SYLLABUS LRM FIRST EDITION

MAJLIS AMANAH RAKYAT

Bahagian Kemahiran Dan Teknikal

DIPLOMA IN
DESIGN DRAUGHTING TECHNOLOGY

( MECHANICAL )

First Edi�on
( July 2018 )

CURRICULUM AND SYLLABUS
DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY

(MECHANICAL)

First Edition
(July 2018)

Bahagian Kemahiran Dan Teknikal MARA
Level 20 & 21, MARA Headquarters,
21, Jalan MARA,
50609 Kuala Lumpur.
Tel: 03-2613 4300

FIRST EDITION (JULY 2018)

PROGRAMME SYLLABUS AND CURRICULUM

© Bahagian Kemahiran DanTeknikal, 2018

All rights reserved. No part of this publication may be reproduced or transmitted in any
form or by any means, electronic or mechanical including photocopying, recording or
any information storage and retrieval system, without PRIOR permission in writing
from Bahagian Kemahiran Dan Teknikal, MARA.

This curriculum and syllabus is an official document published by Bahagian Kemahiran
Dan Teknikal. It should be used for Technical and Vocational Education System
Bahagian Kemahiran Dan Teknikal, MARA only. This curriculum and syllabus can only
be circulated internally and used in the premises of Bahagian Kemahiran Dan Teknikal
(BKT), Kolej Kemahiran Tinggi MARA (KKTM), MARA-Japan Industrial Institute (MJII)
and Institut Kemahiran MARA (IKM). Distribution and usage other than BKT, KKTM
and IKM shall obtain written approval from the Director of Bahagian Kemahiran Dan
Teknikal.

Published by:

Cawangan Pengajian,
Bahagian Kemahiran Dan Teknikal MARA
Level 20 & 21, Mara Headquarters,
50609, Jalan MARA,
KUALA LUMPUR
03 26134620

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL)

FIRST EDITION (JULY 2018)

SYLLABUS ENDORSEMENT

___________________________________________________________________

“It is certified that this programme syllabus has been endorsed by the BKT Senate and
will be implemented for the teaching and learning purposes for Diploma in Design
Draughting Technology (Mechanical).”

ENDORSEMENT STAMP
SENAT

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL)

CONTENTS FIRST EDITION (JULY 2018)

Pages

1 Curriculum Structure 1
7
1.1 Diploma In Design Draughting Technology (Mechanical)
Single Tier (DKM 4) - LRM 10
13
1.2 Diploma In Design Draughting Technology (Mechanical) 19
Level 4 (DKM 4) - GMD 22

2 Semester 1 Syllabus

2.1 GMD10014 Engineering Drawing

2.2 GMD10024 CAD for Engineering 1

2.3 GMD10032 Mechanical Workshop

2.8 NUY1011 Co-Curriculum 1

3 Semester 2 Syllabus

3.1 GMD21044 Mechanical Draughting 1 24
28
3.2 GMD21054 CAD for Engineering 2 32
36
3.3 GMD20062 Mechanical and Electrical Services Drawing 1 40
44
3.4 GMD20072 Engineering Materials Fundamentals

3.5 GYV20022 Engineering Science 1

3.7 NUY2121 Co-Curriculum 2

4 Semester 3 Syllabus 46
4.1 GMD31084 Mechanical Draughting 2 49
4.2 GMD31094 CAD for Engineering 3 53
4.3 GMD31102 Mechanical and Electrical Services Drawing 2 57
4.4 GMD30112 Process Piping Draughting

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL)

4.5 GMD30122 Supervisory Management FIRST EDITION (JULY 2018)

60

5 Semester 4 Syllabus 64
5.1 GMD40134 CAD for Design 69
5.2 GMD40142 Project Proposal 73
5.3 GMD40153 Services Departmental Management Assistance 80
5.4 GMD40163 Office and Facilities Maintenance Administration

6 Semester 5 Syllabus 85
6.1 GMD50174 CAD for Manufacturing 90
6.2 GMD51183 CAD for Building Services 93
6.3 GMD51193 CAD for Process Piping Design 97
6.4 GMD50204 Training and Development Administration 102
6.5 GMD51213 Final Year Project

7 Semester 6 Syllabus 105
7.1 GLT60110 Industrial Training

8 List of MARA Technical Committee (M-TEC) 107

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL)

CURRICULUM STRUCTURE
LRM

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
SINGLE TIE

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD10014 Engineering Drawing Discipline Core 4
CAD for Engineering 1 Discipline Core 4
2 GMD10024 Mechanical Workshop Discipline Core 2
Core Ability 1 Common Core 1
3 GMD10032 Mathematics A Common Core 2
Penghayatan Islam
4 AYV10001 Moral dan Nilai Murni Compulsory 2
Communicative English 1 Compulsory
5 NUM1022 Co-Curriculum 1 Compulsory 2
1 NUS1012 Compulsory 1
18
6 10
3
7 NUN1012 5
72
8 NUE1022 28
39
9 NUY1011 61

Core Technical Course(s) :
Common Technical Course(s) :
Compulsory Courses(s) :
% Core and Common Technical Course(s) :
% Compulsory Courses((s) :
% Theory :
% Practical :

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL) - LRM
ER (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 20.0
29 115 0 144 5 11.0 160.0 8
0 144 3 13.0 160.0 4
18 126 0 72 0 8.0 80.0 1
0 18 8 14.0 40.0 2
12 60 17 36 2 42.0 80.0 2
0 36 1 43.0 80.0 2
18 0 0 36 1 43.0 80.0 2
19 36 4 40.0 80.0 2
19 0 0 30 10 0.0 40.0 29
36 552 34 214 800
32 4 0 360 8 32.0 400.0
17 54 10 56 120
36 0 19 138 16 126 280

17 0

0 30

181 335
59 301
37 0
85 34
27 73

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 1

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
SINGLE TIE

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD21044 Mechanical Draughting 1 Discipline Core 4
2 GMD21054 Discipline Core
3 GMD20062 CAD for Engineering 2 Discipline Core 4
4 GMD20072 Discipline Core
2 5 GYV20022 Mechanical and Electrical Services Drawing 1 Common Core 2
6 AYV20001 Common Core
7 NUA2022 Engineering Materials Fundamentals 2
8 NUY2121 Compulsory
Engineering Science 1 Compulsory 2

Core Ability 2 1

Pengajian Malaysia 2

Co-Curriculum 2 1

TOTAL 18
Core Technical Course(s) : 12.0
Common Technical Course(s) : 3.0
Compulsory Course(s) : 3.0
% Core and Common Technical Course(s) : 83.3
% Compulsory Courses((s) : 16.7
% Theory : 38.8
% Practical : 61.2

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL) - LRM
ER (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 18.0
17 127 0 144 5 11.0 160.0 8
4
19 125 0 144 5 11.0 160.0 3
3
18 54 0 72 0 8.0 80.0 1
2
38 0 16 54 2 24.0 80.0 2
31
36 0 18 54 4 22.0 80.0

18 0 0 18 8 14.0 40.0

36 0 0 36 0 44.0 80.0

0 30 0 30 10 0.0 40.0

181 335 33 551 33 133 719
92.0 306.0
0.0 16.0 414.0 12.0 54.0 480.0
36.0 0.0
26.1 30.0 0.0 0.0 0.0 0.0 0.0
73.9
0.0 66.0 10.0 44.0 120.0

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 2

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
SINGLE TIE

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD31084 Mechanical Draughting 2 Discipline Core 4
Discipline Core
2 GMD31094 CAD for Engineering 3 Discipline Core 4
Discipline Core
3 GMD31102 Mechanical and Electrical Services Drawing 2 Discipline Core 2
Common Core
4 GMD30112 Process Piping Draughting 2
3 Compulsory
Supervisory Management 2
5 GMD30122
Core Ability 3 2
6 AYV30002
Communicative English 2 1
7 NUE3121
TOTAL 17
Core Technical Course(s) : 14
Common Technical Course(s) : 2
Compulsory Courses(s) : 1
% Core and Common Technical Course(s) : 94
% Compulsory Courses((s) : 6
% Theory : 32
% Practical : 68

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL) - LRM
ER (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 17.0
22 122 0 144 5 11.0 160.0 8
4
19 125 0 144 5 11.0 160.0 4
2
18 54 0 72 0 8.0 80.0 2
1
17 55 0 72 0 8.0 80.0 29

36 0 0 36 0 44.0 80.0

36 0 0 36 11 33.0 80.0

13 0 5 18 4 18.0 40.0

161 356 5 522 25 133.0 680.0
112 356
0 468 10 82 560.0
00
13 0 0 0000
24 76
5 18 4 18 40

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 3

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
SINGLE TIE

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD40134 CAD for Design Discipline Core 4
Discipline Core
2 GMD40142 Project Proposal Discipline Core 2
Discipline Core
3 GMD40153 Services Departmental Management Assistance Common Core 3
Common Core
4 4 GMD40163 Office and Facilities Maintenance Administration 3

5 AYV40002 Core Ability 4 2

6 NUK4012 Digital Entrepreneurship 2

TOTAL 16
12
Core Technical Course(s) : 4
Common Technical Course(s) : 0
Compulsory Courses((s) : 100
% Core and Common Technical Course(s) : 0
% Compulsory Courses((s) : 21
% Theory : 79
% Practical :

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL) - LRM
ER (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 16.0
18 119 0 137 5 18.0 160.0 4
6
9 63 0 72 0 8.0 80.0 6
2
16 88 0 104 0 16.0 120.0 2
28
16 88 0 104 0 16.0 120.0

36 0 0 36 0 44.0 80.0

8 28 0 36 0 44.0 80.0

103 386 0 489 5 146.0 640.0
59 358
00 0 417 5 58 480.0
8 28
14 86 0 0000

0 36 0 44 80

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 4

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
SINGLE TIE

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD50174 CAD for Manufacturing Discipline Core 4
Discipline Core
2 GMD51183 CAD for Building Services Discipline Core 3
Discipline Core
3 GMD51193 CAD for Process Piping Design Discipline Core 3

5 3
4 GMD50204 Training and Development Administration
3
5 GMD51213 Final Year Project
16
TOTAL 16
0
Core Technical Course(s) : 0
Common Technical Course(s) : 100
Compulsory Courses(s) : 0
% Core and Common Technical Course(s) : 12
% Compulsory Courses((s) : 88
% Theory :
% Practical :

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL) - LRM
ER (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 16.0
18 119 0 137 5 18.0 160.0 6
18 90 0 108 0 12.0 120.0 6
18 90 0 108 0 12.0 120.0
6
14 92 0 106 0 14.0 120.0
6
0 108 0 108 0 12.0 120.0 32

68 499 0 567 5 68.0 640.0

68 499 0 567 5 68 640.0
00
00 0 0000
12 88
0 0000

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 5

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
SINGLE TIE

SEM NO CODE COURSE CLASSIFICATION CREDIT
10
1 GLT60110 Industrial Training
6

TOTAL 10

Core Technical Course(s) : 0
Common Technical Course(s) : 10
Compulsory Courses(s) : 0
% Core and Common Technical Course(s) : 100
% Compulsory Courses(s) : 0
% Theory : 0
% Practical : 100

OVERALL CREDIT

Core Technical Course(s) : 64
Common Technical Course(s) : 12
Compulsory Courses(s) : 9
Industrial Training : 10
TOTAL 95
% Core and Common Technical Course(s) : 80
% Compulsory Courses(s) : 20
% Theory : 19
% Practical : 81

Note :
ILT : Independent Learning Time
SLT : Student Learning Time

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL) - LRM
ER (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM EQUIVALENT CREDIT

SEM SEM SEM FACE / SEM SEM

0 400 0 400 0 0.0 400

0 400 0 400 0 0.0 400 10.0

00 0 0 0 0.0 0.0
0 400 0 400 0 0.0 400.0
00 0 0 0 0.0 0.0
0 100

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM EQUIVALENT CREDIT
SEM
SEM SEM FACE / SEM SEM 294 2560.0 64.0
16 56 520.0 13.0
390 1820 17 2226 40 232 520 15.3
37 400 24 454 10 0 400 10.0
142 92 0 258 30 582 4000 102.3
0 400 400 0
57
569 2712 3338 80

17 83

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 6

CURRICULUM STRUCTURE
GMD

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
LEVEL 4

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD40134 CAD for Design Discipline Core 4
Discipline Core 2
2 GMD40142 Project Proposal Discipline Core 3
Discipline Core 3
3 GMD40153 Services Departmental Management Assistance Common Core 2

4 GMD40163 Office and Facilities Maintenance Administration Compulsory 1
Compulsory
5 AYV40002 Core Ability 4 Compulsory 2
1 Common Core 2
19
6 NUS1021 Islam Dalam Kehidupan 12
4
7 NUN1021 Etika dan Moral 3
84
8 NUE1012 Communicative English 16
31
9 NUK2012 Digital Entrepreneurship 69

TOTAL

Core Technical Course(s) :
Common Technical Course(s) :
Compulsory Courses((s) :
% Core and Common Technical Course(s) :
% Compulsory Courses((s) :
% Theory :
% Practical :

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL). - GMD
4 (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 20.0
18 119 0 137 5 18.0 160.0 4
6
9 63 0 72 0 8.0 80.0 6
2
16 88 0 104 0 16.0 120.0
1
16 88 0 104 0 16.0 120.0
2
36 0 0 36 0 44.0 80.0 2
31
18 0 0 18 0 22.0 40.0

18 0 0 18 0 22.0 40.0

26 0 10 36 4 40.0 80.0

8 28 0 36 0 44.0 80.0

165 386 10 561 9 230.0 800.0
59 358
8 28 0 417 5 58 480.0
00
15 85 0 36 0 44 80

0 0000

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 7

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
LEVEL 4

SEM NO CODE COURSE CLASSIFICATION CREDIT

1 GMD50174 CAD for Manufacturing Discipline Core 4
Discipline Core
2 GMD51183 CAD for Building Services Discipline Core 3
Discipline Core
3 GMD51193 CAD for Process Piping Design Discipline Core 3

2 3
4 GMD50204 Training and Development Administration
3
5 GMD51213 Final Year Project
16
TOTAL 16
0
Core Technical Course(s) : 0
Common Technical Course(s) : 100
Compulsory Courses(s) : 0
% Core and Common Technical Course(s) : 12
% Compulsory Courses((s) : 88
% Theory :
% Practical :

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL). - GMD
4 (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM HOUR / EQUIVALENT
WEEK CREDIT
SEM SEM SEM FACE / SEM SEM
8 16.0
18 119 0 137 5 18.0 160.0 6
18 90 0 108 0 12.0 120.0 6
18 90 0 108 0 12.0 120.0
6
14 92 0 106 0 14.0 120.0
6
0 108 0 108 0 12.0 120.0 32

68 499 0 567 5 68.0 640.0

68 499 0 567 5 68 640.0
00
00 0 0000
12 88
0 0000

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 8

INSTITUT KEMA

DIPLOMA IN DESIGN DRAUGHTING T
LEVEL 4

SEM NO CODE COURSE CLASSIFICATION CREDIT
10
1 GLT60110 Industrial Training
3

TOTAL 10

Core Technical Course(s) : 0
Common Technical Course(s) : 10
Compulsory Courses(s) : 0
% Core and Common Technical Course(s) : 100
% Compulsory Courses(s) : 0
% Theory : 0
% Practical : 100

OVERALL CREDIT

Core Technical Course(s) : 28
Common Technical Course(s) : 4
Compulsory Courses(s) : 3
Industrial Training : 10
TOTAL 45
% Core and Common Technical Course(s) : 71
% Compulsory Courses(s) : 29
% Theory : 10
% Practical : 90

Note :
ILT : Independent Learning Time
SLT : Student Learning Time

FIRST EDITION (JULY 2018)

AHIRAN MARA

TECHNOLOGY (MECHANICAL). - GMD
4 (DKM 4)

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM EQUIVALENT CREDIT

SEM SEM SEM FACE / SEM SEM

0 400 0 400 0 0.0 400

0 400 0 400 0 0.0 400 10.0

00 0 0 0 0.0 0.0
0 400 0 400 0 0.0 400.0
00 0 0 0 0.0 0.0
0 100

LECTURE / PRACTICAL / TUTORIAL / FACE TO OTHERS / ILT / SEM SLT / SEM EQUIVALENT CREDIT
SEM
SEM SEM FACE / SEM SEM 126 1120.0 28.0
0 44 80.0 2.0
127 857 0 984 10 0 0.0 15.3
8 28 0 36 0 0 400 10.0
00 0 0 0 170 1600 55.3
0 400 400 0
0
135 1285 1420 10

13 87

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 9

SYLLABUS: SEMESTER 1

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA

Diploma in Design Draughting Technology (Mechanical)

Course Title ENGINEERING DRAWING
GMD10014
Course Code Discipline Core
Diploma
Status
This course explains the fundamental principles and procedures of engineering
Level drawing and to comply with prescribed standards.

Lecturer(s) Sem 1 / Yr 1

Rationale for the Face to Face Others ILT SLT
inclusion of the (Hours) (Hours) (Hours) (Hours)
course in the
programme LT P
115
Semester and 29 0 5 11 160
Year Offered 4
Total Student
Learning Time
(SLT)
L = Lecture
T = Tutorial
P = Practical

Credit Value

Prerequisite None
(if any)
After completing this course, students should be able to:
Learning
Outcomes 1. Use basic knowledge of to perform technical drawing according to standard and
conversion.

2. Draw various geometrical constructions using appropriate technique and
drawing tools.

3. Produce multiview projection, sectional view and pictorial drawing using
appropriate techniques and skills

Transferable Hands On Skills
Skills

Teaching- Teaching-learning strategy
learning and
assessment Teaching and learning will be via face to face, Experimental Method and Student
strategy centered learning. Students will also be required to do their own self-study and
research for certain topics, homework, and assignments.

Assessment strategy:

Assessment will be both formative and summative. Students learning will be
assessed using quizzes, oral presentation, in classroom test, group assignment
and individual practical test. Peer evaluation will be part of the assessment of a
team work

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 10

FIRST EDITION (JULY 2018)

Mode of Delivery Lecture, Demonstration and Individual Project

Synopsis The course introduces students to basic engineering drawing.

Assessment Course Work (60%) 5% A1 (T) : Practical Test 1 10%
Scheme T1(Q) : Quiz 1 5% A2 (T) : 10%
A3 : Practical Test 2 30%
T2(Q) : Quiz 2
Practical Drawing
(min:5)

Final Exam (40%)

A4(F) : Final (Practical) 40%

Grading Scheme Pass – 60 marks and above
Fail – Other than the above
Mapping of the N/A
course to the
Programme Aims N/A
Mapping of the
course to the
Programme
Learning
Outcomes

Unit Content Title Hours ILT
Lecture Tutorial Practical

1.0 Introduction To Engineering 100 0

1.1 Various Engineering Fields
1.2 Knowing on Engineering

Standard Codes, etc.
1.3 Technical Know-how on

Engineering Ethics
1.4 Other Relevant Knowledge

2.0 Basic Lab Skills

2.1 Introduction to engineering

drawing

2.2 Introduction to drawing tools 6 0 14 2
2.3 Reproduce Drawings

2.4 Lettering in Engineering

drawing

2.5 Engineering Drawing Lines

2.6 Scales (SI & Imperial units)

3.0 Geometrical Constructions 6 0 21 3

3.1 Draw Straight Lines
3.2 Construct Angles
3.3 Construct Plane Figures
3.4 Construct Circles And Arcs
3.5 Construct Various Curves
3.6 Construct Solid Figures

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 11

FIRST EDITION (JULY 2018)

4.0 Multiview Projections 6 0 35 3

4.1 Definition of Orthographic
Projection

4.2 First Angle Projection and
Third Angle Projection

4.3 Freehand sketching
4.4 Dimensioning

5.0 Sectional View 6 0 23 2

5.1 Types Of section.
5.2 Sectioning Symbols
5.3 Draw Conventional Breaks

6.0 Pictorial Drawing

6.1 Introduction to Pictorial 4 0 18 1
Drawing

6.2 Axonometric
6.3 Oblique
6.4 Perspective

Sub Total Hours 29 0 111 11
0 02 0
Assessment Practical Test1 0 02 0
29 0 115
During Teaching
& Learning Hours Practical Test2 0

Total Hours

Others

Assessment Final practical 05 0
Outside 11
Teaching & 5
Learning Hours 160
4
Total Hours

Total Student Learning Time (SLT)

Credit Hours (SLT/40)

Main References 1. Frederick E. Giesecke, Ivan L. Hill, Henry C. Spencer, Alva E. Mitchell, John
Thomas Dygdon, James E. Novak, Shawna E. Lockhart Marla
Goodman (January 7, 2011).Technical Drawing with Engineering Graphics.
14th Edition. Peachpit Press, ISBN: 9780135090497.

2. Carl T. F. Ross, John Bird (May 17, 2012). Mechanical Engineering Principles.
2nd Edition. Taylor & Francis Ltd, ISBN: 415517850.

Additional 1. Madsen, David A. (2006). Engineering Drawing & Design. 3rd Edition. Pulmar
References Pub, ISBN: 0-7668-1634-6.

2. www.moe.gov.my

Other Additional 1. Modul Amali Engineering Drawing – Bahagian Kemahiran Dan Teknikal

Information 2011

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 12

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA

Diploma in Design Draughting Technology (Mechanical)

Course Title CAD FOR ENGINEERING 1
Course Code GMD10024
Status Discipline Core
Level Diploma
Lecturer(s)

Rationale for This course is to equip students with the computer peripheral knowledge and CAD
the inclusion of software as a preparation to enhance their draughting and design skills.
the course in
the programme

Semester and Sem 1 / Yr 1 Other ILT SLT
Year Offered (Hours) (Hours) (Hours)
Total Student Face to Face
Learning Time (Hours)
(SLT)

L = Lecture L TP 13 160
T = Tutorial 18 0 126 3
P = Practical

Credit Value 4

Prerequisite None
(if any)
After completing this course, students should be able to :
Learning
Outcomes 1. Identify computer aided drafting & design facilities, the hardware and software
requirement.
Transferable
Skills 2. Apply CAD system software to draw, edit, store, retrieve and plot/print drawing
files.
Teaching-
learning and 3. Construct and produce 3D Isometric drawing, 3D CAD Wireframe, Surface &
assessment Solid Model.
strategy
4. Produce 2D orthographic drawing from 3D Solid Model.

ICT Skills , Technical Drawing Skills and Computer Drawing Skills

Teaching-learning strategy
Teaching and learning will be via face to face, active learning and experimental
method. Students will also be required to do their own self-study and research for
certain topics, homework, and assignments.

Assessment strategy:
Assessment will be both formative and summative. Students learning will be
assessed using quizzes, oral presentation, in classroom test, group assignment and
individual practical test. Peer evaluation will be part of the assessment of a team
work.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 13

FIRST EDITION (JULY 2018)

Mode of Lecture, Presentation and Demonstration
Delivery

Synopsis In this course, the students will be introduced to Computer Aided Drafting (AutoCAD)
software and the tools (Equipment) used in the AutoCAD system for producing
Assessment technical drawing.
Scheme
Course Work (60%)
5% A1 (T) : Practical Test 1 15%
T1(Q) : Quiz 1 5% A2 (T) : 15%
T2(Q) : Quiz 2 A3 : Practical Test 2 20%

Practical Drawing
(min:5)

Final Exam (40%)

A4(F) : Final (Practical) 40%

Grading Pass –60 marks and above
Scheme Fail – Other than the above
N/A
Mapping of the
course to the N/A
Programme
Aims
Mapping of the
course to the
Programme
Learning
Outcomes

Unit Content Title Hours ILT
Lecture Tutorial Practical

1.0 Introduction 1 070

1.1 Introduction to AutoCAD.
1.2 AutoCAD’s Main Windows.
1.3 Commands Entering Methods.
1.4 Function and Control Keys.
1.5 Files Handling.
1.6 Basic Drawing Setup.
1.7 Exercises.

2.0 Drawing & Modify Commands – Basic

2.1 Line Command. 1 070
2.2 Circle Command.
2.3 Arc Command.
2.4 Erase Command.
2.5 Undo Command.
2.6 Redo Command.
2.7 Exercises.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 14

FIRST EDITION (JULY 2018)

3.0 Coordinate Systems 1 071
1 071
3.1 Absolute Coordinate. 1 071
3.2 Relative Coorinate.
3.3 Polar Coordinate. 1 071
3.4 Exercises.
1 071
4.0 Drafting Utilities

4.1 Object Snap.
4.2 Selection Sets.
4.3 Inquiry Commands.
4.4 Exercises.

Display Commands
5.0

5.1 Zoom Command.
5.2 Pan Command.
5.3 Redraw Command.
5.4 Viewres Command.
5.5 Aerial View.
5.6 Exercises.

Drawing Commands – Advance
6.0

6.1 Point Command.
6.2 Donut Command.
6.3 Polyline Command.
6.4 Rectangle Command.
6.5 Polygon Command.
6.6 Ellipse Command.
6.7 Mline Command.
6.8 Xline Command.
6.9 Spline Command.
6.10 Sketch Command.
6.11 Hatch Command.
6.12 Divide Command.
6.13 Block Command.
6.14 Exercises

Modify Commands – Manipulation
7.0

7.1 Move Command.
7.2 Copy Command.
7.3 Mirror Command.
7.4 Rotate Command.
7.5 Offset Command.
7.6 Array Command.
7.7 Align Command.
7.8 Exercises

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 15

8.0 Modify Commands – Alteration 1 FIRST EDITION (JULY 2018)
1
9.0 8.1 Extend Command. 1 071
10.0 8.2 Trim Command. 1 071
11.0 8.3 Break Command. 1 071
12.0 8.4 Joint Command. 051
8.5 Fillet Command. 071
8.6 Chamfer Command.
8.7 Stretch Command.
8.8 Scale Command.
8.9 Lengthen Command.
8.10 Group Command.
8.11 Explode Command.
8.12 Exercises.

Layers, Linetypes And Colors

9.1 Concepts.
9.2 Layer, Linetype & Color

Commands.
9.3 Ltscale Command.
9.4 Exercises.

Modify Command – Advance

10.1 Chprop & Ddchprop Command.
10.2 Ddmodify Command.
10.3 Matchprop Command.
10.4 Pedit Command.
10.5 Splinedit Command.
10.6 MLedit Command.
10.7 Exercises.

Creating And Editing Text

11.1 Dtext, Text & Mtext Commands
11.2 Text Styles, Fonts, External Text

& External Editors
11.3 Editing Text with Ddedit & Chprop
11.4 Exercises.

Dimensioning

12.1 Concepts
12.2 Associative Dimensions.
12.3 Linear Dimensions (Horizontal &

Vertical).
12.4 Aligned Dimensions.
12.5 Baseline Dimensions.
12.6 Continued Dimensions.
12.7 Angular Dimensions.
12.8 Dimensioning Circles & Arcs

(Radius & Diameter).
12.9 Jogged Dimensions.
12.10 Ordinate Dimensions.
12.11 Adding & Modifying Dimension

Text.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 16

12.12 Using Dimension Styles. FIRST EDITION (JULY 2018)
12.13 Updating Dimension Styles.
12.14 Exercises. 050

13.0 Printing And Plotting 1 0 10 1

13.1 Typical Steps To Plotting. 071
13.2 Using The Plot Command.
13.3 Paper Space to plot drawings 0 18 1

layouts. 0 122 13
13.4 Exercises. 000
020
14.0 Pictorial Drawing 1 020
000
14.1 Concepts. 0 126
14.2 Isometric Drawing In AutoCAD. 0 30
14.3 Oblique Drawing In AutoCAD.
14.4 Exercises.

15.0 3D Basic And 3D Viewing

15.1 Concepts. 1
15.2 3D Coordinate Entry
15.3 Coordinate System – WCS, UCS.
15.4 The Right Hand Rule.
15.5 3D Viewing Commands.
15.6 3D Display Commands.
15.7 Exercises.

16.0 3D Applications

16.1 Wireframe Modeling Concepts & 3
Commands.
18
16.2 Solid Modeling Concepts & 0
Commands. 0
0
16.3 Creating drawing from 3D 0
Application. 18

16.4 Convert Solid Modelling To 0
Surface Modelling

16.5 Exercises.

Sub Total Hours

Assessment Theory Test

During Teaching Practical Test 1
& Learning

Hours Practical Test 2

Theory Assignment

Total Hours

Others

Assessment Final Practical
Outside
Teaching &
Learning Hours

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 17

FIRST EDITION (JULY 2018)

Total Hours 3 13

Total Student Learning Time (SLT) 160

Credit Hours (SLT/40) 4

Main 1. Giesecke, Mitchell, Spencer, Hill, Dygdon, Novak(2006). Technical Drawing. 12th
References Edition. Mc Graw-Hill Book Co., ISBN : 0-13-008183-3.

2. AutoCAD 2009 For Instructors Guide, Autodesk Press Inc.
3. Jefferis, Tereasa Jefferis, Micheal Jones (2009). Autocad User’s Guide Release.

By Alan, Auto Desk Press Inc.

Additional 1. Modul Pembelajaran KMD 1024 ‘CAD For Engineering 1’ - Bahagian Kemahiran
References dan Teknikal.

Other
Additional
Information

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 18

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA

Diploma in Design Draughting Technology (Mechanical)

Course Title MECHANICAL WORKSHOP
Course Code GMD10032
Status Discipline Core
Level Diploma
Lecturer(s)

Rationale for This course is offered to equip students with the workshop practices knowledge and
the inclusion of skills.
the course in
the programme

Semester and Sem 1 / Yr 1 Others ILT SLT
Year Offered (Hours) (Hours) (Hours)
Total Student Face to Face
Learning Time (Hours) P 0 8 80
(SLT) 60
L = Lecture LT
T = Tutorial
P = Practical 12 0

Credit Value 2

Prerequisite None
(if any) After completing this course, students should be able to :

Learning 1. Apply Explain safety procedure in various workshop practices.
Outcomes 2. Perform mechanical workshop practices using basic hand tools and

conventional machines.
3. Identify fundamental of advanced machining process.

Transferable Metalworking and Cutting Tools Skills
Skills
Teaching-learning strategy
Teaching- Teaching and learning will be via face to face, experiential method and student
learning and centred learning. Students will also be required to do their own self-study and
assessment research for certain topics, homework, and assignments.
strategy
Assessment strategy:
Assessment will be both formative and summative. Students learning will be
assessed using quizzes, oral presentation, in classroom test, group assignment
and individual practical test. Peer evaluation will be part of the assessment of a
team work.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 19

FIRST EDITION (JULY 2018)

Mode of Lecture and Demonstrate.
Delivery
This course is for the introduction to common workshop processes and procedures
Synopsis such as fitting work with the uses of measuring/testing instruments and use of
common machines. During the practical sessions, projects given involve various
Assessment fabrication processes such as drilling, tapping etc.
Scheme
Course Work (100%)
T1 (Q) : Quiz 10% A1(P) : Practical Project 1 30%
A2(P) : Practical Project 2 30%
A3(P) : Practical Project 3 30%

Final Exam

Grading Pass – 60 marks and above
Scheme Fail – Other than the above
N/A
Mapping of the
course to the N/A
Programme
Aims
Mapping of the
course to the
Programme
Learning
Outcomes

Unit Content Title Hours ILT
Lecture Tutorial Practical

1.0 Workshop Safety , Regulations 2001
And Machinery

1.1 Personnel safety
1.2 General equipment and

machinery safety
1.3 Basic first-aid
1.4 Standard Operating

Procedure (SOP).

2.0 Project 1 2 0 16 1

2.1 Measuring
2.2 Hands Tools
2.3 Marking-out
2.4 Cutting
2.5 Filing
2.6 Practical project 1

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 20

FIRST EDITION (JULY 2018)

3.0 Project 2 2 0 22 2

3.1 Measuring
3.2 Marking-out
3.3 Drilling & reaming
3.4 Tapping
3.5 Practical project 2

4.0 Project 3 2 0 22 2

4.1 Measuring
4.2 Marking-out
4.3 Practical project 3 – male &

female

Fundamental Of Advanced 4 00 2
Machining 0
0 00
5.0 12 0 60 0
5.1 CNC Machine 0 8
5.2 Wire cut & EDM Die Sinking 00
0
Assessment
80
During Teaching None 2
& Learning

Hours

Total Hours

Others

Assessment

Outside None
Teaching &

Learning Hours

Total Hours

Total Student Learning Time (SLT)

Credit Hours (SLT/40)

Main 1. Ibrahim Che Muda dan N. Ramudaram (1990). Teknologi Bengkel Mesin.
References DBP, ISBN: 9836212337.

2. McGraw-Hill Science/Engineering/Math; 7 edition (January 28, 2010).
Technology Of Machine Tools . .

Additional 1. Modul Amali Workshop Practice – Bahagian Kemahiran Dan Teknikal, 2011
References
Other
Additional
Information

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 21

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA
Diploma in Design Draughting Technology (Mechanical)

Course Title CO-CURRICULUM 1

Course Code NUY1011

Status Compulsary
Level Diploma
Lecturer(s)

Rationale for Co-curriculum are activities that educational organizations create for students to
the inclusion of prepare themselves in order to develop spiritually, physically, emotionally and
the course in intellectually in order to be more disciplined, independent and open-minded.
the programme

Semester and Sem 1 / Yr 1
Year Offered

Total Student Face to Face Others ILT SLT
Learning Time (Hours) (Hours) (Hours) (Hours)
(SLT)

L = Lecture L TP
T = Tutorial 0 0 30 10 0 40
P = Practical

Credit Value 1 (Minimum 30 hours per semester)

Prerequisite None
(if any)

After completing the subject, students should be able to :

Learning 1. Acquire the knowledge of clubs / uniform bodies fundamental.
Outcomes 2. Apply the techniques and skills in every activities organized by each clubs

/ uniform bodies.
3. Communicate effectively among colleagues/community through written

and oral mode.
4. Function effectively as an individual and in a group with the capacity to be

a leader as well as effective team member.
5. Demonstrate social skills and responsibilities in real situation through the

social service participation.
6. Perform good values and attitude to develop high discipline.

Transferable Social Interaction, Leadership, Communication and Skills that related to clubs and
Skills uniform bodies.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 22

FIRST EDITION (JULY 2018)

Teaching- Teaching-learning strategy
learning and
assessment Teaching and learning will be via face to face, student centered and active learning
strategy methods. Students will also be required to do their own self-study and research for
certain topics, homework, and assignments.
Mode of
Delivery Assessment strategy:

Synopsis Assessment will be both formative and summative. Students learning will be
assessed based on skills, social service, attitude development and attendance.

Practical, Lecture, Demonstration

There are two categories in this course which are Clubs and Uniform Bodies.
This course introduces student to enhance social interaction, leadership, healthy
recreation, self-discipline and self-confidence.

Assessment K1 : Skills 40%
Scheme K2 : Social Service (10 hours) 20%
K3 : Attitude Development 20%
K4 : Attendance (85%) 20%

Grading Pass – 50 marks and above
Scheme Fail – Other than the above
N/A
Mapping of the
course to the N/A
Programme
Aims

Mapping of the
course to the
Programme
Learning
Outcomes

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 23

SYLLABUS: SEMESTER 2

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA

Diploma in Design Draughting Technology (Mechanical)

Course Title MECHANICAL DRAUGHTING 1
Course Code GMD21044
Status Discipline Core
Level Diploma
Lecturer(s)

Rationale for This course is to prepare students with the drafting skills in describing types of
the inclusion of additional views, overlay surface, type of binders and calculation of tolerances with
the course in the industrial practices.
the programme

Semester and Sem 2 / Yr 1 Others ILT SLT
Year Offered (Hours) (Hours) (Hours)
Total Student Face to Face
Learning Time (Hours) P 5 11 160
(SLT) 127
L = Lecture LT
T = Tutorial
P = Practical 17 0

Credit Value 4

Prerequisite GMD10014 - ENGINEERING DRAWING
(if any) After completing this course, students should be able to :

Learning 1. Draw basic knowledge of auxiliary views using drawing application.
Outcomes 2. Assist in the analysing development of surfaces using Intersection and

interpenetration of solid
3. Apply appropriate techniques and draw type development of surfaces.
4. Demonstrate of working drawing practices according to given specification

fasteners and fit, limit tolerance.

Transferable ICT Skills, Practical Skills and Technical Drawing Skills
Skills

Teaching- Teaching-learning strategy
learning and
assessment Teaching and learning will be via Face To Face, Technology-Based Delivery,
strategy Experimental Method and Student Centred Learning . Students will also be
required to do their own self-study and research for certain topics, homework, and
assignments.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 24

FIRST EDITION (JULY 2018)

Assessment strategy:

Assessment will be both formative and summative. Students learning will be
assessed using quizzes, oral presentation, in classroom test, group assignment
and individual practical test. Peer evaluation will be part of the assessment of a
team work.

Mode of Lecture, Simulation, Demonstration and Individual Projects
Delivery
The course introduces students to auxiliary, intersection & development drawing
Synopsis and industrial practices.

Assessment Course Work (60%)
Scheme T1(Q) : Quiz 1

T2(Q) : Quiz 2 5% A1 (T) : Practical Test 1 10%
5% A2 (T) : Practical Test 2 10 %
A3 : Practical Drawing (min:5) 30%

Final Exam (40%)

A4(F) : Final (Practical) 40%

Grading Pass –60 marks and above
Scheme Fail – Other than the above
N/A
Mapping of the
course to the N/A
Programme
Aims
Mapping of the
course to the
Programme
Learning
Outcomes

Unit Content Title Hours ILT
Lecture Tutorial Practical

1.0 Auxiliary View 3 0 26 3

1.1 Introduction to an Auxiliary View
1.2 Primary Auxiliary View
1.3 Types of Primary Auxiliary View
1.4 Auxiliary Partial View
1.5 Reference Planes
1.6 Drawing an Auxiliary View

Reference-Plane Method
1.7 Classification of Auxiliary View
1.8 Categories of Auxiliary View
1.9 Drawing Auxiliary View having

Curved Surfaces

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 25

FIRST EDITION (JULY 2018)

2.0 Development Of Surfaces

2.1 Intersections / Interpenetrations of 2 0 20 1
solids and surface

2.2 Types of Development.

3.0 Working Drawing 2 0 22 2

3.1 Introduction
3.2 Detailed drawing
3.3 Assembly drawing

4.0 Fasteners 6 0 27 3

4.1 Temporary Fasteners
4.2 Permanent Fasteners
4.3 Related Symbol
4.4 Application on Working Drawing

5.0 Fit, Limit And Tolerance

5.1 Introduction
5.2 Tolerance Dimensioning i.e Fit & 4 0 27 2

Limit
5.3 Specification of Tolerance
5.4 Application on Working Drawing

Sub Total Hours 17 0 122 11
0 020
Assessment Practical Test 1
During Teaching 0 030
17 0 127
& Learning Practical Test 2
Hours

Total Hours

Others

Assessment

Outside Final Practical 0050
Teaching &

Learning Hours

Total Hours 5 11
160
Total Student Learning Time (SLT) 4

Credit Hours (SLT/40)

Main 1. Frederick E. Giesecke, Ivan L. Hill, Henry C. Spencer, Alva E. Mitchell, John
References Thomas Dygdon, James E. Novak, Shawna E. Lockhart Marla Goodman
(January 7, 2011).Technical Drawing with Engineering Graphics. 14th Edition.
Peachpit Press, ISBN: 9780135090497.

2. Carl T. F. Ross, John Bird (May 17, 2012). Mechanical Engineering Principles.
2nd Edition. Taylor & Francis Ltd, ISBN: 415517850.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 26

FIRST EDITION (JULY 2018)

Additional 1. Madsen, David A. (2006). Engineering Drawing & Design. 3rd Edition. Pulmar
References Pub, ISBN: 0-7668-1634-6.2.

Other 2. R.K Dhawan (2012). Machine Drawing In First Angle Projections. 5th Edition.
Additional S.Chand, ISBN -81-219-0824-8
Information
3. Ong Kok Seng (2000). Lukisan Mesin. Fajar Bakti, ISBN: 9789676506634
4. Mechanical Drafting : A Practical Guide To The Draughtsman Mechanical

Trades.
5. Machinery’s Handbook - Industrial Press Inc.

6. www.moe.gov.my

1. Modul Amali Mechanical Draughting 1- Bahagian Kemahiran Dan Teknikal,
2011

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 27

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA

Diploma in Design Draughting Technology (Mechanical)

Course Title CAD FOR ENGINEERING 2
Course Code GMD21054
Status Discipline Core
Level Diploma
Lecturer(s)

Rationale for This course is offered to equip students with the latest ICT technology software in
the inclusion of Engineering Drawing.
the course in
the programme

Semester and Sem 2 / Yr 1 Other ILT SLT
Year Offered (Hours) (Hours) (Hours)
Total Student Face to Face
Learning Time (Hours) P 5 11 160
(SLT) 125
L = Lecture LT
T = Tutorial
P = Practical 19 0

Credit Value 4

Prerequisite GMD10024 CAD FOR ENGINEERING 1
(if any)
After completing this course, students should be able to :
Learning
Outcomes 1. Identify CAD software environment to setup project files and drawing files.
2. Apply CADD software and its basic commands according to the software

procedure.
3. Create mechanical model and produce working drawing according to drawing

standard.
4. Create presentation drawing of mechanical engineering according to the

functional of the mechanism project.

Transferable ICT Skills and Computer Drawing Skills
Skills
Teaching-learning strategy
Teaching-
learning and Teaching and learning will be via face to face, active learning and experimental
assessment method. Students will also be required to do their own self-study and research for
strategy certain topics, homework, and assignments.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 28

FIRST EDITION (JULY 2018)

Assessment strategy:

Assessment will be both formative and summative. Students learning will be
assessed using quizzes, oral presentation, in classroom test, group assignment and
individual practical test. Peer evaluation will be part of the assessment of a team
work.

Mode of Lecture, Presentation and Demonstration
Delivery

Synopsis This course introduces to students Autodesk INVENTOR software to produced
drawings
Assessment
Scheme Course Work (60%)

T1(Q) : Quiz 1 5% A1 (T) : Practical Test 1 15%
T2(Q) : Quiz 2 5% A2 (T) : Practical Test 2 15%
A3 : Practical Drawing 20%
(min:5)

Final Exam (40%)

A4(F) : Final (Practical) 40%

Grading Pass –60 marks and above
Scheme Fail – Other than the above
N/A
Mapping of the
course to the N/A
Programme
Aims
Mapping of the
course to the
Programme
Learning
Outcomes

Unit Content Title Hours
1.0 Lecture Tutorial Practical ILT

Introduction

1.1 Introduction to Autodesk Inventor. 1 0 60
1.2 Getting Started with Autodesk

Inventor.
1.3 Online Help and Tutorials.
1.4 Exercises.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 29

FIRST EDITION (JULY 2018)

2.0 2D Sketching

2.1 Introduction to 2D Sketching. 2 0 14 1
2.2 Basic Draw Command.
2.3 Basic Modify Command.
2.4 Pattern Command.
2.5 Editing Sketches by Constraints.
2.6 Creating/Editing Sketches by

Dimensions.
2.7 Formatting the Sketches.
2.8 Insert/Open AutoCAD File.
2.9 Exercises.

3.0 3D Modeling

3.1 Introduction to 3D Modeling. 4 0 27 2
3.2 Create Command.
3.3 Modify Command.
3.4 Pattern Command.
3.5 Sketch Planes.
3.6 Project Geometry.
3.7 Share Sketch.
3.8 Edit Features.
3.9 Work Features.
3.10 Surface Command.
3.11 Exercises.

4.0 Working With Drawing.

4.1 Introduction to Drawing. 5 0 30 3
4.2 Drawing Resources.
4.3 Setting Drawing Standards.
4.4 Create command.
4.5 Create Sketch.
4.6 Modify command.
4.7 Dimension command.
4.8 Feature Notes command.
4.9 Text command.
4.10 Symbols command.
4.11 Table command.
4.12 Exercises.

Assembly Modeling

5.0
5.1 Introduction to Assembly Modeling.

5.2 Component Command.

5.3 Position Command. 4 0 25 2
5.4 Creating & Annotating an Assembly

Drawing.

5.5 Exercises.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 30

FIRST EDITION (JULY 2018)

Presentation 3 0 18 3

6.0
6.1 Introduction to Presentation.

6.2 Create Command.

6.3 Browser Filter.

6.4 Animation and Video Making.

6.5 Creating an Exploded Drawing from 19 0 120 11

Presentation file.

6.6 Exercises.

Sub Total Hours

Assessment Practical Test 1 0 0 20
0 0 30
During Teaching

& Learning Practical Test 2
Hours

Total Hours 19 0 125

Others

Assessment

Outside Final Theory/Practical 00 50
Teaching &

Learning Hours

Total Hours 5 11

Total Student Learning Time (SLT) 160

Credit Hours (SLT/40) 4

Main 1. Frederick E. Giesecke, Ivan L. Hill, Henry C. Spencer, Alva E. Mitchell, John
References Thomas Dygdon, James E. Novak, Shawna E. Lockhart Marla Goodman
(January 7, 2011).Technical Drawing with Engineering Graphics. 14th Edition.
Peachpit Press, ISBN: 9780135090497.

2. Curtis Waguespack (May 2012). Mastering Autodesk Inventor 2013 and
Autodesk Inventor LT 2013. Wiley Publishing Inc, ISBN: 978-1-118-27430-9.

Additional 1. Modul Pembelajaran KMD 2124 ‘CAD For Engineering 2’ – Bahagian
References Kemahiran dan Teknikal.

Other
Additional
Information

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 31