Apply To Telecommunications Engineering Courses
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Table of Contents
1. What Is Telecommunications Engineering?
Telecommunications engineers design and implement computer networks for communication. These networks are referred to as local area networks (LAN), wide area networks (WAN), intranets, extranets, and other data communications networks.
For the implementation of these networks, it is important to conduct proper network analysis, modelling, and planning. A telecommunications engineer’s role is to understand the requirements for network infrastructures.
Additionally, telecommunications engineering involves the research and development of associated data communications software and hardware.
Why It Matters To The World?
- Needless to say, we live in a highly connected world and telecommunications engineering made that happen through the connecting of physical cable networks and wireless systems.
- Telecommunications infrastructures keep critical communications possible in real-time and instantaneous which facilitate business transactions. Broadband connectivity enables e-commerce businesses to thrive. All this contributes to economic growth.
- Human connection is equally as important and we rely on communication technology to keep warm relationships across borders.
Here’s revealing prospects for your Telecommunications Engineering Course:
2. Where To Study Telecommunications Engineering Courses In Malaysia?
Here are our recommendations of top universities to study Telecommunication Engineering.
| University | Course |
| 1. Multimedia University | Bachelor of Engineering (Hons.) (Electronics majoring in Telecommunication) |
3. Telecommunications Engineering Pathways & Entry Requirements
There is one recommended pathway towards a Degree in Telecommunications Engineering.
Pathway: SPM/O-Levels ➔ Pre-University/Foundation ➔ Telecommunications Engineering Degree
The more common pathway is to enter a Pre-University course (A-Level, SACE, STPM) or a Foundation course offered by the university of your choice.
As an SPM / O-Level leaver, the entry requirement is 5 credits including Mathematics and a Science subject (Physics/Chemistry/Biology) to enter Pre-U or Foundation, preferably Physics for Telecommunications Engineering.
A Pre-University course or Foundation in Engineering / Science typically takes 1 to 2 years to complete and will qualify you to enter into a Degree in Engineering.
An Engineering Degree will usually take 3 to 4 years to complete based on whether your degree is a BEng or MEng qualification. Here are the general requirements to enter with qualifications from popular pre-university courses or a foundation course:
| Qualifications | General Requirements |
| A-Level | 2D |
| AUSMAT/SACE | ATAR 65 |
| CIMP | 65% |
| STPM | 2C |
| UEC | 5B |
| Foundation | CGPA 2.0 |
Note: Actual minimum requirements will differ between different universities. Generally, these qualifications also require you to have Mathematics and a relevant Science subject taken and achieve the minimum results.
In total, this pathway takes 4 to 5 years to complete.
Difference Between MEng and BEng
BEng (Bachelor of Engineering)
- A 3-year undergraduate degree that qualifies students to work as aerospace engineers.
- Requires additional work experience and exams for professional engineering certification.
- Can be upgraded to an MEng through further studies.
MEng (Master of Engineering)
- A 4-year course that integrates both undergraduate and master’s level studies.
- Provides advanced technical knowledge and research opportunities.
- Often preferred for leadership or research roles in the aerospace industry.
To be a certified engineer in Malaysia, you are required by the Board of Engineers Malaysia (BEM) to graduate with a MEng qualification or a Master in Engineering.
4. Accreditations For Telecommunications Engineering in Malaysia
To gain your status as a professional or certified engineer in Malaysia, you must:
- Graduate with a MEng or Master from a recognised university;
- 3 years of practical working experience; and
- Pass the Professional Assessment Examination by BEM.
BEM is the authoritative body in Malaysia that regulates engineering practices including controlling engineering services, conforming to professional ethics and international best practices in ensuring public safety in Malaysia.
Additionally, be on the lookout for Engineering courses that are recognised under the Washington Accord.
The Washington Accord allows graduates to pursue a professional engineering career in any of the member countries (e.g. Australia, Canada, China, Taipei, Hong Kong, India, Ireland, Japan, South Korea, New Zealand, Singapore, United Kingdom, and the United States) without the need for re-qualification.
5. What You Learn In A Telecommunications Engineering Course
Here is a list of subjects that you will learn when following a Telecommunications Engineering Course.
- Antenna & Propagation
- Circuits & Signals
- Communications Electronics
- Communications Networks
- Computer Organization & Architecture
- Control Theory
- Data Communications & Computer
- Design in Telecommunications
- Digital Communication Systems and Design
- Digital Communications
- Digital Signal Processing Systems
- Electromagnetic Interference
- Electromagnetic Theory
- Electronics
- Embedded IoT Systems and Applications
- Engineer & Society
- Engineering Mathematics
- Information Theory & Error Control Coding
- Instrumentation & Measurement Techniques
- Introduction to Machines & Power Systems
- Microcontroller & Microprocessor Systems
- Mobile & Satellite Communications
- Multimedia & Communications Networks
- Switching and Networking Techniques and Systems
How Can Uni Enrol Help?
Uni Enrol’s experienced counsellors help you compare the pros and cons of studying a Telecommunications Engineering Course at different universities and different locations.
6. Why Should I Study Telecommunications Engineering?
Telecommunications will be highly relevant always and its technology constantly involve. Here are 3 reasons to be a part of it:
- Attthe Forefront of Connectivity Innovations – Innovative communications technologies make a significant contribution to the society. 5G Internet and satellite connectivity create the next-generation wireless networks. These technologies help numerous industries through low-latency and ultra-fast communication systems.
- Increasing Demand – There rising demand for telecommunications engineers in sectors such as defence and cybersecurity. Electronics goods with interoperability features have become commonplace and present opportunities for your skillset.
- Essential for Space Exploration – Space agencies such as SpaceX and NASA rely on all kinds of engineering disciplines, including telecommunications engineers. The knowledge you get will be used to develop deep-space communication networks. Without this expertise, communication with satellites and interstellar probes will never be possible.
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7. RIASEC Compatibility To A Telecommunications Engineering Course
The John Holland Theory of Career Choice states that in choosing a career, people will choose one similar to their personality to ensure job satisfaction, job performance, and career success. The test generates 6 different personality types:
- Realistic (R)
- Investigative (I)
- Artistic (A)
- Social (S)
- Enterprising (E)
- Conventional (C)
With the RIASEC Test, the 6 personalities can generate up to 720 combination possibilities to provide career compatibility. You can try the test yourself here.
These traits will determine that you are the perfect candidate for the role.
INVESTIGATIVE
- As a telecommunications engineer, you will need to solve complex problems all the time. They could be related to optimizing communication technologies or troubleshooting network issues. This is where your analytical thinking skills would be useful.
REALISTIC
- You will have to work with many tangible systems on the field. They include wireless networks, optic cables, and even data transmission equipment. You need to be ready to get your hands on these.
CONVENTIONAL
- You should follow strict protocols when you work. That’s because there are some strict regulatory guidelines and industry standards that you need to adhere to. Otherwise, it would not be possible to design and maintain networks with precision.
8. Career Opportunities For Telecommunications Engineering
Telecommunications engineers can apply their experience in these areas:
| Areas of Opportunity | Types of Roles |
| Network & Communication Systems | Network Engineer, Telecom Infrastructure Engineer, Wireless Communication Engineer, VoIP Engineer |
| Mobile & Wireless Technology | 5G/6G Engineer, RF (Radio Frequency) Engineer, IoT (Internet of Things) Engineer, Embedded Systems Engineer |
| Satellite & Space Communication | Satellite Communication Engineer, Antenna Engineer, Ground Station Engineer, Space Telecommunications Engineer |
| Cybersecurity & Network Security | Cybersecurity Engineer (Telecom Focus), Ethical Hacker (Telecom Sector), Telecom Risk & Compliance Specialist, Network Forensics Analyst |
| Broadcasting & Media Technology | Broadcast Engineer, Digital Media Transmission Engineer, Audio & Video Signal Processing Engineer |
| Research & Development (R&D) | Telecom Research Scientist, Quantum Communication Engineer, Artificial Intelligence (AI) in Telecom |
| Entrepreneurship & Consulting | Telecom Startup Founder, Telecom Consultant, Spectrum & Regulatory Specialist |
Recommended Course Guides
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We also took the liberty to compile all our University Guides and Course Fees Guides so you don’t have to go anywhere else!
About the Author:
Ken Hoong is the co-founder of Uni Enrol and a contributing writer. Drawing on his close work with Uni Enrol’s counsellors, he brings keen insight into Malaysia’s evolving private higher education landscape and the shifting preferences of students in learning and career choices.
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