I. Introduction to Engineering Drawing

1.1 Introduction

1.2 Goals

1.3 Drawing Devices

1.4 BIS & ISO Conventions

1.5 Starting your Drawing

1.6 Workouts

II. Geometric Building

2.1 Introduction

2.2 Geometrical Phrases

2.3 Normal Building

III. Orthographic Projection 

3.1 Introduction

3.2 Goals

3.3 What’s a projection

3.4 Forms of Projection

IV. Projections Projections of a Level 

4.1 Goals

.2 Notation

4.3 Projection of Level within the I-quadrant II-quadrant III-quadrant IV-quadrant

4.4 Workouts Projections of Straight traces

4.5 Introduction

4.6 Goals

4.7 Projection of Straight line Perpendicular to the HP and parallel to the VP Perpendicular to the VP and parallel to the HP Parallel to the HP and Inclined to the VP Parallel to the VP and Inclined to the HP Inclined to the HP and the VP Parallel to the HP and the VP

4.8 Workouts Projections of Solids

4.9 Introduction

4.10 Goals

4.11 Classification of Solids

4.12 Projection of Solids Perpendicular to the HP Parallel to the HP and the VP Parallel to the HP and Inclined to the VP Parallel to the VP and Inclined to the HP Inclined to the VP and the HP

4.13 Workouts

V. Part of Solids 

5.1 Introduction

5.2 Goals

5.3 Sectional view and conference

5.4 Forms of part

5.5 Part of Solids when the reducing aircraft is Perpendicular to the VP and parallel to the HP Perpendicular to the HP and parallel to the VP Perpendicular to the VP and inclined to the HP Perpendicular to the HP and inclined to the VP

5.6 Workouts

 VI. Pictorial projections 

6.1 Introduction Isometric projection

6.2 Goals

6.3 Terminology

6.4 Isometric views of prism

6.5 Isometric views of Cylinder and Cone

6.6 Isometric views of Compound solids

6.7 Workouts

VII. Improvement of Surfaces 

7.1 Introduction

7.2 Parallel line growth

7.3 Radial line growth

7.4 Workouts