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EC202-COMPUTER AIDED
        DESIGN
         (CAD)  1




LECTURER: MOHD FADIL BIN ABDULLAH
CREDIT (S) : 1
DURATION : 30HRS @ 15 weeks
             2 HRS PER WEEK
SYNOPSIS
                           2


 Computer Aided Design provides knowledge and
    exposure on the usage of CAD software.
 The course focuses on the application of the
    software to produce drawing on graphics,
    electrical/electronic component symbol, circuit
    schematics and electrical wiring layout diagram.

   The skill acquired from this course will also
    equip the students with the ability to learn and
    use other similar software.
COURSE LEARNING OUTCOMES (CLO)
                                3


Upon completion of this course students
should be able to:
1. Describe computer aided design concept, applications
and capabilities in electrical engineering environment. (C2)

2. Use skillfully the draw and edit commands and the various
  data input techniques in generating simple and complex
  technical drawings. (C3)

3. Draw and produce with precision the symbol graphics,
   electronic circuits schematics and electrical wiring layout
   diagrams faster and neat. (P3)
INTRODUCTION TO
COMPUTER AIDED DESIGN
        (CAD)


          4
DEFINITION:
                     5




Computer-Aided Design (CAD), also
known as Computer-Aided Drafting, is
the use of computer software and systems
to design and create 2D and 3D virtual
models of goods and products for the
purposes of testing. It is also sometimes
referred to as computer assisted drafting.

                                         Software
EXAMPLE OF 2d DRAWINGS
    (MECHANICAL)




          6
EXAMPLE OF 2d DRAWINGS
    (MECHANICAL)




          7
EXAMPLE OF 2D DRAWINGS
                   (MECHANICAL)




Edited by: azizahmohdyusuff/jke/puo   8
EXAMPLE OF 3D DRAWINGS
    (MECHANICAL)




          9
EXAMPLE OF 3D DRAWINGS
    (MECHANICAL)




          10
EXAMPLE OF 3D DRAWINGS
    (MECHANICAL)




          11
EXAMPLE OF 2D DRAWINGS
       (civil)




          12
EXAMPLE OF 2D DRAWINGS
       (civil)




          13
EXAMPLE OF 2D DRAWINGS
       (civil)




          14
EXAMPLE OF 2D DRAWINGS
       (civil)




          15
EXAMPLE OF 3D DRAWINGS
       (civil)




          16
EXAMPLE OF 2D DRAWINGS
    (ELECTRICAL)




          17
EXAMPLE OF 2D DRAWINGS
(Electronic schematic)




          18
EXAMPLE OF 3D DRAWINGS
    (ELECTRICAL)




         19
CAD SOFTWARE FOR EC202
        JKE/PUO

AUTOCAD
  VERSION      2004

          20
Officical Name                        Comments
AutoCAD Version    DWG R2.6 file format introduced.
    1.0 – 2.6      Last version to run without a math co-processor.
AutoCAD Version    DWG R11/R12 file format introduced. Last release
     9 - 12        for Apple Macintosh
AutoCAD Version    DWG R13 file format introduced. Last release for
      13           Unix, MS-DOS and Windows 3.11.
AutoCAD Version    DWG R14 file format introduced.
      14
AutoCAD Version    DWG 2000 file format introduced
2000,200oi, 2002
AutoCAD Version    DWG 2004 file format introduced.
2004,2005, 2006
AutoCAD Version    DWG 2007 file format introduced.
  2007 - 2012
AutoCAD Version    DWG 20013 file format introduced.
     2013
                                 21
Computer system requirements need to
 run the CAD programs:
                           22

   Input devices: keyboard, mouse
   Processing unit: CPU
   Output devices: Printer / Plotter

AutoCAD recommends:
   800MHz Pentium III or better processor.
   At least 256MB of RAM, 1024 x 768 or higher display
    resolution.
   300MB of available hard disk space
   Microsoft Internet Explorer 6.0 with Service Pack or
    latest edition.
syllabus




Edited by: azizahmohdyusuff/jke/puo                     23
                                Edited by: azizahmohdyusuff   23
Comparison
 between CAD drawings
to manual/conventional
       drawings


          24
COMPARISON
           25


 Manual         CAD DRAWINGS
DRAWINGS
26

 Increased productivity, efficiency and
 accuracy
 Shorter time taken in creating, checking
 and
   editing.
 Improvement of output/product quality.

   Uniformity of reproductions

   Reduction in storage space.
assessment
Continuous assessment - 100%

 Practical work (6)   – 30%
 End of chapter
 problem(6)           – 30%
 Practical test (2)   – 40%
             27
The end of
introduction to cad


         28

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Pengenalan kepada autocad

  • 1. EC202-COMPUTER AIDED DESIGN (CAD) 1 LECTURER: MOHD FADIL BIN ABDULLAH CREDIT (S) : 1 DURATION : 30HRS @ 15 weeks 2 HRS PER WEEK
  • 2. SYNOPSIS 2  Computer Aided Design provides knowledge and exposure on the usage of CAD software.  The course focuses on the application of the software to produce drawing on graphics, electrical/electronic component symbol, circuit schematics and electrical wiring layout diagram.  The skill acquired from this course will also equip the students with the ability to learn and use other similar software.
  • 3. COURSE LEARNING OUTCOMES (CLO) 3 Upon completion of this course students should be able to: 1. Describe computer aided design concept, applications and capabilities in electrical engineering environment. (C2) 2. Use skillfully the draw and edit commands and the various data input techniques in generating simple and complex technical drawings. (C3) 3. Draw and produce with precision the symbol graphics, electronic circuits schematics and electrical wiring layout diagrams faster and neat. (P3)
  • 5. DEFINITION: 5 Computer-Aided Design (CAD), also known as Computer-Aided Drafting, is the use of computer software and systems to design and create 2D and 3D virtual models of goods and products for the purposes of testing. It is also sometimes referred to as computer assisted drafting. Software
  • 6. EXAMPLE OF 2d DRAWINGS (MECHANICAL) 6
  • 7. EXAMPLE OF 2d DRAWINGS (MECHANICAL) 7
  • 8. EXAMPLE OF 2D DRAWINGS (MECHANICAL) Edited by: azizahmohdyusuff/jke/puo 8
  • 9. EXAMPLE OF 3D DRAWINGS (MECHANICAL) 9
  • 10. EXAMPLE OF 3D DRAWINGS (MECHANICAL) 10
  • 11. EXAMPLE OF 3D DRAWINGS (MECHANICAL) 11
  • 12. EXAMPLE OF 2D DRAWINGS (civil) 12
  • 13. EXAMPLE OF 2D DRAWINGS (civil) 13
  • 14. EXAMPLE OF 2D DRAWINGS (civil) 14
  • 15. EXAMPLE OF 2D DRAWINGS (civil) 15
  • 16. EXAMPLE OF 3D DRAWINGS (civil) 16
  • 17. EXAMPLE OF 2D DRAWINGS (ELECTRICAL) 17
  • 18. EXAMPLE OF 2D DRAWINGS (Electronic schematic) 18
  • 19. EXAMPLE OF 3D DRAWINGS (ELECTRICAL) 19
  • 20. CAD SOFTWARE FOR EC202 JKE/PUO AUTOCAD VERSION 2004 20
  • 21. Officical Name Comments AutoCAD Version DWG R2.6 file format introduced. 1.0 – 2.6 Last version to run without a math co-processor. AutoCAD Version DWG R11/R12 file format introduced. Last release 9 - 12 for Apple Macintosh AutoCAD Version DWG R13 file format introduced. Last release for 13 Unix, MS-DOS and Windows 3.11. AutoCAD Version DWG R14 file format introduced. 14 AutoCAD Version DWG 2000 file format introduced 2000,200oi, 2002 AutoCAD Version DWG 2004 file format introduced. 2004,2005, 2006 AutoCAD Version DWG 2007 file format introduced. 2007 - 2012 AutoCAD Version DWG 20013 file format introduced. 2013 21
  • 22. Computer system requirements need to run the CAD programs: 22  Input devices: keyboard, mouse  Processing unit: CPU  Output devices: Printer / Plotter AutoCAD recommends:  800MHz Pentium III or better processor.  At least 256MB of RAM, 1024 x 768 or higher display resolution.  300MB of available hard disk space  Microsoft Internet Explorer 6.0 with Service Pack or latest edition.
  • 23. syllabus Edited by: azizahmohdyusuff/jke/puo 23 Edited by: azizahmohdyusuff 23
  • 24. Comparison between CAD drawings to manual/conventional drawings 24
  • 25. COMPARISON 25 Manual CAD DRAWINGS DRAWINGS
  • 26. 26  Increased productivity, efficiency and accuracy  Shorter time taken in creating, checking and editing.  Improvement of output/product quality.  Uniformity of reproductions  Reduction in storage space.
  • 27. assessment Continuous assessment - 100% Practical work (6) – 30% End of chapter problem(6) – 30% Practical test (2) – 40% 27