SYLLABUS - GMD40134

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

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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

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL)

FIRST EDITION (JULY 2018)

INSTITUT KEMAHIRAN MARA
Diploma in Design Draughting Technology (Mechanical)

Course Title CAD FOR DESIGN
GMD40134
Course Code Discipline Core
Diploma
Status
This course is offered to equip students with the latest ICT technology software in
Level Engineering Drawing.

Lecturer(s) Sem 4 / Yr 2 Others ILT SLT
(Hours) (Hours) (Hours)
Rationale for the Face to Face
inclusion of the (Hours) P 5 18 160
course in the 119
programme LT

Semester and 18 0
Year Offered
Total Student
Learning Time
(SLT)

L = Lecture
T = Tutorial
P = Practical

Credit Value 4

Prerequisite None
(if any)
After completing this course, students should be able to:
Learning
Outcomes 1. Produce design with complex surface and create photo-realistic rendering
and explore modeling tools to create finishing features. Create animation of
the design using Fusion 360.

2. Organise data using a centralized, cloud – based, collaboration platform and
produce drawing creation according to drawing standard.

3. Produce design of complex assembly mechanism, generate animations and
create toolpaths to produce setup sheet & NC code via post processing.

4. Produce variety of Analysis according to product design within time frame.

Transferable ICT Skills and Computer Drawing Skills
Skills

Teaching- Teaching-learning strategy:
learning and
Teaching and learning will be via face to face, collaborative learning, work-
assessment based learning and experiential methods. Students will also be required to do
strategy their own self-study and research for certain topics, homework, and
assignments.

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 64

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Assessment strategy:

Assessment will be both formative and summative. Students learning will be
assessed using 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 Delivery Lecture, Demonstration and Individual Project.

Synopsis This course introduces the student the capabilities of Autodesk Fusion 360 to
draw and design mechanical engineering drawing. The students will be exposed
to the application of high-end CAD/CAM software for generating geometric
modeling, part programming and also analysis. Student will learn the basic of
CAD/CAM software which enhance the easy way to program CNC machines.
Toolpath generation will be studied as an aid for practice and creative program
generation. New techniques in programming such as more complex surfaces, 3D
geometry, the CAD/CAM principles, post processor and variety of Analysis will
be learned.

Assessment Course Work (60%)

Scheme 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 30%

(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 N/A
Programme
Aims

Mapping of the
course to the
Programme
Learning
Outcomes

Unit Content Title Hours ILT
Lecture Tutorial Practical

1.0 INTRODUCTION TO FUSION 360 107 1

1.1 Introduction to Fusion 360
1.2 Preferences
1.3 User Interface
1.4 Navigation
1.5 Data Panel Interface

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 65

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2.0 SKETCHING

2.1 Introduction to 2D Sketching 2 0 14 2
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 Exercises

3.0 SCULPTING

3.1 Introduction to Sculpting 2 0 14 2
3.2 Creating a T-Spline Form
3.3 Modify a T-Spline Form
3.4 Creating a T-Spline Form using a

reference image
3.5 Introduction to Patch
3.6 Patch with Imported Data &

Sculpted Bodies
3.7 Modifying a Surface Body
3.8 Exercises

4.0 SOLID MODELING

4.1. Introduction to Solid Modeling 2 0 14 2
4.2. Modeling based on Sketches
4.3. Introduction to Rendering
4.4. Applying & Editing Materials
4.5. Adding Decal
4.6. Changing the Environment

Setting
4.7. Creating an image with

Rendering
4.8. Exercises

5.0 SHEET METAL

5.1. Introduction to Sheet Metal 2 0 14 2
parts in Fusion 360

5.2. Create the sketch profile and a
base flange

5.3. Create the sheet metal flange
5.4. Create and apply a new rule
5.5. Create flat pattern
5.6. Exercises

6.0 MANAGE AND COLLABORATE
1071

6.1. Creating and Manage Fusion
360 Group Project

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 66

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6.2. Access data in web browser &
from a mobile device

6.3. Insert designs into other designs
6.4. Share designs
6.5. Exercises

7.0 DRAWING CREATION

7.1. Introduction to Drawing Views
7.2. Projected Views and Details

Views
7.3. Text and Leader Notes
7.4. Dimensions
7.5. Parts List, Balloons and Title 2 0 7 2

Block
7.6. Drawing Setting and

Preferences
7.7. Associatively Update the

Drawing
7.8. Output the Drawing

8.0 ASSEMBLY DESIGN 2 0 14 2

8.1. Joints
8.2. Top Down Design
8.3. Distributed Design
8.4. Animation
8.5. Exercises

9.0 MACHINING (CAM)

9.1. Work holding and Job Setup

9.2. Toolpath Operations 2 0 10 2
9.3. Setup Sheet

9.4. Post Processor

9.5. Exercises

10.0 SIMULATION - ANALYSIS

10.1 Static Stress Analysis
10.2 Model Frequencies Analysis
10.3 Structural Buckling Analysis 2 0 14 2
10.4 Thermal Analysis
10.5 Thermal Stress Analysis
10.6 Shape Optimization
10.7 Exercises

Sub Total Hours 18 0 115 18
Practical Test 1 0020

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 67

FIRST EDITION (JULY 2018)

Assessment Practical Test 2 0 020
18 0 119 18
During Teaching
& Learning Hours Total Hours 0

Others

Assessment Final Practical 05 0
Outside Total Hours 18
5
Teaching & 160
Learning Hours 4

Total Student Learning Time (SLT)

Credit Hours (SLT/40)

Main References 1. Mastering Autodesk Fusion 360 3D Modeling – Autodesk 2017
2. Autodesk Fusion 360 Software Training – SS Cakna Resources 2018
Additional
References
Other Additional
Information

DIPLOMA IN DESIGN DRAUGHTING TECHNOLOGY (MECHANICAL) 68