Introduction of AutoCAD & Basic Settings

Introduction of AutoCAD - Overview, History, Applications in Architecture & Interior Design

Understanding the Workspace - Toolbars, Menus, Command Line, Status Bar, Ribbon Interface

Intro to Basic Drawings - Types of architectural drawings, Orthographic projections (Plan, Elevation, Section)

Basic Concept of Drawings - Scale and proportion, Drawing sheet sizes, Line types and weights

Basic Settings of AutoCAD - Units settings (Architectural, Decimal, Engineering), Drawing Limits, Grid settings

 Draw Toolbar

• Draw Toolbar introduction

• Line command with different coordinate inputs

• Polyline vs Line (Difference and usage)

• Circle command (Center-Radius, 2P, 3P, TTR)

• Arc command (3 points, Start-Center-End, Start-End-Radius, Start-End-Direction)

• Rectangle command (Area, Dimensions, Rotation, Chamfer, Fillet, Width)

• Ellipse command (Center, Axis-End, Arc)

• Polygon command (Inscribed, Circumscribed)

• Ray and Xline (Construction lines)

• Point, Divide, and Measure commands

• Donut and Solid commands, Revcloud command

Modify Toolbar

• Modify Toolbar introduction

• Move, Copy, Rotate (Reference angle option), Scale (Reference option)

• Mirror, Offset (Through, Erase, Layer)

• Trim (Fence, Crossing, Project), Extend

• Fillet (Radius, Polyline, Trim, Multiple), Chamfer (Distance, Angle, Polyline, Trim)

• Array (Rectangular, Polar, Path), Align, Explode

• Stretch, Lengthen, Break and Break at Point, Join

• Group, Pedit (Polyline edit), Properties palette

• Quick Select and Select Similar, Grip editing techniques

Drawing Aids

• Drawing Aids overview

• Ortho mode and its applications

• Polar tracking and PolarSnap

• Object snap modes (Endpoint, Midpoint, Center, Intersection, Extension, Perpendicular, Tangent, Quadrant, Node, Insert, Nearest, Apparent Intersection, Parallel)

• Object snap tracking (OTRACK)

• Dynamic input and tooltips

• Grid display and snap, Isometric snap settings

• AutoSnap and AutoTrack settings

• Temporary override keys

• Function keys (F1 to F12) and their uses

Unit Settings

• Unit Settings in AutoCAD - Architectural, Decimal, Engineering, Fractional, Scientific units

• UNITS command and its settings

• Length and angle precision

• Insertion scale settings

• Drawing Limits and Grid settings

• Coordinate systems (Absolute, Relative, Polar)

• Coordinate entry methods

• Direct distance entry

• Command line input techniques

• Unit conversion and calculations

Dimension Settings

• Dimension Settings and Styles

• Dimension Style Manager - Creating and modifying dimension styles

• Linear dimensions (Horizontal, Vertical, Aligned)

• Angular, Radial (Radius, Diameter), Arc length dimensions

• Baseline and Continued dimensions

• Ordinate and Jogged dimensions

• Dimension breaks and spacing

• Dimension edit and override

• Dimension text positioning and formatting

• Associative vs Non-associative dimensions

• Dimension scale and annotation scale

• Tolerance dimensions and Alternate units

Sketching - 5 Marla Plot

• Sketching techniques in AutoCAD

• Freehand sketching vs precise drawing

• Introduction to plot sizes

• 5 Marla Plot - Understanding the layout and dimensions (Standard sizes)

• Creating 5 Marla plot from scratch

• Boundary creation, Property lines and corners

• Plot orientation and facing

• Basic setback requirements for 5 Marla

• Plot labeling and annotation

• Plot file management

Dimension and Snap Setting

• Dimension and Snap Setting for plots

• Snap settings for plot dimensioning

• Setting up grid and snap for accurate plotting

• Dimension settings specifically for plots

• 5 Marla plot complete dimensioning

• Dimension styles for plot drawings

• Dimension placement and clarity

• Setback dimensioning

• Property line dimensioning

• Plot area calculation

• Dimension standards for submission

Sketching - 10 Marla & 1 Kanal Plot

• 10 Marla Plot - Understanding the layout and dimensions

• Creating 10 Marla plot from scratch

• 1 Kanal Plot - Understanding the layout and dimensions

• Creating 1 Kanal plot from scratch

• Plot sizes comparison (3 Marla, 5 Marla, 7 Marla, 10 Marla, 1 Kanal)

• Setback requirements for different plot sizes

• Building coverage calculations

• Open space requirements

• Plot corner and boundary marking

• Complete plot dimensioning for all sizes

Understanding of Long Section

• Understanding of Long Section (Longitudinal section)

• Purpose and importance of Long Section

• How to read a Long Section

• Section line placement in plan

• Cutting plane indicators and symbols

• Section arrows and labeling

• Understanding of levels in section

• Datum line and reference levels

• Grid lines in section

• Long section vs Cross section

• Elements shown in Long Section

• Drawing a Long Section step by step

Understanding of Cross Section (X-Section)

• Understanding of Cross Section (X-Section)

• Purpose and importance of Cross Section

• How to read a Cross Section

• Section line placement in plan

• Elements shown in Cross Section

• Drawing a Cross Section step by step

• Difference between Long and Cross Section

• When to use Long vs Cross Section

• Complete building section drawing

• Dimensioning sections properly

Understanding of Materials in Section

• Understanding of materials in section

• Material symbols and hatch patterns in AutoCAD

• Brick, Concrete, Stone, Wood, Glass, Steel representation in section

• Earth/Soil and Insulation materials representation

• Creating custom hatch patterns

• Material legends and schedules

• Applying hatches to section drawings

Building Components - Foundations & Stairs

• Foundations in section - Types and details

• Isolated Footing, Strip Footing, Raft foundation, Pile foundation

• Foundation depth and dimensions

• Damp proof course (DPC) details

• Stairs in section - Design and terminology

• Types of stairs (Straight, L-shaped, U-shaped, Spiral)

• Stair rise and tread calculations

• Waist slab and landing details

• Handrail and balustrade details

Building Components - Slabs & Vertical Members

• Slabs in section - Types (One-way, Two-way, Flat)

• Slab thickness and reinforcement

• Slab on grade vs elevated slab

• Floor finishes in section

• Vertical members - Columns in section

• Column types and shapes

• Column reinforcement details

• Walls in section - Types (Load bearing, Non-load bearing)

• Wall construction layers

• Lintel and sill detailsa

Building Components - Columns and Walls

• Columns in detail - Types (Square, Rectangular, Circular, L-shaped, T-shaped)

• Column reinforcement (Main bars, Ties, Spirals)

• Column footing connection details

• Column-beam junction details

• Walls in detail - Load bearing, Non-load bearing, Partition, Cavity walls

• Wall construction materials

• Brick masonry, Block masonry, Concrete wall detailing

• Wall reinforcement

• Expansion joints in walls

• Complete section with all components

 Understanding of Façade Design - Part 1

• Understanding of façade design from different Views

• What is façade design - Importance in architecture

• Front Elevation - components and detailing

• Elements of front elevation (Doors, Windows, Balconies, Cornices, Moldings)

• Cladding and finishes

• Projection techniques from plan to elevation

• Elevation lines and guides

• Elevation scale and proportions

• Rear Elevation - components and detailing

• Side Elevations (Left and Right)

• Difference between front, rear, and side elevations

• Architectural features on different elevations

• Material representation in elevation

• Textures, finishes, shading and shadow in elevation

• Height markings and labeling

• Complete elevation drawing techniques

• Façade design principles and contemporary trends

Understanding of Heights (Levels)

• Understanding of heights (Levels) in buildings

• Floor-to-floor heights calculation

• Finished floor levels (FFL)

• Plinth level, Sill level, Lintel level

• Roof level and Parapet height

• Natural ground level and Finished ground level

• Gradient and sloping site considerations

• Level marking and annotation

• Level symbols and conventions

• Level datum and reference levels

Understanding of Building Codes and Bylaws

• Understanding of Building codes and Bylaws

• Setback requirements (Front, Rear, Side)

• FAR (Floor Area Ratio) calculation and application

• Ground Coverage percentage

• Building height limitations

• Number of floors permitted

• Parking requirements

• Fire safety regulations

• Building occupancy classifications

• Zoning regulations

• Building code compliance checklist

 Foundations & Floor Plans

• Foundations - drawing standards and details

• Foundation plan creation

• Types of foundations in drawings

• Floor plans (Ground Floor, First Floor, etc.)

• Floor plan standards and conventions

• Room labeling and dimensions

• Door and window tagging

• Furniture layout in plans

• Plumbing and Electrical symbols in plans

• Complete floor plan drawing

Sections Details

• Sections - Complete long and cross sections

• Section detailing standards

• Long section complete drawing

• Cross section complete drawing

• Section dimensioning properly

• Section labeling and annotation

• Foundation, Wall, Floor, Roof, Stair, Column details in section

• Complete section set preparation

Elevations

Schedule of Door and Windows

• Schedule of Doors and Windows

• Door and Window numbering systems

• Door and Window types and their codes

• Door and Window sizes

• Material specifications

• Schedule creation and formatting

• Door and window tagging in drawings

• Schedule template creation

• Complete schedule preparation

Intro to AutoCAD 3D Commands + Short Keys

• Intro to AutoCAD 3D Commands + Short Keys

• 3D workspace setup and customization

• 3D interface and navigation tools

• Understanding UCS (User Coordinate System)

• World Coordinate System (WCS) and User Coordinate System (UCS)

• 3D viewing commands (Orbit, Pan, Zoom in 3D)

• 3D visual styles (2D Wireframe, Conceptual, Realistic, Shaded, X-Ray)

• Navigation bar, ViewCube, SteeringWheels

• Essential 3D keyboard shortcuts

3D Commands Practice

• 3D primitive shapes - Box, Cylinder, Sphere, Cone, Wedge, Torus, Pyramid

• Polysolid and Helix commands

• Creating complex 3D shapes

• Combining primitive shapes

• 3D modeling best practices

• 3D drawing exercises

Room Model with Doors and Windows

• Room Model with doors and windows

• Creating room enclosures using walls

• Wall modeling techniques in 3D

• Adding 3D doors and windows with proper openings

• Creating openings for doors and windows

• 3D floor slab and roof creation

• Adding furniture and fixtures

• Complete room model creation

Extrusion of Complete Plan

• Extrusion of Complete Plan into 3D

• Extrude command and its applications

• Extruding 2D floor plans into 3D building model

• Extrusion path and taper angle

• Presspull command for extrusion

• Creating multiple floor levels

• Creating floor slabs and walls from plan

• Complete building shell creation

• Multi-story building modeling

3D Orbit and 3D Solids

• 3D Orbit and 3D Solids navigation

• 3D orbit techniques (Free Orbit, Constrained Orbit, Continuous Orbit)

• Editing 3D solids using grips

• Viewport settings for 3D presentations

• Perspective vs Parallel projection

• Camera setup in 3D

• Saving views for presentations

• Section planes for 3D visualization

3D Solids Advanced

• Advanced 3D solid operations - Loft, Revolve, Sweep

• Extrude with path

• Creating complex architectural forms

• Surface modeling basics (Rulesurf, Tabsurf, Revsurf, Edgesurf)

• Mesh modeling basics

• Converting between solids, surfaces, and meshes

• 3D modeling best practices

Solids Editing Toolbar - Part 1

• Solids Editing Toolbar introduction

• Union, Subtract, Intersect commands (Boolean operations)

• Application of Boolean operations in architecture

• Interference checking between solids

• 3D Array (Rectangular, Polar, Path)

• 3D Mirror, 3D Rotate, 3D Align

Solids Editing Toolbar - Part 2

• Fillet and Chamfer edges on 3D solids

• Slice command (Cutting solids at any angle)

• Section Plane command

• Extrude, Taper, Move, Copy faces

• Presspull for modifying solids

• Imprint, Shell, Thicken commands

• Convert to Solid and Convert to Surface

Building Materials and Landscape

Building Materials and Landscape in 3D

Applying materials to 3D objects

Material library in AutoCAD

Creating custom materials

Material mapping and adjustment

Texture application and UV mapping

Adding landscape elements (Trees, Plants, Ground)

3D terrain modeling techniques

Material rendering preview

Rendering and Printing - Part 1

• Rendering and Printing in 3D

• Lighting setup - Types of lights (Point, Spot, Directional, Distant)

• Photometric lights (Web lights, IES lights)

• Light properties (Intensity, Color, Falloff)

• Shadow settings (Soft shadows, Hard shadows)

• Sun and sky settings, Geographic location

• Render settings and quality control

 Rendering and Printing - Part 2

• Background settings (Solid, Gradient, Image)

• Exposure control and adjustments

• Render time optimization

• Render outputs and formats

• Printing setup for 3D views

• Paper space vs Model space for 3D

• Creating viewports, Viewport scaling

• Plot styles and their application

• Exporting to PDF and image formats

Final Review & Course Completion

• Complete project submission review

• Comprehensive review of all techniques (2D + 3D)

• Common challenges and solutions

• Q&A session - All topics covered

• Future learning path and advanced resources

• Career opportunities in AutoCAD

• AutoCAD certifications and preparation

• BIM and future of drafting

• Course completion certificate distribution