Summary of Key Points
This news article highlights two main issues: First, there has been a significant shift in the job preferences of Korean college students, with them moving away from large internet companies to semiconductor firms. SK Hynix has topped the list for two consecutive years as the most desirable company to work for. Second, despite the booming semiconductor industry, the overall employment situation for young Koreans remains challenging, with an increase in unemployment and a persistent problem of long-term unemployment.
Why Has SK Hynix Become the “Dream Company” for Korean College Students?
SK Hynix’s success over the past two years is largely due to its attractive compensation package—more than half of the students choose it for its satisfactory salary and benefits. For example, Korean media has reported that the company’s annual bonuses have reached record highs this year, and the starting salaries for new graduates are significantly higher than in other industries. Additionally, the AI boom has boosted demand for its core product, HBM (which can be considered high-speed memory dedicated to large AI models), leading to unprecedented growth prospects for the company. SK Hynix is popular among students from all academic backgrounds, including humanities, engineering, and medicine, making it the most sought-after employer regardless of gender.
A Ten-Year Shift in Job Preferences Among Korean College Students
Around 2020, Korean students preferred large internet companies like Kakao and Naver due to the booming online economy. In 2023, Samsung Electronics increased its new graduate salaries, reclaiming the top spot. By 2025, the AI trend led to a surge in demand for memory chips, and SK Hynix jumped eight places on the list to become number one. The current trend shows that the two leading semiconductor companies (SK Hynix and Samsung) dominate the market, while traditional industries such as offline beauty retail (e.g., CJ Olive Young) have also made it into the top three due to their benefits and growth potential. In short, students are shifting from pursuing opportunities in the internet sector to focusing on the semiconductor industry.
Why Has the Semiconductor Industry Suddenly Become So Attractive?
Previously, Korean media was concerned about the loss of young talent in the chip industry as many engineering students opted for medical careers. However, the global AI boom has created a massive demand for semiconductors, especially SK Hynix’s HBM memory, with orders backlogged for several years. The industry’s prosperity has led to increased profits and better employee benefits, attracting more students. This has even resulted in the term “SK-HY-MD-KH” (referring to SK Hynix, medical schools, dental schools, and Korean medical colleges), indicating that semiconductor engineers are as sought-after as doctors.
The Dark Side of the Bright Prospects: Poor Employment Conditions for Young People
Despite the success of semiconductor companies, the overall employment situation for young Koreans is poor. Data shows that in May this year, the number of 15-29-year-old graduates employed was 200,000 fewer than last year, and the unemployment rate increased by 30,000, reaching the lowest level since 2004. Nearly half of the unemployed have been jobless for more than a year, with a record number of people unemployed for over three years. This is because the semiconductor industry is capital-intensive, requiring significant investment in equipment rather than many workers. The manufacturing and construction sectors, which could create more jobs, have not recovered, preventing the AI boom from providing enough employment opportunities.
Conclusion: Industry Prosperity Does Not Equal Improved Employment
SK Hynix’s success reflects the global demand for semiconductors driven by AI, but this is just a celebration for a few companies. For Korean youths, the high salaries offered by semiconductor firms contrast with the reality of widespread unemployment. This highlights that while industry trends can influence job preferences, solving the overall employment issue depends on the recovery of various sectors.
This analysis explains complex economic phenomena in simple language, addressing both the surface-level trends and the underlying employment challenges, making it accessible to those outside the financial and business fields.