Getting Into a Semiconductor Program in Vietnam Is Now Almost as Hard as Medical School
At Hanoi University of Science and Technology, the admission score for semiconductor design is 28.07 out of 30. The medical school across town requires 28.13. The difference is rounding error. Vietnam's chip fever has reached the classroom.
Vietnamese universities admit students based on national high school exam scores. Each program picks a three-subject combination — scored out of 10 each — for a total of 30.
For semiconductor programs, the subjects are typically math, physics, and chemistry.
At the top schools in 2025, admission cutoffs for semiconductor design hit 28 to 29 points. That's an average above 9.3 per subject. The threshold for medical school at the same tier of university: virtually identical.
The Demand Is Real
Applications for semiconductor programs jumped 30–40% year on year.
The Ministry of Education took an unusual step: it created a special math floor for semiconductor applicants, requiring scores in the national top 20%. That's never been done before in Vietnamese university admissions.
Still Growing in 2026
The momentum hasn't slowed.
Universities in Đà Nẵng, Cần Thơ, and Hanoi are opening semiconductor programs for the first time in 2026, spanning IC design, packaging and testing, and semiconductor materials. As of mid-2025, more than 70 standardized undergraduate and master's-level microelectronics curricula existed across the country.
Vietnam National University in Ho Chi Minh City is sweetening the deal with 50–100% tuition scholarships for its microelectronics design program.
The Industry Can't Wait
Universities are expanding fast because the industry is growing faster.
Vietnam's Ministry of Education counts about 15,000 semiconductor workers nationwide today. The government's target: 50,000 by 2030. That's roughly 35,000 additional workers needed in five years.
In January, Viettel broke ground on Vietnam's first chip fabrication facility at Hòa Lạc Hi-Tech Park outside Hanoi, with completion expected in 2027. A domestic fab will only multiply demand for packaging, testing, and materials specialists.
The Pay Gap Explains the Rush
Students aren't chasing semiconductors for prestige alone. The money is tangibly better.
Adecco's 2025 salary data shows IC design engineers with one to five years of experience earning about $1,000–2,000 per month. Past the five-year mark, that climbs to $1,800–4,000. For general IT engineers with the same experience, salary growth runs at roughly half that rate.
Samsung and Intel both operate major facilities in Vietnam, and their campus recruiting drives are among the top employment channels for semiconductor graduates.
The Gap Between Enrollment and Output
The growth looks impressive on paper. The reality is messier.
Qualified faculty are in short supply — many programs are being launched by professors who are learning the field alongside their students. Lab equipment can't keep up with enrollment. And the connections between universities and the companies that will actually hire these graduates are still being built.
Opening a semiconductor program and producing engineers that industry can put to work are two very different things. Enrollment numbers alone won't close that gap.
