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When Information and Communications Minister Nguyen Manh Hung visited FPT in early February, he commented that the company’s bet on semiconductor wafers was the right choice.
“FPT’s success may inspire other domestic technology companies, as the semiconductor industry will become Vietnam’s key industry in the next 30-50 years,” Hung said.
FPT was the first Vietnamese company to commercialize the product and secured an order to supply 70 million wafers to South Korea and Japan.
“The Vietnamese are very talented in mathematics, engineering, technology and science, which are the basic elements of chip manufacturing,” Hong added. “Starting from human resource advantages will create other advantages.”
According to the national industrial strategy, human resources play an important role, and as many as 50,000 integrated circuit design engineers and hundreds of thousands of engineers and technical workers in related industries need to be trained by 2030.
However, according to the National Administration of Science, Technology and Information, Vietnam currently has less than 5,600 chip design engineers, 85% of which are concentrated in Ho Chi Minh City, and the others are concentrated in Hanoi and the central city of Da Nang.
The scarcity of industrial human resources provides opportunities for training institutions, especially technical and engineering schools, to quickly participate in industrial competition and cultivate qualified employees.
Ho Chi Minh City National University will deploy semiconductor circuit design training this year at three affiliated training units of Vietnam National University of Science and Technology, Hanoi University of Science and Technology and University of Engineering and Technology.
Schools affiliated with Da Nang University will also recruit nearly 200 students for semiconductor circuit design training in 2024.
Many other training institutions have also announced plans to recruit circuit design students, including Hanoi University of Science and Technology, Can Tho University, Ho Chi Minh City University of Technology, Ho Chi Minh City Polytechnic University, and others.
At the end of January, Hanoi National University of Science and Technology signed a cooperation agreement with Samsung Electronics Co., Ltd. to host the VNU-Samsung Tech Track project, which aims to cultivate high-quality and qualified human resources in the field of semiconductors and semiconductors. Microchips in Vietnam.
The program has enrolled trainees, and all training costs will be borne by Samsung Electronics. Those with outstanding performance after graduation can directly join the Samsung Group to work.
According to the Ministry of Education and Training (MoET), Vietnam currently has 35 higher education institutions directly providing training in semiconductors or related industries such as IT, electronics and telecommunications.
Associate Professor. Professor Nguyen Thu Thuy, director of the Higher Education Department of the Ministry of Education, said that about 50 large foreign-funded companies have invested in Vietnam’s chip industry.
“It is expected that in the 2024 academic year, the school will enroll more than 1,000 students in semiconductor-related courses and 7,000 students in other fields related to the industry. The enrollment target will gradually increase by 20-30% each year,” Thuy said.
It is predicted that the human resource demand of the semiconductor chip industry will be around 20,000 people in the next five years, and this number may reach 50,000 people in 10 years.
Prime Minister of Vietnam Pham Minh Trinh
Vietnam sees the semiconductor industry as a new driver of development and plans to invest in all stages of the semiconductor value chain, from design and manufacturing to packaging.
In order to make progress in the above areas, Vietnam will continue to emphasize three strategic breakthroughs, namely infrastructure strategies to reduce logistics and input costs, improve product competitiveness, high-quality labor training systems and improve institutional frameworks to reduce corporate and citizen compliance cost.
At the same time, Vietnam has clearly outlined its vision and spared no effort to develop the semiconductor industry and establish an ecosystem in this field. Vietnam is about to release a semiconductor development strategy and train 50,000 semiconductor engineers, aiming to promote cooperation between domestic and foreign companies while promoting the improvement of labor quality and Vietnamese corporate capabilities.
Minister of Information and Communications Nguyen Manh Hung
This year marks the first of a decades-long campaign to transform the semiconductor industry into a key national industry.
Our fundamental strength is that the Vietnamese people are proficient in science, technology, engineering and mathematics, which are the basis of semiconductor technology and wafer design. Human resource strength will lead to a variety of other positive outcomes. We can grow from a global semiconductor workforce center to a global semiconductor industry center.
To develop the semiconductor industry, we must look at the overall situation. The value of the semiconductor chip design market, semiconductor industry, and even the electronics industry is only US$60 billion, US$600 billion, and more than US$3 trillion respectively. However, the digital transformation industry is worth US$20 trillion.
The semiconductor industry is also at the heart of digital transformation. Digitalization is the largest market for semiconductor chips. The Vietnamese market is huge, industrialization and digital transformation are developing rapidly, and electronic consumption is highly popular, which provides a good background for industrial development.
Minister of Education and Training Nguyen Kim Son
Vietnam has a large student population, with nearly 500,000 people entering universities every year. Vietnamese universities excel in IT education, providing high-quality training. Many graduates in this field are employed by companies and organizations around the world.
By 2024, universities are expected to enroll around 1,000 students, and this number is expected to soar in the coming years.
Vietnamese universities are actively engaged in research and education related to artificial intelligence. While direct and comprehensive semiconductor microwafer training courses and degrees remain limited, many subfields are flourishing.
At the same time, universities are urgently developing plans, training teachers, and inviting international experts to hold training courses.
International collaboration and corporate support are expected to accelerate advancements in semiconductor microchip education as well as various other cutting-edge industries.
Vietnam is now gearing up to meet the huge demand for highly qualified talent to meet the needs of technology companies investing across the country.
Source: VIR
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