Autocad : 2D And 3D Modelling

For Civil , Mechanical Engineers , Architects And Designers

What you'll learn
2D Drafting And 3D Modelling
Requirements
Operating Level Knowledge of Computer
Description
About AutoCAD SoftwareAutoCAD stands for Autodesk Computer-Aided Design. It is a drafting and design software application developed and marketed by Autodesk. The AutoCAD software is used in industries, by architects, machine drawings, designers, graphic designers, city planners, managers, and other professionals worldwide.About The CourseThis course is designed for beginner and intermediate users. User without any prior knowledge of software can easily learn the course. The course is compatible with almost all the versions of AutoCAD.Course is properly divided into sections. Each tool is taught with proper examples along with shortcut keys and commands. Examples are carefully chosen so as to give the proper understanding of the tool is an easy way. Projects at the end of the course use all the tools and commands which are learnt in previous lectures.Key Features of The CourseComplete course which includes 2D drafting and 3D Modelling.Need no prior knowledge of any softwareStarts from basics and proceeds to advanced featuresIncludes shortcut keys and commands for toolsPDF files are provided as attachment with lectures2D and 3D projects at the course endSeparate projects for Civil And Mechanical EngineersCivil Engineering Projects2D Floor Plan2D Elevation3D Sofa Model3D Home ElevationMechanical Engineering ProjectsShock up spring AssemblyNut Bolt AssemblyBall BearingWho this course is for:· Civil Engineers· Architects· Mechanical Engineers· Interior Designers· Students· Working Professionals

Overview

Section 1: Introduction

Lecture 1 New File, Open File , Save And Save As

Lecture 2 AutoCAD Environment

Lecture 3 Unit And Dimension Style

Lecture 4 Basic Drawings

Lecture 5 Navigation Tools

Lecture 6 Osnap . Undo And Workspace Settings

Section 2: Drawing Objects

Lecture 7 Line Tool

Lecture 8 Example : Line Tool

Lecture 9 Object Snap Tracking

Lecture 10 Polar Tracking

Lecture 11 Dynamic Input

Lecture 12 PolyLine

Lecture 13 MultiLine And MultiLine Style

Lecture 14 Setting Unit In Feet And Inches

Lecture 15 Example : Feet And Inches Unit

Lecture 16 Circle and Arc Tools

Lecture 17 Example : Circle Tool

Lecture 18 Polygon And Rectangle Tools

Lecture 19 Example : Polygon and Rectangle Tool

Lecture 20 Ellipse And Donut

Lecture 21 Region , Union , Subtract and Intersect

Lecture 22 Grid

Lecture 23 LIMITS Command

Lecture 24 Practice Example 1

Lecture 25 Practice Example 2

Section 3: Modifying Objects

Lecture 26 Offset , Move And Copy

Lecture 27 Example : Offset

Lecture 28 Example : Copy

Lecture 29 Mirror, Trim And Extend

Lecture 30 Example : Mirror And Trim

Lecture 31 Rectangular Array , Polar Array And Path Array

Lecture 32 Example : Array

Lecture 33 Rotate, Fillet And Chamfer

Lecture 34 Example : Rotate

Lecture 35 Break, Break At a Point And Stretch Tools

Lecture 36 Align And Scale Tool

Section 4: Object Selection Techniques

Lecture 37 Selection Techniques Part 1

Lecture 38 Selection Techniques Part 2

Section 5: Text

Lecture 39 Single Line Text

Lecture 40 Multiline Text

Lecture 41 Text Style

Lecture 42 Example : Text

Section 6: Table

Lecture 43 Table Creation

Lecture 44 Table Style

Lecture 45 Example : Table

Section 7: Hatching

Lecture 46 Hatching Part 1

Lecture 47 Hatching Part 2

Lecture 48 Gradient

Lecture 49 Example : Hatch

Section 8: Dimensions

Lecture 50 Linear, Aligned, Radius And Diameter

Lecture 51 Angular, Continue, Base Line , Quick , Arc Length And Jogged Dimensions

Lecture 52 Ordinate Dimension And Dimension Style

Lecture 53 Leader Tool And Multi Leader Style

Section 9: Blocks

Lecture 54 Creating And Inserting Block

Lecture 55 Write Block And Design Center

Lecture 56 Example : Blocks

Section 10: Area

Lecture 57 Calculating Area

Lecture 58 Example : Area Calculation

Section 11: Isometric Drawing

Lecture 59 Isometric Drawing

Lecture 60 Isometric Dimension

Lecture 61 Isometric Example 1

Lecture 62 Isometric Example 2

Section 12: Layers

Lecture 63 Layers Part 1

Lecture 64 Layers Part 2

Lecture 65 Example : Layers

Section 13: 3D Modelling Tools

Lecture 66 3D Environment , Views And Workspace

Lecture 67 Visual Style , Orbit And Materials

Lecture 68 Revolve , Union , Subtract And Intersect

Lecture 69 3D Dimensions

Lecture 70 Press Pull , Fillet , Chamfer , Sweep And Shell

Lecture 71 3D Objects

Section 14: 3D Models

Lecture 72 3D Model 1

Lecture 73 3D Model 2

Lecture 74 3D Model 3

Lecture 75 3D Model 4

Section 15: Printing And Plotting

Lecture 76 Print options

Lecture 77 Layouts

Section 16: Civil Engineering Projects 2D and 3D

Lecture 78 Floor Plan Part 1

Lecture 79 Floor Plan Part 2

Lecture 80 2D Elevation

Lecture 81 3D Sofa Model

Lecture 82 3D Home Model Part 1

Lecture 83 3D Home Model Part 2

Lecture 84 3D Home Model Part 3

Lecture 85 3D Home Model Part 4

Lecture 86 3D Home Model Part 5

Section 17: Mechanical Engineering Models

Lecture 87 Model 1

Lecture 88 Model 2

Lecture 89 Model 3

Civil, Architectural, Interior Decorators, Electrical and Mechanical Engineers