DIPLOMA IN INDUSTRIAL TECHNOLOGY

KPT/JPT (R3/0741/4/0005) A8894

PROGRAMME BACKGROUND

The curriculum offers a comprehensive blend of theoretical knowledge and practical skills, aimed at preparing students for various industrial and engineering fields. This set of courses provides an in-depth understanding of scientific equipment, material properties, and industrial processes, along with critical thinking, safety practices, and quality management techniques. Students will also gain hands-on experience in laboratories, computer literacy, and enhance their communication and problem-solving skills. The courses cover a wide range of subjects, from foundational topics in physics, chemistry, and engineering to more specialized areas like non-destructive testing, polymer
processing, and industrial robotics. Students will be exposed to industrial practices, including quality control, safety regulations, and management principles. Additionally, courses in communication, entrepreneurship, and critical thinking are designed to equip students with the soft skills needed for leadership roles in the industry. Through this holistic approach, the curriculum aims to produce well-rounded graduates who are prepared to tackle the challenges of the modern industrial landscape.

PROGRAMME HIGHLIGHT

The syllabus covers a wide range of courses, and are predominantly related to the fields of:

  1. Industrial Engineering and Technology – Courses like Robotic Automation, Quality Control, Industrial Safety, and Industrial Management suggest a focus on the industrial environment and technology applications.
  2. Material Science and Metallurgy – Courses like Material and Metallurgy, Polymer and Processing, and Non-Destructive Testing and Material Evaluation emphasize the study of materials and their properties.
  3. Physics and Chemistry – Courses such as Basic Physics, Chemistry I & II, and Electricity and Magnetism highlight foundational knowledge in the sciences.
  4. Engineering Drawing and Design – Courses like Engineering Drawing and Computer Aided Design suggest relevance to mechanical or civil engineering fields where design and technical drawing are essential.
  5. Instrumentation and Electronics – Courses such as Instrumentation and Introduction to Industrial Electronics focus on the use of scientific equipment and electronic circuits in industrial applications.
ENTRY REQUIREMENTS
  • A Pass the Malaysian Certificate of Education (SPM) or equivalent, with at least a credit in THREE (3) subjects; OR
  • A Pass the UEC with at least a Grade B in THREE (3) subjects; OR
  • A Pass O-Level with at least a Grade C in THREE (3) subjects; OR
  • A Pass SKM Level 3 in a relevant field; and
    • Possess an SPM qualification with at least a credit in ONE (1) subject; and
    • undergo a bridging program (if necessary); OR
  • A Pass the Community College Certificate equivalent to MQF Level 3 in a relevant field; and
    • Possess an SPM qualification with at least a credit in ONE (1) subject; and
    • undergo a bridging program (if necessary); OR
  • Pass a Certificate (MQF Level 3) in a relevant field with a minimum CGPA of 2.00; OR
  • Pass the Malaysian Higher School Certificate (STPM) or equivalent with at least a Grade C (NGMP 2.0) in ONE (1) subject; OR
  • Pass STAM (Maqbul Rank); OR
  • Other qualifications recognized as equivalent.
TUITION FEES
  • Local tuition fee: RM19,622
  • International tuition fee: Rm28,531
PROGRAM STRUCTURE

The Diploma in Industrial Technology program is comprehensive, covering University
Compulsory Subjects, MQA Compulsory Subjects, Basics Module, and Specialization
Module. To graduate, students need to complete 91 credit hours, including industrial
training.

List of Courses

1

MPU2182

PENGHAYATAN ETIKA DAN PERADABAN

2

MPU2253

LEADERSHIP AND INTERPERSONAL SKILLS

3

MPU2363

INTEGRITI DAN ANTI RASUAH

4

MPU2462

WELLNESS AND HEALTHY LIFESTYLE

5

ZEU1113

PROFICIENCY ENGLISH I

6

ZEU1223

PROFICIENCY ENGLISH II

7

ZEU2311

EFFECTIVE COMMUNICATION

8

FMD1173

PRINCIPLES OF MATHEMATICS

9

FMD1133

ELEMENTARY STATISTICS

10

FSD1123

INSTRUMENTATION

11

FSD1233

MATERIAL AND METALLURGY

12

FSD1111

PHYSICAL LABORATORY I

13

FSD1241

PHYSICAL LABORATORY II

14

FSD2153

CRITICAL AND CREATIVE THINKING IN INDUSTRY

15

FSD2163

POLYMER AND PROCESSING

16

FSD3113

NON-DESTRUCTIVE TESTING AND MATERIAL EVALUATION

17

FSD3223

QUALITY CONTROL

18

FSD3193

ROBOTIC AUTOMATION

19

FSD3243

INDUSTRIAL MANAGEMENT

20

FSD3233

INDUSTRIAL SAFETY

21

FSD3183

PROJECT

22

FAD1113

COMPUTER APPLICATION FOR INDUSTRY

23

FFD2133

INTRODUCTION TO INDUSTRIAL ELECTRONICS

24

FFD3143

HYDRAULIC PNEUMATIC

25

KMD1391

ENGINEERING DRAWING

26

KMD2172

COMPUTER AIDED DESIGN

27

FFD1223

ELECTRICITY AND MAGNETISM

28

FFD1113

BASIC PHYSICS

29

FKD1113

CHEMISTRY I

30

FKD1223

CHEMISTRY II

31

JMD1213

COMMUNICATION SKILLS

32

POD3123

ENTREPRENEURSHIP

33

FSD2276

INDUSTRIAL TRAINING

STUDENT OUTCOMES

The assistant technologist (technicians) who are able to;

  • Apply knowledge in physics, chemistry, and engineering to solve industrial
  • Utilize quality control tools, robotics, and material testing techniques.
  • Communicate effectively and lead multidisciplinary teams.
  • Uphold ethical practices and promote workplace safety.
  • Adapt to new technologies and pursue lifelong learning.
CAREER OPPORTUNITIES

The student is well-prepared for careers in engineering, manufacturing, quality
management, and industrial operations.
Here are some career opportunities:

  • Engineering and Technical Roles:
    Assistant Materials Engineer, Process Technician, Robotics Technician.
  • Quality Control and Safety:
    Quality Control Technician, NDT Technician, Industrial Safety Technician.
  • Maintenance and Operations:
    Maintenance Technician, Production Supervisor.
  • Business and Training:
    Entrepreneur, Technical Sales Representative, Technical Trainer (CAD).

This diploma prepares students for immediate employment or further studies in industrial
and engineering fields.

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