Bihar Engineering University, Bihar, Electrical & Electronics Engineering Semester 2, Engineering Graphics & Design Syllabus

Unit - 1 Introduction to Engineering Drawing

Unit – 1

Introduction To Engineering Drawing

1.1 Principles of Engineering Graphics and Their Significance

1.2 Usage of Drawing Instruments

1.3 Lettering

1.4 Conic Sections Including the Rectangular Hyperbola General Method Only Cycloid Epicycloid Hypocycloid and Involute

1.5 Scales – Plain Diagonal And Vernier Scales

Unit - 2 Orthographic Projections

Unit – 2

Orthographic Projections

2.1 Principles of Orthographic ProjectionsConventions Projections of Points and Lines Inclined to Both Planes

2.2 Projections of Planes Inclined Planes Auxiliary Planes

Unit - 3 Projections of Regular Solids

Unit – 3

Projections of Regular Solids

3.1 Those Inclined to Both the Planes Auxiliary Views

3.2 Draw Simple Annotation Dimensioning And Scale

3.3 Floor Plans That Include Windows Doors And Fixtures Such as WC Bath Sink Shower Etc.

Unit - 4 Sections and Sectional Views of Right Angular Solids

Unit – 4

Sections And Sectional Views of Right Angular Solids

4.1 Covering Prism Cylinder Pyramid Cone – Auxiliary Views

4.2 Development of Surfaces of Right Regular Solids Prism Pyramid Cylinder And Cone

4.3 Draw the Sectional Orthographic Views of Geometrical Solids

Unit - 5 Isometric Projections

Unit – 5

Isometric Projections

5.1 Principles of Isometric Projection – Isometric Scale Isometric Views Conventions

5.2 Isometric Views of Lines Planes Simple and Compound Solids

5.3 Conversion of Isometric Views to Orthographic Views And ViceVersa Conventions

Unit - 6 Overview of Computer Graphics

Unit – 6

Overview of Computer Graphics

6.1 Listing the Computer Technologies That Impact on Graphical Communication

6.2 Demonstrating Knowledge of The Theory of Cad Software [Such as The Menu System]

6.3 Toolbars

6.4 Drawing Area

6.5 Dialog Boxes and Windows

6.6 Shortcut Menus

6.7 The Command Line

6.8 The Status Bar

6.9 Different Methods of Zoom as Used in Cad

6.10 Select and Erase Objects

6.11 Isometric Views of Lines Planes Simple and Compound Solids

Unit - 7 Customisation and CAD Drawing

Unit – 7

Customisation Cad Drawing

7.1 Consisting of Set Up of The Drawing Page and The Printer

7.2 Including Scale Settings Setting Up of Units and Drawing Limits

7.3 Orthographic Constraints Snap to Objects Manually and Automatically

7.4 Producing Drawings by Using Various Coordinate Input Entry Methods to Draw Straight Lines

7.5 Applying Various Ways of Drawing Circles

Unit - 8 Annotations, Layering and Other Functions

Unit – 8

Annotations Layering Other Functions

8.1 Covering Applying Dimensions to Objects

8.2 Applying Annotations to Drawings Setting Up and Use of Layers Layers to Create Drawings Create

8.3 Edit and Use Customized Layers

8.4 Changing Line Lengths Through Modifying Existing Lines ExtendLengthen

8.5 Printing Documents to Paper Using The Print Command

8.6 Orthographic Projection Techniques

8.7 Drawing Sectional Views of Composite Right Regular Geometric Solids and Project the True Shape of The Sectioned Surface

8.8 Drawing Annotation

8.9 ComputerAided Design Cad Software Modeling of Parts and Assemblies

8.10 Parametric and NonParametric Solid Surface And Wireframe Models

8.11 Part Editing and TwoDimensional Documentation Of Models

8.12 Planar Projection Theory Including Sketching of Perspective Isometric Multiview Auxiliary and Section Views

Unit - 9 Demonstration Of A Simple Team Design Project That Illustrates

Unit – 9

Demonstration of a Simple Team Design Project That Illustrates

9.1 Geometry and Topology of Engineered Components Creation of Engineering Models and Their Presentation in Standard 2d Blueprint Form and as 3d WireFrame and Shaded Solids

9.2 Meshed Topologies for Engineering Analysis and ToolPath Generation for Component Manufacture

9.3 Geometric Dimensioning and Tolerancing

9.4 Use of SolidModeling Software For Creating Associative Models At The Component And Assembly Levels