Study electronic engineering in Malaysia

About the specialty

A four-year study program in Malaysia that offers a bachelor's degree in electronic engineering. This program gives students the opportunity to develop their skills in the fields of electrical and electromagnetic circuits, with a focus on the production, transmission and distribution of energy, and the use of the latest technologies available in the field of renewable energy. In addition, a strong foundation in engineering mathematics is built to prepare students for their future careers.

Within the framework of the programme, students are also exposed to courses in economics, accounting, management, law, professional ethics and technical report writing, as well as the development of effective professional communication skills. In the final year, students complete graduation projects organized in cooperation with industry, and they must complete an industrial training period in factories and technical companies to enhance their practical and technical skills in the field. This not only enhances their skills to adapt to the real engineering work environment, but also enhances their ability to research and build industrial experience.

Requirements to study in Malaysia

Entry requirements vary by university, but usually the criteria for a bachelor's degree are:

• High school certificate, minimum grade: 60%.
• English language with a minimum score of 5.5 in IELTS or a score of 60 in TOEFL

Duration of study to study specialization in Malaysia:

Usually, a bachelor's degree takes 4 years. While the duration of study for a master’s degree is from one and a half to two years.

Universities and enrollment fees:

More details about the specialization:

The Electrical and Electronics Engineering course includes a variety of sub-fields covering electrical and electronic aspects separately.

In the field of electrical engineering, students learn how to design and develop systems that use electrical energy efficiently and effectively. This includes work on designing versatile electrical circuits, developing power generation and distribution systems, and designing lighting and power control systems.

In the field of electronic engineering, students deal with the use and control of electronic signals to carry out specific functions. This includes designing and developing electronic circuits, programming embedded systems, and developing communications and networking systems.

What you will study is divided into several areas, including:

• Engineering mathematics
• Circuit theory
• Analog electronics
• Process control tool
• Digital signal processing
• Electrical power system
• Communication system
• Processor system

Skills required to achieve the highest results in this specialty:

There are some skills that every economist may need. If you want to start on the path to accounting, you must possess one or more of the following skills, including:

•  Continuous focus on learning and developmentA course in electrical and electronic engineering can be constantly challenging and full of trials and errors. Hence, the importance of maintaining a constant motivation to learn. Passion for learning and the spirit of kaizen (continuous improvement) should be a crucial driver. It always requires a willingness to learn lessons from failure and constantly update oneself with the latest developments such as the Internet of Things, automation and autonomous vehicles in the field of work. The desire for continuous improvement and continuous learning represents the essence of success in the field of electricity and electronics, as it contributes to driving development and innovation in the field of work. this field.
•   Teamwork skillsIn the world of electrical and electronic engineering, teamwork is essential to success. Many group projects and assignments are included as part of the curriculum to prepare students for this reality. Building trust among team members and working effectively with colleagues is a necessity in today's job market, and therefore, these skills are reinforced throughout the course.
•  Critical thinking and problem solving skillsMany assignments and projects in an Electrical and Electronics Engineering course revolve around solving complex problems. Students are constantly exposed to challenges in areas such as programming, design, and systems applications.

If you are interested and passionate about electronics engineering, want to ensure a better future in your career path, and want to start your educational journey in Malaysia, all you have to do is contact the Go Advice team via WhatsApp. from here