To pursue a Degree in Electrical & Electronic Engineering, you'll have to complete a Pre-University course, Foundation or Diploma programme after your SPM or an equivalent qualification.
Electrical and Electronic are two sides of a coin!
Electrical Engineering works on various ways of productive & efficient use of electricity. While Electronic Engineering deals with the usage and control of electric power to understand command and perform the needed task.
For example, to know how these both fields work together would be a ceiling fan. Electrical Circuit is a part of the fan which consists of an On & Off switch and a motor that helps the fan to spin. Whilst, it also contains an electronic circuit that controls the spinning of the fan, how fast or slow you want it to run. Both Electrical and Electronic work together to run a fan.
Most University for Electrical & Electronic Engineering in Malaysia offers both the courses together as a single course as it helps you to get a better overview and knowledge to design an end to end product combining both the aspects
A Degree in Electrical & Electronic Engineering is usually 4 years long. You'll gain a more comprehensive insight on various fundamental theories and concepts of electrical and electronics engineering.
Here are some of the common disciplines associated with Electrical & Electronic Engineering.
| Field | What It Is All About |
|---|---|
| Power Engineering | Involves generating and distributing of electricity by utilising of transformers, generators, motors and various other devices |
| Microelectronics | Deals with the design and creation of micro-sized electronic circuits and components typically used in small devices like mobile phones |
| Signal Processing | Involves controlling and analysing of signals for radar, communications and broadcasts (e.g. mobile phones, TVs, GPS systems, etc.) |
| Telecommunications Engineering | Focuses on the transmission of information across a channel (e.g. wire cables, optic fibres, satellites, etc.) |
| Computer Engineering | Deals with the designing of computers and computer systems in terms of hardware such as hard disks, motherboards, keyboards, etc. |
Even though an Electrical & Electronic Engineering course can be theoretical and math-intensive, you can also expect a fair amount of hands-on sessions where you’ll need to get your hands dirty meddling with various electronic tools and appliances.
Certain institutions may also encourage their students to participate in various competitions focusing on robotics, hackathons, circuit and system designs to gain extra exposure and reinforce learning.
With that said, here are some typical subjects that you’ll learn in an Electrical & Electronic Engineering course.
To study the Degree Program in Electrical & Electronic Engineering in Malaysia, after your SPM or an equivalent qualification you will have to complete a Pre-University course, Foundation, or Diploma program.
A degree course will teach you comprehensive insight on a variety of fundamental theories and concepts of Electrical and Electronics Engineering. So that you are able to conduct your own analyses and inspect crucial engineering problems.
This will give you an idea of how much it costs to study engineering per level of study in Malaysia (the price range includes public and private universities):
Studying E & E Engineering not only gives you an opportunity to work in the Engineering field but also provides you with many other options like working in sales and marketing, consulting, product development and many more.
Below are some Career Prospects you can choose to be after completing Electrical & Electronic Engineering Graduation from Malaysia
Engineering Lab, Mathematics and basic sciences, General Chemistry I with Lab, General Physics I and II with Labs, Calculus I, II, III and Ordinary Differential Equations.
An upcoming electrical engineer u need to know the basics and the applied electrical engineering parameters and its equipment. Primarily, u need to know about Generators, Motors, Transformers, Circuit breakers, Power generation and its utilization, losses in the electrical machine.
Electrical Engineering is that branch of Engineering which deals with the study of application of electricity, electronics and electromagnetism. Trained electrical engineers design electric circuits and equipment.
Circuit design, Apply linear systems theory and analysis, Develop electrical schematics, Data collection and analysis, Build and operate computer systems, Prepare operational plans, Electronic equipment maintenance, Direct construction activities and equipment upkeep.
The curriculum of an online bachelor's in electrical engineering program varies depending on the school. However, all ABET-accredited electrical engineering bachelor's programs cover a few touchstone topics: engineering mathematics, systems engineering, hardware engineering, and software and information systems.
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