Syllabus For The Subject Engineering Drawing

 

ENGINEERING DRAWING

Chapter-1 introduction to engineering

Drawing and design

Learning objectives

The engineering design application

Introduction

A history of engineering drawing

The drafter

Drafting fields

Education and qualifications

Drafting job opportunities

Searching for a drafting position

Drafting salaries and working conditions

Professional organization

Drafting standards

Workplace ethics

Copyrights

Trademarks

CADD applications

Professional perspective

Web site research

Introduction to engineering drawing

And design test

Introduction to engineering drawing

And design test

Introduction to engineering drawing

And design test

Introduction to engineering drawing

And design problems

 

Chapter-2 drafting equipment, media

And reproduction

Introduction

Manual drafting equipment and supplies

Drafting furniture

Drafting pencils and leads

Technical pens, pen cleaning and Ink

Erasers and erasing

Dividers

Parallel bar

Triangles

Templates

Irregular curves

Drafting machines

Scales

Drafting media

Sheet size and format

Diazo reproduction

Photocopy reproduction

Properly folding prints

Microfilm

CADD applications

Professional perspective

Math applications

Web site research

Drafting equipment, media, and reproduction

Methods test 

Drafting equipment, media, and reproduction

Methods problems

 

 

Chapter-3 Computer-aided design

And drifting

Learning objectives

The engineering design application

Introduction to computer-aided design

And drafting

The CADD workstation

CADD software products

CADD formats

Industry and CADD

CADD applications

Productivity with CADD

Green technology application

Professional perspective

Web site research

Computer-aided design and

Drafting test

Computer-aided design and

Drafting problems

 

Chapter -4 Manufacturing materials and processes

Learning objectives

The engineering design application

Introduction

Manufacturing materials

Green technology application

Metallurgy

Plastics and polymers

Plastic resin identification codes

Plastics materials selection applications

Green technology application

Material selection

CADD applications

Manufacturing processes

Machine processes

CADD application

Manufacturing processes

Machine processes

CADD applications

Machined feature and drawing

Representations

Manufacturing plastics products

Thermoset plastic fabrication process

Manufacturing composites

Rapid prototyping

Tool design

Computer-integrated manufacturing

Application examples

Integration of computer-aided design

And computer-aided manufacturing

Statistical process control

CADD applications

Green technology application

Professional perspective

Math application

Web site research

Manufacturing materials and

Processes test

Manufacturing materials and processes

Problems

 

Section-2

Fundamental applications

 

Chapter-5 sketching applications

Learning objectives

The engineering design application

Sketching

Sketching tools and materials

Sketching straight lines

Sketching circular lines

Sketching arcs

Sketching ellipses

Measurement lines and proportions

Introduction to the block technique

Creating multiview sketches

Creating isometric sketches

CADD applications

Professional perspective

Sketching applications test

Sketching applications problems

 

Chapter-6 lines and lettering   

Learning objectives

The engineering design application

Lines

Types of lines

CADD applications

Lettering

Lettering on engineering drawings

Lettering numbers

Other lettering styles

Lettering legibility

CADD applications

CADD applications

Professional perspective

Math applications

Web applications

Web site research

Lines and lettering test

Lines and lettering problems

 

Chapter-7 Drafting geometry

Learning objectives

The engineering design application

CADD applications

Drafting geometry

Characteristics of lines

Geometric shapes

Common Geometric constructions

Constructing polygons

Constructing tangencies

Web site research

Auxiliary views test

Auxiliary views problems

 

Section-3

Drafting views

And annotations

 

Chapter-8 multiviews

Learning objectives

The engineering design application

Multiviews

Third-angles projection

First-angle projection

View selection

Projection of contours,circules,and arcs

Line precedence

Multiview analysis and review

Recommended review

Multiview layout

CADD applications

CADD applications

CADD applications

Professional perspective

Math applications

Web site research

Multiviews test

Multiviews problems

Chapter-9 auxiliary views

Learning objectives

The engineering design application

Auxiliary views

Auxiliary view visualization

Drawing curves in auxiliary views

View enlargements

Drawing a removed auxiliary view

Locating views on different sheets

Drawing rotated auxiliary view

Secondary auxiliary views

Auxiliary view analysis and review

Descriptive geometry

Auxiliary view layout

CADD applications

CADD applications

CADD applications

Professional perspective

Math applications

Web site research

Auxiliary views test

Auxiliary views problems

 

Chapter-10 Dimensioning and tolerancing

Learning objectives

 

The engineering design application

Introduction to dimensioning

Dimensioning basics

Dimensioning characteristics and definitions

Fundamental dimensioning rules

Dimensioning components

Dimensioning symbols

Dimensioning systems

Dimensioning fundamentals

Preferred dimensioning practices

Notes for machined features

Placing location dimensions

Specifying dimension origin

Dimensioning auxiliary views

CADD applications

Using general notes

Tolerancing applications

CADD applications

Dimensions applied to platings and

Coatings

Maximum and minimum dimensions

Casting drawing and design

Machining allowance

Casting drawings

Forging, design,and drawing

Drawing for plastic part manufacturing

Machined surfaces

Design and drafting of machined features

Tool design

CADD applications

Introduction to ISO 9000

Professional perspective

CADD applications

Recommended review

Math applications

Web site research

Dimensioning and tolerancing test

Dimensioning and tolerancing problems

 

 

Chapter-11 Fasteners and springs

Learning objectives

The engineering design application

Screw thread fasteners

Thread-cutting tools

Thread forms

Thread representations

Revolved   sections

Removed sections

Locating sectional views on different sheets

Recommended review

Professional perspective

Math applications

Web site research

Sections ,revolutions and conventional

Breaks test

Sections, revolutions and conventional

Breaks problems

 

Chapter-12 Geometric dimensioning

And tolerancing

Learning objectives

The engineering design application

Introduction

GD&T symbols

Datums

Applying material condition and material

Boundary symbols

Limits of size application

Perfect form boundary

Applying regardless of feature size and

Regardless of material boundary

Applying maximum material condition

Applying least material condition

Application of RMB on a primary datum

Feature

Application of RMB on a secondary and

Tertiary datum feature

The effect of datum precedence and

Material condition

Introduction to geometric characteristics

And related symbols

Form geometric tolerances

Applying profile geometric tolerances

Runout geometric tolerance

Specifying independency

CADD applications

CADD applications

Professional perspective

Math applications

Web site research

Geometric dimensioning and tolerancing

Problems

 

Chapter-13 Pictorial drawings

And technical IIIustrations

Learning objectives

The engineering design applications

Introduction to pictorial drawing and

Technical illustration pictorial drawings

Pictorial drawings

Isometric projections and drawings

Types of isometric drawings

Isometric construction techniques

Diametric pictorial representation

Trimetric pictorial representation

Exploded pictorial drawing

Oblique drawing

Perspective drawing

Drawing a Ono-point perspective

Drawing a Two-point perspective

Drawing a three-point perspective

Drawing circles and curves in perspective

Using basic shading techniques

Pictorial drawing layout techniques

CADD applications

Professional perspective

Math applications

Web site research

Pictorial drawings and technical

Illustrations test

Pictorial drawings and technical illustrations

Problems

 

 

Section-4

Working drawings

Chapter-14 working drawings

Learning objectives

The engineering design application

Introduction to section four

Introduction to section four

Introduction to working drawings

Detail drawings

CADD applications

CADD applications

Assembly drawings

Types of assembly drawings

Identification numbers

Parts lists

Purchase parts

Engineering changes

CADD applications

CADD applications

Drawing from a prototype

Analysis of  a set of working drawings

CADD applications

Professional perspective

Math application

Web site research

Working drawings test

Working drawings problems

Belt types

Typical belt drive design

Belt drive selection

Chain drives

Chain drive sprockets

Chain classification and types

Precision chains

CADD applications

No precision chains

Light-duty chain

Chain drive design

Roller chain drive selection

Professional perspective

Math applications

Web site research

Belt and chain drives test

Belt and chain drives problems

 

 Chapter-15 machinisms : linkages

Cams gears and bearings

Learning objectives

The engineering design application

Mechanism

Linkages

Linkage symbols

Types of linkages

Cam design

CADD applications

Cam displacement diagrams

Construction of an inline follower plate

Cam profile

Preparing the formal plate cam drawing

Construction of an offset follower plate

Cam profile

Drum cam drawing

CADD applications

Introduction to gears

Gear structure

Splines

 Gear types

Spur gear design

Drawing specification and tolerances

Designing and drawing spur gears

Designing spur gear trains

Designing and drawing the rack

And pinion

Designing and drawing worm gears

Plastic gears

CADD applications

Bearings

Drawing bearing symbols

Bearing codes

Bearing codes

Bearing selection

Gear and bearing assemblies

Professional perspective

Math application

Web site research

Mechanisms: linkages,cams,gears and 

Bearings test

Mechanisms: linkages, cams gears, and

Bearings problems

 

Chapter-16 Belt and chain drives

Learning objectives

The engineering design application

Introduction

Advantages of gear drives

Advantages of belt drives

Advantages of chain drives

Belts and belt drives

Belt types

Typical belt drive design

Belt drive selection

Chain drives

Chain drive sprockets

Chain classification and types

Precision chains

CADD chains

Nonprecision chains  

Light-duty chain

Chain drive design

Roller chain drive selection

Professional perspective

Math applications

Web site research

Belt and chain drives test

Belt and chain drives problems

 

Chapter-17 Welding processes

And representations

Learning objectives

The engineering design application

Welding processes

Elements of welding drawings

Types of welds

Weld symbols leader arrow related to

Weld location

Additional weld characteristics

Welding tests

Welding specifications

Prequalified welded joints

Weld design

CADD applications

Professional perspective

Math application

Web site research

Welding processes and representations test

Welding processes and representations

Problems

 

Section -5

Specialty drafting

And design

 

Chapter-18 precision sheet metal

Drafting

Learning objectives

The engineering design application

Introduction to precision sheet metal drafting

Precision sheet metal material bending

CADD applications

Flanges

Seams and hems

Roll forming

CADD applications

Material applications in sheet metal drafting

Precision sheet metal dimensioning applications

Sheet metal punch applications

Professional perspective

Math applications

Web site research

Precision sheet metal drafting test

Precision sheet metal drafting problems

 

Chapter-19 Electrical and electronics

Drafting

Learning objectives

The engineering design application

Introduction to electrical and electronic

Drafting

Fundamentals of electrical diagrams

Generation, transmission, and distribution

Of electricity

Electric power substation design drawings

Residential and commercial electrical plans

Green technology application

Professional perspective

Electronic drafting

Electronic diagrams

Printed circuit technology

Pictorial drawings

CADD applications

Professional perspective

Math applications

Web site research

Electrical and electronic drafting test

Electrical and electronic drafting problems

 

Chapter-20 Industrial process piping

Learning objectives

The engineering design application

Introduction

Where industrial piping is used

Pipe drafting

Pipe drawings

Types of pipe

Pipe sizes and wall thickness

Pipe connection methods

Pipe fittings

Flanges

Valves

Pipe drafting

CADD applications

 

 

    

 

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