and close the dimension style manager dialog box.
  • Give dimensions and text as per the drawing and requirement using the Mtext command and Dimension Command.

2. Footing Layout:-

  • Turn off all the layers except the column layer and boundary layer in the layer properties.
  • Select the Copy tool by typing CO or COPY in the command box.
  • Select all the columns from the building plan and copy them to a different location as shown in the figure below.
  • Using the line command, the square footing of size 4'x4' is provided for all the columns except for the staircase column where footing of size 3'x3' is provided.
  • Using the CENTERLINE LineType, the grid lines are provided.
  • Using the DIM-LIN and DIM-CONTINUE commands, the dimensions between the grid lines are mentioned.
  • Also using the DIM-LIN command, the column positions in the footing are mentioned.
  • Using the DText command, the Grid names and title is given.
  • For better visibility, I have provided colors for grid lines and dimensions between grid lines.
  • Select the Trim tool by typing TR or Trim in the command box.
  • Trim the unnecessary lines and press Esc to cancel the command
  • Select the Dimension tool by typing DIM in the command box.
  • Select the first point and the second point of the object to be measured. Repeat for all the objects to be measured.
  • Enter DS in the command box to open the dimension style manager dialog.
  • Modify the dimensions as per the requirement.
  • Change the color of the dimension and extension line as per the requirement.
  • Under the text option, Change the text height to 8".
  • Click ok, then click Set Current and close the dimension style manager dialog box.
  • Give dimensions and text as per the drawing and requirement using the Mtext command and Dimension Command.
  • The following image shows the Column layout, Footing Layout, and Beam Layout together. 
  • Using the commands Line, Offset, Circle, Hatch, and DText, the
    1. Column Schedule
    2. Beam Schedule
    3. Footing Size.

1. COLUMN SCHEDULE:-

2. BEAM SCHEDULE:-

3. FOOTING SIZE:- 

  • Footing size is 4' x 4'.

RESULT:-

Both Architectural and Structural drawings are shown below again

_____________________________________***THE END***_______________________________

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