What Do Semiconductor Engineers Do in Malaysia?

Semiconductor engineers design, manufacture, test and improve the chips used in smartphones, electric vehicles, computers and AI systems. In Malaysia, they work across different specialisations, from designing microscopic circuits to maintaining advanced production equipment and investigating manufacturing defects.

The work varies significantly depending on the engineering role, workplace and stage of chip production.

What Are the 8 Types of Semiconductor Engineers?

Semiconductor engineers work across eight major areas of chip development, manufacturing and testing. Each area requires different technical expertise.

Chip design and wafer fabrication are commonly associated with front-end semiconductor activities, while assembly, packaging and final testing are considered back-end operations.

Malaysia has traditionally been strong in back-end manufacturing while expanding into chip design and advanced packaging.

What Is a Semiconductor Engineer's Typical Working Day Like?

A semiconductor engineer's daily responsibilities depend on their specialisation. Some work mainly with software, while others spend considerable time in laboratories, factories or cleanrooms.

Process engineers monitor production conditions, investigate defects and improve manufacturing efficiency.

For example, a process engineer working in chip moulding may examine production yield, equipment performance and manufacturing parameters to identify why defects occur.

IC design engineers spend more time developing circuits using specialised electronic design software. They simulate circuit behaviour, identify design problems and collaborate with verification engineers.

Test engineers develop testing procedures, analyse electrical measurements and investigate chips that fail performance requirements.

Manufacturing and equipment engineers may work shifts or respond to production problems outside regular office hours. Design engineers generally spend more time in office-based development environments.

Which Semiconductor Engineering Jobs Are in Demand in Malaysia?

Malaysia is expanding its semiconductor industry into higher-value activities, particularly IC design, advanced packaging and sophisticated manufacturing.

In April 2026, the Malaysia Semiconductor IC Design Park reported hiring 302 engineers, approximately 80% of whom were fresh graduates. The park aimed to reach 400 engineers by the end of 2026.

In an August 2026 interview with The Edge, Shari Liss, SEMI's vice-president of global workforce development and initiatives, identified growing talent shortages in three areas:

• IC design: Developing and verifying semiconductor circuits.
• Process engineering: Improving semiconductor fabrication processes.
• Advanced packaging: Developing more sophisticated methods of connecting and protecting chips.

The industry also needs technicians, quality specialists and professionals supporting manufacturing operations.

Malaysia's National Semiconductor Strategy aims to develop 60,000 highly skilled semiconductor engineers by 2030. According to MITI figures reported in October 2026, 22,849 talents had received semiconductor-related training by the third quarter of 2026.

These figures reflect recruitment and training progress, not guaranteed vacancies.

What Skills Do Semiconductor Engineers Need?

The technical skills required depend on the engineering specialisation.

Problem-solving, documentation and communication are important across these roles because engineers frequently work with production teams, technicians and other specialists.

How Much Do Semiconductor Engineers Earn in Malaysia?

Semiconductor engineering salaries vary according to experience, specialisation and employer.

For broader comparisons, explore Afterschool's engineering salary guide in Malaysia.

Can You Switch Between Semiconductor Engineering Specialisations?

Yes. Engineers can move between related specialisations when their skills and experience are transferable.

A Test Engineer may transition into Product Engineering because both involve analysing performance and investigating failures.

An Equipment Engineer could move into Automation Engineering by developing programming and control-system skills.

However, changing from equipment maintenance to IC design may require substantial additional training in electronics and circuit design.

Your first engineering position does not necessarily determine your entire career.

Which Semiconductor Engineering Career Is Right for You?

The right specialisation depends on whether you enjoy designing circuits, working with machinery, solving production problems or investigating technical failures.

Relevant qualifications include Electrical Engineering, Computer Engineering, Mechatronic Engineering and Chemical Engineering.

Your degree provides the foundation, but practical projects, internships and technical experience help determine which engineering roles you can pursue.

The best starting point is understanding the type of engineering work you would enjoy doing every day.

Frequently Asked Questions

1. Do Semiconductor Engineers Work in Factories or Offices?

Both. IC design and verification engineers typically work with computer-based design and simulation tools in offices. Process, equipment and manufacturing engineers frequently work in factories, laboratories or cleanroom environments.

2. Do Semiconductor Engineers Need to Know Coding?

It depends on their specialisation. Coding is particularly important in digital IC design, verification, software development and automation. Process and equipment engineers may also use programming for data analysis and equipment control.

3. Is Semiconductor Engineering a Stressful Job?

It can be demanding, particularly in manufacturing roles where equipment problems can interrupt production. Some factory-based positions involve shift work or urgent troubleshooting. Workloads vary by employer, specialisation and responsibilities.

4. Can Semiconductor Engineers Work Overseas?

Yes. Semiconductor engineering skills are relevant internationally, particularly in IC design, wafer fabrication, testing and equipment engineering. However, overseas opportunities depend on qualifications, experience, employer requirements and work authorisation.

5. What SPM Subjects Should You Prioritise to Become a Semiconductor Engineer?

Mathematics, Additional Mathematics and Physics are useful foundations. Chemistry is particularly relevant to materials and semiconductor manufacturing. Admission requirements differ across diploma and degree programmes, so students should check their intended course requirements.

6. Can You Become a Semiconductor Engineer With a Diploma?

Diplomas can provide entry into technical roles such as equipment and test technician positions. However, semiconductor engineering positions commonly require relevant degree qualifications. Diploma graduates can consider further engineering studies or specialised industry training.

7. What Is the Difference Between a Process Engineer and an Equipment Engineer?

A Process Engineer focuses on how semiconductor products are manufactured, including production conditions, efficiency and defects. An Equipment Engineer focuses on maintaining, troubleshooting and improving the machines used in production.

8. Is Semiconductor Engineering a Good Career in Malaysia?

Semiconductor engineering offers opportunities across chip design, manufacturing, testing and automation. Malaysia is investing in advanced semiconductor capabilities, although job availability varies by specialisation and economic conditions. Students who enjoy technical problem-solving may find it a suitable career.