AutoCAD 2021 Mechanical Engineering course to learn design, drawing and drafting in 2D and 3D

What you'll learn
AutoCAD 2021: 2D as well as 3D even student is a beginner.
All Coordinate system
All Basic Commands and their uses
All 3D commands and their uses
Requirements
Need a Laptop which can easily run AutoCAD Software
Description
AutoCAD 2021 Mechanical Engineering course is the amazing course, which is having basics commands, 2D and of course 3D as well designed by a decade experienced highly qualified faculty member, even you beginner or you know about AutoCAD even then this course will help you in every aspects especially for mechanical engineers to design any challenging design by using AutoCAD.Here are several features of this course-1. More than 10 years of experience instructor2. The course is from scratch to advanced level3. More than 25 hours of course content4. More than 30 practice sets5. You will Learn 2 D and 3 D both6. The version you will learn that is 2019, which is the advanced one.and lot more.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Line Command

Lecture 3 Limits

Lecture 4 Units

Section 2: Coordinate Systems

Lecture 5 Absolute Coordinate System

Lecture 6 Relative Coordinate System

Lecture 7 Polar Coordinate System

Lecture 8 From Command

Section 3: 2D Commands & 3D Commands

Lecture 9 Circle

Lecture 10 Offset and Trim

Lecture 11 Trim

Lecture 12 Properties

Lecture 13 Status Toolbar and Grips

Lecture 14 Practice of Toolbar and Grips Commands

Lecture 15 Polyline and Polyline Edit

Lecture 16 Arc

Lecture 17 Rectangle

Lecture 18 Polygon

Lecture 19 Ellipse

Lecture 20 Hatch

Lecture 21 Spline

Lecture 22 Xline and Ray

Lecture 23 Point Divide & Measure

Lecture 24 Miscellaneous Drawings

Lecture 25 Move and Copy

Lecture 26 Rotate

Lecture 27 Mirror

Lecture 28 Scale and Stretch

Lecture 29 Fillet

Lecture 30 Fillet, Chamfer Blend

Lecture 31 Rectangular Array

Lecture 32 Polar Array

Lecture 33 Path Array

Lecture 34 Draw Order

Lecture 35 Modify Toolbar

Lecture 36 Modify Miscellaneous

Lecture 37 Parametric Constraint

Lecture 38 Enquiry

Lecture 39 Object Selection

Lecture 40 Practice Session- 1

Lecture 41 Practice Session- 2

Lecture 42 Zoom and Pan

Lecture 43 Block

Lecture 44 Attributes

Lecture 45 Block Editor

Lecture 46 Block Miscellaneous

Lecture 47 Design Centre and Tool Palette

Lecture 48 Layers Part- 1

Lecture 49 Layers Part- 2

Lecture 50 Layout

Lecture 51 Plot

Lecture 52 Single Line Text

Lecture 53 M Text

Lecture 54 Text Miscellaneous

Lecture 55 Table

Lecture 56 Template

Lecture 57 Dimension Style

Lecture 58 Dimension Tools

Lecture 59 Fit Tolerance

Lecture 60 Geometric Tolerance

Lecture 61 Quick and Multi-leader

Lecture 62 Alternate Units

Lecture 63 Annotative

Lecture 64 XRef

Lecture 65 Data Extraction

Lecture 66 Gear Drafting

Lecture 67 Thread

Lecture 68 Super Hatch

Lecture 69 Visual Style

Lecture 70 UCS Tool Bar

Lecture 71 Isoplane

Lecture 72 Express Tool

Lecture 73 Union Subtraction

Lecture 74 Extrude and Rev

Lecture 75 Array 3D

Lecture 76 Practice of 3D- 1

Lecture 77 Practice of 3D- 2 Home Structure

Lecture 78 Sweep

Lecture 79 Loft

Lecture 80 Modeling

Lecture 81 Solid Editing Part- 1

Lecture 82 Edit Edges

Lecture 83 Edit Face

Lecture 84 Solid Edit Extra

Lecture 85 Section

Lecture 86 Solid Profile

Lecture 87 Projected Views

Lecture 88 Nut and Bolt Modeling

Lecture 89 Gear

Lecture 90 Material

Lecture 91 3 D Dimensions

Students wanted to Learn Designing,Students wanted to design nut, bolt or mechanical components,Students wanted to work in design deparment,Students are studying mechanical engineering,Students wanted to do job in automobile industry as design engineer

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