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Course Outline-Computer Aided Engineering Design-Handout, Exercises of Computer-Aided Design for Engineers

Bharat Ratna Dr. B. R. Ambedkar UniversityComputer-Aided Design for Engineers

This is course outline for Computer Aided Engineering Design by Madhava Bhandra at Ambedkar University, Delhi. It includes: Course, Outline, Objectives, Engineering, Drawing, Freehand, Dimensioning, Scaling, Orthographic, Projections, Isometric, Environment

Typology: Exercises

2011/2012

Uploaded on 07/11/2012

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Computer Aided Engineering Design (EE1011)
Course Designation: Core
Credits: 1
No. of Sessions per week: 1
Session Duration: 3 Hrs
Semester: Spring 2012
Office Hours
Posted outside office.
Course TA
Nil
Catalog Data
Introduction to Engineering Design and drawing, Manual Drawing and sketching,
Introduction to computer-aided design tools such as AutoCAD, Engineering drawing
fundamentals using AutoCAD; Drawing of electrical machinery and layouts of electronic
assemblies; design and layout of circuit boards using software.
Prerequisites
Nil
Textbook
Engineering Drawing, 49th Edition, N.D Bhatt and V.M Panchal.
References
Tutorial Guide to AutoCAD,First Edition, Shawna Lockhart.
Course Objectives
This course provides the fundamentals knowledge and skills that are closely related to
engineering design processes. The course covers graphics communication in engineering that
cover technical engineering drawings both manual and using CAD software (AutoCAD) with
considering the required standards. The objectives of the course are as follows:
1. To develop visual thinking skills associated with common graphic projections.
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Computer Aided Engineering Design (EE1011)

Course Designation: Core

Credits : 1

No. of Sessions per week : 1

Session Duration : 3 Hrs

Semester: Spring 2012

Office Hours Posted outside office.

Course TA Nil

Catalog Data Introduction to Engineering Design and drawing, Manual Drawing and sketching, Introduction to computer-aided design tools such as AutoCAD, Engineering drawing fundamentals using AutoCAD; Drawing of electrical machinery and layouts of electronic assemblies; design and layout of circuit boards using software.

Prerequisites Nil

Textbook Engineering Drawing, 49th Edition, N.D Bhatt and V.M Panchal.

References Tutorial Guide to AutoCAD,First Edition, Shawna Lockhart.

Course Objectives This course provides the fundamentals knowledge and skills that are closely related to engineering design processes. The course covers graphics communication in engineering that cover technical engineering drawings both manual and using CAD software (AutoCAD) with considering the required standards. The objectives of the course are as follows:

  1. To develop visual thinking skills associated with common graphic projections.
  1. To familiarize students with the principles of engineering hand drawing (Sketching, Orthographic, Normal Surface, Cylindrical Surface, Inclined Surface, and Sectional Views).
  2. To teach the elementary use of computer drafting by using CAD software (lines, dimensions, curves, tolerance and isometric drawings).

Course Outline

1. Introduction to Engineering Drawing (1 Session)  Drawing Instruments and their usage  Sheet Layout  Types of Machine Drawings  Lettering 2. Free Hand, Dimensioning and Scaling (3 Session)  Introduction  Lines  Free hand Sketching  Dimensioning  Dimensioning terms & Notations  Placing of Dimensions  General Rules for dimensioning 3. Orthographic Projections (4 Session)  Introduction  Principle of Projection  Methods of Projection  Orthographic Projections  Planes of Projections  Four Quadrants  First angle of Projection  Third angle of Projection 4. Isometric Drawings (1 Sessions)  Introduction  Isometric axes, lines and planes  Isometric view  Isometric drawing of prism, pyramids and cylinder  Isometric drawing of components 5. CAD Software (5 Sessions)  Introduction  Reason for implementing a CAD system  Application of CAD  Benefits of CAD  Limitation of CAD  AutoCAD Software  Layout and sketching