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Engineering Drawing: A Complete Guide With Animation - AD-TEAM - 05-09-2024
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Engineering Drawing: A Complete Guide With Animation
Published 5/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English
| Duration: 15h 27m
Engineering Drawing Master Class: Curves | Projection | Orthographic Projection | Loci of Points| AutoCAD and more.
[b]What you'll learn[/b]
Practice Sheet in Engineering Drawing
Engineering Curves
Projection of Points
Projection of Line
Projection of Plan
Orthographic Projection
Loci of Points
Project of Solids
Plain Scale
AutoCAD Commands
[b]Requirements[/b]
No Prerequisite needed
[b]Description[/b]
Welcome to the world of precision and creativity! In this Engineering Drawing course, we delve into the fundamental principles and techniques essential for communicating complex designs. From mastering orthographic projection to honing your skills in dimensioning, embark on a journey where lines, curves, and dimensions converge to bring ideas to life. Whether you're an aspiring engineer, architect, or simply a drawing enthusiast, this course offers invaluable insights to elevate your craftEngineering Drawing is a fundamental course for almost all first-year engineering students that teaches the skills necessary to create and interpret technical drawings. Students will learn how to use various drafting tools and techniques, such as sketching and line work to produce clear and accurate drawings.Following Chapters are covered in this course.1. Practice Sheet2. Engineering Curves3. Projection of Points4. Projection of Line5. Projection of Plane6. Orthographic Projection7. Loci of Points8. Projection of Solids9. Plain Scale10. AutoCAD CommandsIn addition to developing technical drawing skills, students will learn to use computer-aided design (CAD) software commands to produce 2D and 3D models and drawings. They will also learn how to read and interpret engineering drawings, including the symbols and conventions used in the industry.This course employs simple English language for universal comprehension. Enhanced by high-quality animations, it ensures concepts are easily grasped, benefiting all learners.Overall, this course is designed to provide students with a solid foundation in engineering drawing, which is essential for success in various fields such as Mechanical, Civil, and Electrical engineering.So, go through this Engineering Drawing course step by step and I am Pretty Sure you will get thorough understanding of this course.Details of each topics covered in this course are as follows.1. Practice sheet in Engineering Drawing: System of Dimensioning, Dimensioning Methods, Short Cut Method to draw Pentagon, Equal Division of Line, Hexagon Drawing, Types of Lines and Applications of Lines. 2. Engineering curves in Engineering Drawing : Types of Engineering Curves, Conic Section Curves, Ellipse, Parabola, Hyperbola, Ellipse by Concentric Method, Normal and Tangent to Ellipse, Ellipse by Parallelogram Method, Major and Minor Axis of Ellipse, Ellipse by Arc Circle Method, Ellipse by Directrix Focus Method, Parabola by Rectangle Method, Parabola by Parallelogram Method, Parabola by Tangent or Envelope Method, Parabola by Directrix Focus Method, Rectangular Hyperbola, Oblique Hyperbola, Hyperbola by Directrix Focus Method, Hyperbola by Foci and Vertices Method, Applications of Engineering Curves, Cycloid in Engineering Graphics, Epicycloid in Engineering Graphics, Hypocycloid Engineering Graphics, Involute of Triangle, Involute of Square, Involute of Circle, Involute of Line, Archimedean Spiral. 3. Projection of Point in Engineering Drawing: Projection of Points, Examples on Projection of Points. 4. Projection of Line in Engineering Drawing : Projection of Lines, Examples on Projection of Lines.5. Projection of Plane in Engineering Drawing : Projection of Plane, Examples on Projection of Plane. 6. Orthographic Projection in Engineering Drawing : Orthographic Projection, Examples on Orthographic Projection, Basics of Orthographic Projection, First Angle Projection in Orthographic Projection, Front View and Top View in Orthographic Projection, Imagination in Orthographic Projection, Left Hand Side View in Orthographic Projection, Right Hand Side View in Orthographic Projection, Section Orthographic Projection, Sectioning Rule in Orthographic Projection, Cutting Planes in Orthographic Projection. 7. Loci of Points in Engineering Drawing : Loci of Points, Locus Mechanism in Loci of Points, Slider Mechanism in Loci of Points, Slider Crank Mechanism in Loci of Points, Offset Slider Mechanism in Loci of Points, Four Bar Mechanism in Loci of Points, Locus of Four Bar Mechanism in Loci of Points.8. Projection of Solid in Engineering Drawing : Projection of Solid, Terminologies in Projection of Solid, Steps of Projection of Solid, Examples on Projection of Solid, Two stage & Three stage examples on Projection of Solid, Pyramid, Prism, Cylinder, Cone examples with Projection of Solid. 9. Plain Scale in Engineering Drawing : Plain Scale, Examples on Plain Scale, Types of Scale, Full Scale, Reduced Scale, Enlarge Scale, Isometric Scale, Normal Scale. 10. AutoCAD Commands in Engineering Drawing : AutoCAD, AutoCAD Commands, Circle, Rectangle, Chamfer, Line, Polyline, Hatch & Array.Thank You.
Overview
Section 1: Course Introduction
Lecture 1 Introduction
Section 2: Practice Sheet in Engineering Drawing
Lecture 2 System of dimensioning, Dimensioning methods
Lecture 3 Short cut method to draw pentagon
Lecture 4 Equal division of line in Engineering Graphics
Lecture 5 Equal division of circle
Lecture 6 Hexagon
Lecture 7 Types of lines and Application of lines
Section 3: Engineering curves in Engineering Drawing
Lecture 8 Types of Engineering Curves
Lecture 9 Conic Section Curves
Lecture 10 Ellipse by Concentric Circle Method
Lecture 11 Normal and tangent to ellipse, Ellipse by Concentric Circle Method
Lecture 12 Ellipse by Rectangle Method
Lecture 13 Ellipse by Parallelogram Method
Lecture 14 How to find Major and minor axis of ellipse
Lecture 15 Ellipse by Arc of Circle Method
Lecture 16 Ellipse by Directrix focus Method
Lecture 17 Parabola by Rectangle Method
Lecture 18 Parabola by Parallelogram method
Lecture 19 Parabola by Tangent Method
Lecture 20 Parabola by Directrix Focus Method
Lecture 21 Rectangular hyperbola
Lecture 22 Oblique Hyperbola
Lecture 23 Hyperbola by Directrix Focus Method
Lecture 24 Hyperbola by Foci and Vertices Method
Lecture 25 Applications of Engineering curves
Lecture 26 Cycloid
Lecture 27 Epicycloid
Lecture 28 Hypocycloid
Lecture 29 Involute of Triangle
Lecture 30 Involute of Square
Lecture 31 Involute of Circle
Lecture 32 Involute of Line
Lecture 33 Archimedean Spiral
Lecture 34 Archimedean Spiral
Lecture 35 Definition of Engineering curves
Section 4: Projection of Point
Lecture 36 Projection of points
Lecture 37 Projection of points
Lecture 38 Projection of points
Lecture 39 Projection of points
Section 5: Projection of Line
Lecture 40 Projection of Line
Lecture 41 Projection of Line
Lecture 42 Projection of Line
Lecture 43 Projection of Line
Lecture 44 Projection of Line
Lecture 45 Projection of Line
Section 6: Projection of Plane
Lecture 46 Projection of Plane
Lecture 47 Projection of Plane
Lecture 48 Projection of Plane
Lecture 49 Projection of Plane
Lecture 50 Projection of Plane
Lecture 51 Projection of Plane
Lecture 52 Projection of Plane
Lecture 53 Projection of Plane
Lecture 54 Projection of Plane
Section 7: Orthographic Projection in Engineering Drawing
Lecture 55 Orthographic Projection
Lecture 56 Orthographic Projection
Lecture 57 Orthographic Projection
Lecture 58 Orthographic Projection
Lecture 59 Orthographic Projection
Lecture 60 Orthographic Projection
Lecture 61 Orthographic Projection
Lecture 62 Orthographic Projection
Lecture 63 Section Orthographic Projection
Lecture 64 Section Orthographic Projection
Section 8: Loci of Points in Engineering Drawing
Lecture 65 Loci of point
Lecture 66 Loci of point
Lecture 67 Loci of point
Lecture 68 Loci of point
Lecture 69 Loci of point
Lecture 70 Loci of point
Section 9: Projection of Solid in Engineering Drawing
Lecture 71 Projection of Solid
Lecture 72 Projection of Solid
Lecture 73 Projection of Solid
Lecture 74 Projection of Solid
Lecture 75 Projection of Solid
Lecture 76 Projection of Solid
Lecture 77 Projection of Solid
Lecture 78 Projection of Solid
Lecture 79 Projection of Solid
Lecture 80 Projection of Solid
Lecture 81 Projection of Solid
Section 10: Plain Scale in Engineering Drawing
Lecture 82 Plain scale
Lecture 83 Plain scale
Lecture 84 Plain scale
Lecture 85 Types of scale, Full scale, Reduced scale, Enlarge scale
Lecture 86 Isometric scale, Normal scale, Isometric Drawing, Isometric Projection
Section 11: AutoCAD in Engineering Drawing
Lecture 87 AutoCAD 1, Application of AutoCAD, Advantages of AutoCAD
Lecture 88 AutoCAD 2, AutoCAD Commands
Lecture 89 AutoCAD 3, Circle, AutoCAD Commands
Lecture 90 AutoCAD 4, Rectangle, AutoCAD Commands
Lecture 91 AutoCAD 5, Chamfer, Line, Polyline, Difference between line and polyline
Lecture 92 AutoCAD 6, Line, AutoCAD Commands
Lecture 93 AutoCAD 7, Hatch, AutoCAD Commands
Lecture 94 AutoCAD 8, Array, AutoCAD Commands
Students (Engineering, Diploma, Science),Civil Engineering Professionals,Architecture Students,Industrial Designers,Students who want to learn Engineering drawing along with AutoCAD,Hobbyist,Anyone with a passion for Drawing
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