South Korea’s chip expansion is changing when companies begin building their workforce. At Chungbuk Semiconductor High School, students train for manufacturing and equipment roles before graduation, and some enter hiring arrangements with major employers while still in school.
The school reports a 96% employment rate for its 2025 graduating class, after 96.4% in 2024, when 107 of 111 graduates seeking work found jobs. Those are results for one school, not a national placement rate for semiconductor-focused education.
Demand is climbing fast. South Korea’s Ministry of Trade, Industry and Resources reported $46.65 billion in semiconductor exports in August, up 209% from a year earlier and the largest monthly total on record. The ministry credited AI infrastructure demand for part of the jump. Export value also reflects prices, so it cannot show future hiring needs on its own.
15 Chungbuk Students Won Samsung Meister Scholarships This Year
Chungbuk’s curriculum covers semiconductor manufacturing, equipment and chemicals. The local education office says students train in equipment structure, production processes, maintenance and problem-solving.
Employers get involved before graduation. In April, the Chungbuk education office reported that 15 second-year students had won Samsung Meister scholarships, 11 of them from Samsung Electronics. The program pairs financial support and internships with potential employment after graduation, provided students meet its requirements. Seventeen students were selected the year before.
For manufacturers, the model offers a way to train technicians for defined production tasks. For students, it offers a job path that does not start with a university degree. Engineering, research and other specialized roles have different requirements, so high school training cannot fill every semiconductor occupation.
Six New Meister Schools Are Designated, Two in Semiconductors
The government is extending the model. On June 16, the Ministry of Education designated six new Meister schools across advanced industries. Two focus on semiconductors, Busan Electronics Technical High School and a planned Yongin Semiconductor Meister High School. Both expect their first students in March 2028, so neither counts yet as a program producing graduates.
Timing matters for anyone watching the labor constraint. Incheon Semiconductor High School has expanded its industry-linked instruction, but students in its newer specialized curriculum are expected to graduate beginning in 2028. Some U.S. analysts argue the same point, that skilled workers need training before a project pipeline exists, and large employers are already funding their own skilled-trades coalitions.
Yongin’s Power Plan Calls for More Than 14 GW by 2041
Workforce development is one part of production readiness. In August, the government, In August, the South Korean government, Korea Electric Power Corp. (KEPCO), Samsung Electronics, and SK hynix signed formal power supply agreements establishing the infrastructure roadmap for the Yongin and Honam semiconductor mega clusters. While the chipmakers later rejected a separate KEPCO proposal in September to prepay 25 trillion won in electricity bills to fund the grid, the core supply commitments for the projects remain in place. U.S. fab projects show the same pairing of job growth and infrastructure buildout.
Trained workers can support new capacity only when factories and their utilities are ready to run. The next test arrives in 2028, when Incheon’s newer curriculum graduates its first students and the Busan and Yongin schools admit theirs. Chungbuk shows what employer-linked training can deliver, and the wider strategy will be judged on whether newer programs produce qualified graduates on the same timetable as fabs, equipment and power.