COURSE OUTLINE JABATAN KEJURUTERAAN ELEKTRIK POLITEKNIK IBRAHIM SULTAN. EQUIVALENCE : - LECTURE HOURS : 2 HOURS PRACTICAL WORK

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1 Page : 1 of 8 PREREQUISITE : NONE EQUIVALENCE : LECTURE HOURS : 2 HOURS PRACTICAL WORK LECTURER : DR. HANIFAH BINTI JAMBARI ENGR. RAJANDRAN A\L MORTHUI PN. NOORZIZA BINTI ABDUL AZIZ PN.INTAN RAFIDAH BINTI ABD RAHIM PN.FAZLINA BINTI YUNUS EN. NORDIN BIN ZAKARIAH SYNOPSIS COMPUTER AIDED DESIGN provides knowledge and exposure on the usage of AutoCAD software. The course focuses on the application of the software to produce drawings of graphics, electrical / electronic component symbols, circuit schematics and electrical wiring layout diagram. The skills acquired from this course will also equip students with the ability to learn and use other similar software. PREPARED BY : CERTIFIED BY : Name : PN. INTAN RAFIDAH BT ABD RAHIM Name : EN. AIDI BIN SULAIMAN Signature : Date : Signature : Date :

2 Page : 2 of 8 COURSE LEARNING OUTCOMES (CLO) Upon completion of this course students should be able to : No. Course Learning Outcomes Program Learning Outcome Taxonomies and SoftSkills Assessment Methods 1. Apply computer aided design concept, applications and capabilities in electrical engineering environment. PLO1 C3 PW 2. Manipulate the draw and edit commands and the various data input techniques in AutoCAD software to reproduce given simple and complex technical drawings. 3. Construct the technical graphics, electronic circuit schematics and electrical wiring layout diagrams using AutoCAD software based on American/British technical symbol standard. PLO5 PLO5 P4 P4 PW PT EoC Note : Q Quiz ; TT Theory Test ; EoC End of chapter ; PW Practical Work ; PT Practical Test; FE Final Examination

3 Page : 3 of 8 STUDENT LEARNING TIME No. DEPENDENT LEARNING 1. Delivery Method 1.1 Lecture 1.2 Practical 1.3 Tutorial Teaching and Learning Activities Student Learning Time (hours) Coursework Assessment (CA) 2.1 Lecture hour assessment 2.2 Practical hour assessment Practical Test [1] INDEPENDENT LEARNING 3. Coursework Assessment (CA) 4. Preparation and Review 4.1 Lecture 4.2 Practical 4.3 Tutorial 4.4 Assessment Preparation for Practical Test [1] Preparation for End of Chapter FINAL EXAMINATION 0 Total 40 Credit = SLT/40 1 Remark: 1. Suggested time for Practical Test : 1 hour 1 hour 45 minutes Practical Work : 60 minutes End of Chapter : minutes hours is equivalent to 1 credit

4 Page : 4 of 8 TEACHING METHODOLOGY 1. Lecture based on presentation learning, interactive learning, demonstration learning, brainstorming and experiment learning. 2. Students are required to handle systematically the related equipment in performing the assigned practical work during laboratory classes. 3. Students are required to discuss and submit assignments in group. 4. Students are required to take Practical Work, Practical Test and End of Chapter individually. WEEKLY SCHEDULE WEEK DATE TOPIC / CONTENT 1.0 INTRODUCTION TO COMPUTER AIDED DESIGN Know the concept of Computer Aided Design (CAD) Define Computer Aided Design (CAD) Identify computer system and computer hardware minimum requirements for CAD List CAD general and specific packages that are used in technical drawing, schematic circuit drawing and electrical wiring layout diagram at present Identify between CAD drawing to manual / conventional drawing. a. Increased productivity, efficiency and accuracy. b. Shorter time taken in creating, checking and editing. c. Improvement of output / product quality. d. Uniformity of reproductions. e. Reduction in storage space List the applications and the advantages of CAD Describe the trends in software, hardware and peripherals Describe design hierarchy methodologies in electronics CAD. 1.2 Understand AutoCAD package Explain the features and capabilities of AutoCAD package Show how to execute AutoCAD using program icon Explain and show main menu functions Explain and show how to display the toolbars needed for drawing by using the View command from the PullDown Menu Show how to save finished drawing and how to exit AutoCAD. 1.3 Understand AutoCAD commands and data input techniques Explain how AutoCAD commands are entered using various input devices. a. Keyboard b. Screen menu c. Button menu d. Pull Down menu Compare the following techniques of data input. a. Random point technique b. Absolute coordinate technique c. Relative coordinate technique d. Polar coordinate technique 1.4 Apply the data input techniques Create simple shapes by using suitable coordinates command in section

5 Page : 5 of 8 CUTI PERTENGAHAN SEMESTER ( ) Hari Raya Aidil Fitri : & (Jumaat & Sabtu). Cuti ganti (Ahad) 2 AUTOCAD BASIC DRAWING AND EDITING COMMANDS Understand drawing commands and drawing aids Explain the importance of determining drawing limit before starting to draw Explain the shape and specifications and how it is produced and applied in drawings for each of these entities. a. Line b. Arc c. Circle d. Ellipse e. Polygon f. Point g. Polyline h. Solid i. Doughnut Explain the importance and application of the following drawing aids. a. Snap b. Ortho c. Grid d. Object Snap 2.2 Apply the shapes and the drawing aids Construct the drawing of given graphical / electrical / electronic symbols using the shapes in section and the drawing aids in section and respectively. 2.3 Understand Edit commands and Display Control commands Explain the importance and applications of editing commands Show the applications of the following editing commands. a. Erase b. Move c. Copy d. Rotate e. Break f. Trim g. Scale h. Mirror i. Stretch j. Extend k. Fillet l. Chamfer m. Offset n. Divide o. Measure p. Change q. Polyedit Show the application and options of control display commands. a. Zoom b. Pan c. Redraw d. Regen 2.4 Apply the Editing commands Construct the drawing of given graphical / electrical / electronic symbols using the editing commands in section Understand the concept of Dimensioning Give the importance and benefits of drawing dimensioning Modify DimStyle and Dimupdate commands.

6 Page : 6 of Show the following types of basic dimensioning. a. Linear b. Aligned c. Angular d. Diameter e. Radius 2.6 Apply the drawing commands, drawing Aids, edit commands and dimensioning for the following tasks Construct standard technical drawing Construct the electrical symbols used in electrical wiring layout diagram Construct the electronic component symbols used in electronic circuit schematics. 3.0 APPLICATION OF AUTOCAD PACKAGE IN TECHNICAL AND ELECTRICAL DRAWING 3.1 Understand the concept of Linetypes and Textstyle commands Give the importance and benefits of Linetypes and Textstyle commands Explain the applications of different line types according to drawing needs Show different line types according to drawing needs Explain the font specifications in terms of: a. Placement b. Font type c. Font size and width factor d. Font orientation Explain the application of Textstyles. 3.2 Apply Linetypes and Textstyles commands Use Linetypes and Textstyles Use Text and Dtext commands Use different fonts 3.3 Understand the concept of Layer, Block and Wblock Give the importance and benefits of using layers for complicated drawings Show how layer command and its options are used to control the visibility and object properties in terms of: a. Status b. Name c. On d. Freeze e. Lock f. Color g. Linetype h. Lineweight i. Plot Style j. Plot k. New VP freeze l. Description Explain Block, Wblock, Insert, Minsert, Explode and Attribute commands. 3.4 Apply the Layer, Block and Wblock, Insert, Minsert, Explode and Attribute commands Construct blocks with any object and set of objects.

7 Page : 7 of Apply the entities in section 3.1, 3.2 and 3.3 for the following tasks Construct simple technical drawings Construct electronic circuit schematic Construct electrical wiring layout plan for home, office and any specified space. 3.6 Understand how to plot and print drawing output Show the use of plotting commands in terms of: a. Plot Device b. Paper size c. Plot area d. Plot scale e. Plot offset f. Drawing orientation g. Plot option Explain the use of Plot Preview Explain blueprints and how they are produced Give the information contained in blueprints Explain the proper filing of blueprints. 3.7 Apply the Plot and Print commands Set all the entities in section to do the following tasks. a. Plot the schematics diagram correctly using the appropriate paper size and paper orientation. b. Plot the electrical wiring layout plan for home, office and any specified space. REFERENCES : Main: Bethune, J.D. (2010). Engineering Graphics With AutoCAD PrenticeHall. (ISBN ) Additional: Finkelstein, Ellen. (2006). AutoCAD 2007 and AutoCAD LT 2007 Bible. Wiley Publications. Kyles, S. R. (2008). AutoCAD Workbook For Architects and Engineers. WileyBlackwell. (ISBN ). Mohd Fadzil Daud & Khairul Anwar Hanafiah. (2010). Panduan Asas Lukisan Kejuruteraan, 2 nd. Edition. Universiti Teknologi Malaysia Press. (ISBN ). Riley, Paul. (2007). Discovering AutoCAD Pearson / Prentice Hall. (ISBN ).

8 Page : 8 of 8 GRADING No. Assessment Number % Each % Total Overall * Week Percentage 1. Practical Work End of Chapter % Practical Test Overall Total 100% * Implementation weeks are depend on lecturer s timetable and public holiday. ATTENDANCE : The student should adhere to the rules of attendance as stated in the ArahanArahan Peperiksaan dan Kaedah Penilaian which is approved by the Lembaga Peperiksaaan dan Penganugerahan Sijil/Diploma Politeknik : 1. Student must attend not less than 80 percent of the total hours of lecture and tutorial as required for the course. 2. The student will be prohibited from taking the final examination upon failure to comply the above requirement. Zero mark will be given the the course. ATTACHMENT : Lecturers Office Unit Extension No. Dr. Hanifah Binti Jambari hanifah@pis.edu.my JKE 2608 Engr. Rajandran A\L Morthui rajandran@pis.edu.my JKE 2608 Pn. Noorziza Binti Abdul Aziz noorziza@pis.edu.my JKE 1812 Pn.Intan Rafidah Binti Abd Rahim intanrafidah@pis.edu.my JKE 2608 Pn.Fazlina Binti Yunus fazlina@ pis.edu.my JKE 2608 En. Nordin Bin Zakariah nordin@ pis.edu.my JKE 1812