Master Engineering Drawing With Animations.

Effortless Mastery of 2D and 3D Technical Drawings with Animation

What you'll learn

Master Engineering Drawings: Learn to interpret and create engineering drawings accurately.

First & Third Angle Methods: Understand and differentiate between first and third angle projection methods.

Projections: Project points, planes, lines, and solids in the first quadrant.

Isometric to Orthographic: Convert isometric views into orthographic projections seamlessly.

Orthographic to Isometric: Translate orthographic projections into isometric views effortlessly.

Construct Engineering Curves: Build various engineering curves using drawing instruments.

Requirements

The only requirement is basic geometry knowledge.

Description

"Master Engineering Drawing with Animations." is a concise, fully animated course crafted for beginners, first-year engineering students, polytechnic/diploma students, and 12th-grade science students. This course is designed to simplify the fundamentals of technical drawing and graphics, focusing on essential topics such as orthographic and isometric projections, engineering curves, projection of solids, and the development of lateral surfaces.With the help of clear, step-by-step animations, this course makes it easy to understand and apply the principles of accurate technical drawing using real drawing instruments. It provides a solid foundation in both 2D and 3D projections, making it an excellent choice for those who are new to the subject and want to quickly grasp the core concepts.The animated format is specifically designed to break down complex ideas into more manageable parts, thus reducing the overall learning time. This efficient approach ensures that you can build your skills effectively without unnecessary delays. The course also features interactive, real-world applications that help solidify your knowledge and boost your confidence in creating various technical designs.Whether you're looking to enhance your skills or just starting out, this course offers practical, value-packed learning that can kickstart your career in engineering or related fields. Enroll now to gain expertise in engineering drawing and graphics and confidently take your first steps in the technical world!

Overview

Section 1: First angle and Third Angle method

Lecture 1 Orthographic Projections: Level 1

Section 2: Orthographic Projections

Lecture 2 Understanding the difference between First and third angle method.

Lecture 3 Orthographic Projections: Eg 2

Lecture 4 Orthographic Projections: Example 3

Lecture 5 Orthographic Projections of Hexagonal Nut

Lecture 6 Orthographic Projections of Hexagonal Bolt

Section 3: Isometric Views

Lecture 7 Isometric View: Example 1

Lecture 8 Isometric View: Example 2

Lecture 9 Isometric View: Example 3

Lecture 10 Isometric View: Example 4

Lecture 11 Isometric View: Example 5

Lecture 12 Isometric View: Example 6

Lecture 13 Isometric View: Example 7

Lecture 14 Isometric View: Example 8

Lecture 15 Isometric View: Example 9

Lecture 16 Isometric View: Example 10

Section 4: Projections of Solids ( First Angle Projection Method)

Lecture 17 Projections of Point in Different quadrants

Lecture 18 Projection of Line in Different Positions.

Lecture 19 Projection of Line Inclined to both Horizontal and Vertical Planes.

Lecture 20 Projection of Planes

Lecture 21 Projection of Pentagonal Plane

Lecture 22 Introduction to Solids

Lecture 23 Projection of Square Pyramid

Lecture 24 Understanding the Orientations in Projections of Solids

Lecture 25 Projection of Hexagonal Plane

Section 5: Engineering Curves

Lecture 26 Involute of a Triangle

Lecture 27 Involute of a Square

Lecture 28 Involute of a Pentagon

Lecture 29 Involute of a Hexagon

Lecture 30 Involute of a Circle

Lecture 31 Cycloid of Circle

Lecture 32 Epicycloid of a Circle

Lecture 33 Parabola by General Method

Lecture 34 Parabola by Rectangle Method

Lecture 35 Parabola by Parallelogram Method

Lecture 36 Hyperbola by Eccentricity Method

Lecture 37 Parabola by Eccentricity Method

Lecture 38 Parabola by Rectangle Method

Lecture 39 Parabola by Tangent Method

Lecture 40 Ellipse by arc of circle method

Lecture 41 Ellipse by Eccentricity Method or General Method

Lecture 42 Ellipse by Four Point Method

This course is designed for beginners in engineering drawing, first-year engineering students, polytechnic/diploma students, and 12th-grade science students. It’s ideal for anyone new to the field who wants a solid foundation in technical drawing, including those preparing for further studies or careers in engineering and related fields.