Civil Engineering Drawing (CAD)-2 Syllabus Diploma in Civil Engineering
AIMS
- To be able to prepare production drawing of a multi-storied building.
- To be able to prepare detail drawing of building components.
- To be able to acquire knowledge and skill to prepare detail working drawing of a scheme.
- To be able to interpret the structural drawings of a multi-storied building.
- To be able to prepare production drawing of multi-storied building adopting
CAD.
SHORT DESCRIPTION
2D & 3D CAD commands, Multi-storied building; Multi-storied building (CAD); Detail working
drawing (CAD) of RCC column with footing; Lintel with sunshade; Retaining wall;
Foundation; Beam; Slab; Stair case, ramp and lift core; Underground water reservoir;
Septic tank; Bridge and culvert;
DETAIL DESCRIPTION of Civil Engineering Drawing (CAD)-2 Syllabus:
Theory:
1 Understand the functions and uses of different CAD commands.
1.1 State the meaning of WCS icon and UCS icon.
1.2 Mention the classifications of co-ordinate system.
1.3 State the necessity of drawing units and limits.
1.4 Mention the functions of the following editing commands:
copy, move, array, offset, trim, fillet, chamfer, extend, break,
rotate, stretch, mirror, change, chprop, scale and pedit.
1.5 Mention the functions of the following object grouping commands:
block, insert, explode, wblock, divide, measure, purge, xref etc.
1.6 Mention the functions of the following enquiry commands:
dist, area, Id, list etc.
1.7 Mention the functions of the following plotting commands:
layout, view port, model space, paper space.
1.8 Mention the functions of the following dimension commands:
dimension style, Ddim, leader, linear dimension, radius & diameter
dimension, aligned dimension, continue dimension, base
dimension etc.
1.9 Mention the functions of the following geometric commands:
donut, solid, trace, pline, xline, ray, fill etc.
1.10 State the necessity of hatch and text.
1.11 State the functions of Auto CAD design center (ADC).
2 Understand the features of multi-storied building.
2.1 Define multi-storied building.
2.2 Mention the advantages of multi-storied building.
2.3 Mention the disadvantages of multi-storied building.
2.4 Describe the main features of a multi-storied building.
2.5 Describe the process of drawing of a multi-storied building.
2.6 List the drawings of a multi-storied building necessary for approval
of the relevant authorities.
3 Understand the preparation of plan, section, elevation and other components of multi-storied framed structure building using CAD.
3.1 Describe the process of drawing the site plan and layout plan of a multistoried
framed structure building.
3.2 Describe the process of drawing the plan, elevation and sectional
elevation of a multi-storied framed structure building.
3.3 Describe the process of making the detailed drawing of beam, roof slab
and lintel of multi-storied building.
3.4 Describe the process of making the detailed drawing of staircase, lift
core and ramp of multi-storied building.
3.5 Mention the advantages of making the necessary drawings of multistoried
framed structure building using CAD.
4 Understand the preparation of working drawing of RCC column with
footing Foundation using CAD.
4.1 Describe the process of drawing the plan of square and rectangular
column with footing showing the reinforcement.
4.2 Describe the process of drawing the sectional elevation of RCC
column showing the reinforcement.
4.3 Describe the process of drawing the detailed working drawing of
circular RCC column with footing showing reinforcement.
5 Understand the preparation of the working drawing of RCC lintel with
sunshade and RB lintel using CAD.
5.1 Describe the process of making the detailed drawing of RCC lintel
showing the reinforcement.
5.2 Describe the process of making the detailed drawing of RCC lintel with
sunshade showing of reinforcement.
5.3 Describe the process of making the detailed drawing of RB lintel.
6 Understand the preparation of elevation and cross section of RCC
cantilever retaining wall using CAD.
6.1 Describe the process of making the detail elevation of RCC retaining
wall showing curtailment of reinforcement.
6.2 Describe the process of drawing the cross section of RCC retaining wall.
6.3 Describe the process of drawing the counterfort details showing
reinforcement including retaining wall.
7 Understand the preparation of detailed drawing of foundation using CAD.
7.1 Describe the process of drawing the spread footing foundation.
7.2 Describe the process of drawing the raft foundation showing the
reinforcement detail.
7.3 Describe the process of drawing the plan and sectional elevation of pile
showing the reinforcement detail.
7.4 Describe the process of drawing the plan and sectional elevation of pile
cap showing the reinforcement detail.
7.5 Describe the process of drawing plan and cross sectional elevation of
well foundation showing the reinforcement.
8 Understand the preparation of working drawing of continuous rectangular
beam and T-beam using CAD.
8.1 Describe the process of making the detail drawing of RCC fully
continuous rectangular beam showing reinforcement.
8.2 Describe the process of making the detail drawing of RCC fully
continuous T-beam showing reinforcement.
8.3 Describe the position of reinforcement in the junction of column with beam.
9 Understand the preparation of plan and section of one -way and two-way
slab using CAD.
9.1 Describe the process of making the detailed drawing of semi-
continuous one- way slab showing reinforcement.
9.2 Describe the process of making the detailed drawing of fully
continuous one- way slab showing reinforcement.
9.3 Describe the process of making the detailed drawing of semi-
continuous two- way slab showing reinforcement.
9.4 Describe the process of making the detailed drawing of fully continuous
two-way slab showing reinforcement.
10 Understand the preparation of plan and sectional elevation of a half turn
staircase, ramp and lift core using CAD.
10.1 Describe the process of drawing the plan of a half turn staircase.
10.2 Describe the process of drawing the sectional elevation of a half turn
staircase.
10.3 Describe the process of making the detailed drawing of a half turn
staircase showing reinforcement.
10.4 Describe the process of drawing ramp with showing reinforcement.
10.5 Describe the process of making the plan and section of lift core
showing the reinforcement.
11 Understand the preparation of plan and sectional elevation of an
underground water reservoir and septic tank using CAD.
11.1 Describe the process of drawing the plan and sectional elevation of an
under ground water reservoir showing the reinforcement.
11.2 Describe the process of drawing the plan and sectional elevation of a
septic tank.
11.4 Describe the process of drawing the plan and section of soak pit and
inspection pit.
11.5 Describe the process of detail drawing of a water closet including gully
trap.
12 Understand the preparation of detailed drawing of two span box culvert
using CAD.
12.1 Describe the process of drawing the sectional plan of a two span RCC
box culvert .
12.2 Describe the process of drawing the cross section of a two span RCC
box culvert.
12.3 Describe the process of drawing the long section of a two span RCC
box culvert.
12.4 Describe the process of showing the arrangement reinforcement in a
two span RCC box culvert.
13 Understand the preparation of detailed drawing of T-beam decking bridge
using CAD.
13.1 Describe the process of drawing a half top plan and half plan (decking
and earth removed) of RCC T-beam decking bridge with splayed type
wing wall.
13.1 Describe the process of drawing the cross section of RCC T-beam
decking bridge showing the reinforcement.
13.2 Describe the process of drawing of wing wall, turn wall, railing and bed
block of RCC T-beam bridge.
14 Understand the interpretation of the factory building drawing with steel
truss.
14.1 Name different components of a steel truss.
14.2 Describe the preparation of detail drawing for a factory building with
steel truss.
14.3 Explain the necessity of interpretation the drawing of a factory building
with steel truss.
- Understand the drawing about 3D using Auto CAD.
15.1 Explain about starting 3D.
15.2 Explain how to create 3D objects / model.
15.3 Explain how to draw isometric view.
15.4 Explain about Edgesurf, Rulesurf, Tabsurf & Mesh.
15.5 Explain the uses of Co-ordinate system in Auto CAD.
15.6 Explain how to create surface modeling.
15.7 Explain the use of 3D editing commands.
- Understand the perspective view with rendering lighting & imaging in Auto CAD.
16.1 Explain how to creating perspective view.
16.2 Describe the use of distance and camera in perspective view.
16.3 Describe the rendering and materials effect in 3D.
16.4 Describe the uses & set up of background in 3D.
16.5 Describe the lighting & shadow in 3D.
16.6 Describe the uses of showing images in 3D.
16.7 Explain how to print 3D view.
Practical of Civil Engineering Drawing (CAD)-2 Syllabus:
1 Prepare plan, section and elevation of multi-storied building using CAD.
1.1 Draw the site plan and layout plan of a multi-storied framed structure
building.
1.2 Draw the plan, elevation and sectional elevation of a framed structure
building.
1.3 Draw the detailed drawing of beam, roof slab and lintel of the building.
1.4 Draw the detailed drawing of staircase, ramp and lift core of the building.
1.5 Draw the RS plot map showing the site of the building with necessary
items for approval of the relevant authorities.
- Prepare the working drawing of RCC column with footing, raft and pile foundation using CAD.
2.1 Draw the plan of square and rectangular column with footing showing
the reinforcement.
2.2 Draw the sectional elevation of RCC column showing the reinforcement.
2.3 Draw the detailed working drawing of circular RCC column with footing
showing reinforcement.
2.4 Draw the detailed drawing of raft foundation.
2.5 Draw the detail drawing of pile with pile cap.
3 Prepare the working drawing of RCC lintel with sunshade and RB lintel
using CAD.
3.1 Draw the detailed drawing of RCC lintel showing the reinforcement.
3.2 Draw the detailed drawing of RCC lintel with sunshade showing
reinforcement.
3.3 Draw the detailed drawing of RB lintel.
4 Prepare elevation and cross section of cantilever RCC retaining wall using
CAD.
4.1 Draw the detailed elevation of RCC retaining wall showing curtailment of
reinforcement.
4.2 Draw the detailed cross section of cantilever retaining wall.
4.3 Draw the counterfort details showing reinforcement including retaining
wall.
.
5 Prepare the working drawing of continuous rectangular beam and T-beam
using CAD.
5.1 Draw the detailed drawing of RCC fully continuous rectangular beam
showing reinforcement.
5.2 Draw the detailed drawing of RCC fully continuous T-beam showing
reinforcement.
5.3 Draw the junction of column and beam showing the reinforcement.
6 Prepare plan and section of one-way and two-way slab using CAD.
6.1 Draw the detailed drawing of semi-continuous one-way slab showing
reinforcement.
6.2 Draw the detailed drawing of fully continuous one-way slab showing
reinforcement.
6.3 Draw the detailed drawing of semi-continuous two-way slab
showing reinforcement.
6.4 Draw the detailed drawing of fully continuous two-way slab showing
reinforcement.
7 Prepare the plan and sectional elevation of a half turn staircase using
CAD.
7.1 Draw the plan of a half turn staircase.
7.2 Draw the sectional elevation of a half turn staircase.
7.3 Draw the detailed drawing of a half turn staircase showing
reinforcement.
7.4 Draw the detailed drawing of a ramp showing reinforcement.
7.5 Draw the detail drawing of a lift core showing reinforcement.
8 Prepare detail drawing of underground water reservoir and septic tank
using CAD.
8.1 Draw the plan and sectional elevation of an underground water reservoir
showing the reinforcement.
8.2 Draw the plan and sectional elevation of a septic tank.
8.3 Draw the plan and section of soak pit and inspection pit.
8.4 Draw the detailed drawing of a water closet including gully trap.
9 Prepare detailed drawing of two span box culvert using CAD.
9.1 Draw the sectional plan of a two span RCC box culvert.
9.2 Draw the cross section of a two span RCC box culvert.
9.3 Draw the long section of a two span RCC box culvert.
9.4 Show the long section arrangement in the decking of the two spans
RCC box culvert.
10 Prepare detailed drawing of T-beam decking bridge using CAD.
10.1 Draw a half top plan and half plan (decking and earth removed) of RCC
T-beam decking bridge with splayed type wing wall.
10.2 Draw a sectional elevation of RCC T-beam decking bridge.
10.3 Draw the cross section of RCC T-beam decking bridge showing the
reinforcement.
10.4 Show the details of T-beam of RCC T-beam bridge.
10.5 Show the details of wing wall, turn wall, railing and bed block of RCC T beam
bridge.
11 Prepare the drawing with steel truss using CAD.
11.1 Draw a drawing of steel truss for factory .
11.2 Draw a drawing of steel truss with simple building.
- Perform the preparation of 3D objects in Auto CAD.
12.1 Create simple 3D object in Auto CAD.
12.2 Draw isometric view using snap & isoplanc command.
12.3 Create 3D surface by using 3D poly Edgesurf, Rulesurf, Tabsurf & Mesh.
12.4 Edit / draw 3D object using polar co-ordinate system.
12.5 Edit 3D object using different editing command i. e. align, rotate 3D, array 3D, mirror 3D, move, chamfer, fillet, trim etc.
13 Perform the preparation of the perspective view with rendering lighting & imaging in Auto CAD.
13.1 Set the distancet create perspective view.
13.2 Set the camera to draw the perspective view.
13.3 Draw perspective view of an object using 3D view command.
13.4 Set the material from material library for rendering.
13.5 Set the background color / image for rendering.
13.6 Set the light & create shadow using different command.
13.7 Draw perspective view of an object with full rendering.
REFERENCE BOOKS
1 Civil Engineering Drawing – Gur Charan Singh
2 Auto CAD 2000 – George Omura
3 Auto CAD 2000 – Engr. Samuel Mallikla
4 Auto CAD 2000 – Engr. Md Shah Alam
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