Experts say Southeast Asian students in Taiwan's work-study programs often end up as low-paid labor in the chip industry under the guise of “practical training”
If so, this immigration is not good, but GREAT for Taiwan. [embedded post] Alex Lanstein / @lanstein : This is one of the top reasons why “bring chip manufacturing to the US” is not realistic. The labor used is simply not available here due to pay/safety/hours standards, even setting aside the raw skills. [embedded post] @restofworld.org : They're supposed to be students, but they're working long hours for low wages in Taiwan's semiconductor factories: “The time spent in school is very, very little — in some cases, just one day or less. What's the reality? Most of their time is spent working.” — restofworld.org/2025/taiwan- ... X: @restofworld : Teenagers from Southeast Asia have become a low-paid labor force in Taiwan's semiconductor boom, working long hours in factories under the guise of internships https://restofworld.org/... @rinachandran : Teenagers from across Southeast Asia have become a low-paid labor force in Taiwan's semiconductor boom, working long hours in factories under the guise of internships that leave them little time to study, reports @liuhsiuwen for @restofworld https://restofworld.org/...
Context & Ripple Effects
Taiwan’s chip sector had already described its labor shortage as unusually severe, while policymakers and chipmakers responded with specialized chip-training schools. The work-study allegations matter because they question whether training programs are expanding skills or supplying factory labor.
The issue sits alongside a broader effort to cultivate overseas talent through university courses and summer programs. That makes the boundary between education, recruitment, and production work consequential for the credibility of the talent pipeline.
First-order effects
- Southeast Asian students in the cited programs may receive little classroom time while performing long, low-paid factory shifts, weakening the programs’ stated educational value.
- Taiwanese semiconductor employers and program operators face immediate scrutiny over whether practical-training placements are being used to fill routine labor needs.
Second-order effects
- Schools and recruiters may face pressure to document instruction, pay, hours, and job duties more clearly, especially where factory placements are presented as training.
- A talent strategy built on overseas recruitment becomes harder to sustain if prospective students associate placements with the labor conditions later described by Filipino chip workers reporting overwork and discrimination.
Third-order effects
- If training channels repeatedly function as low-cost labor pipelines, Taiwan’s semiconductor capacity will remain tied not only to engineering talent but also to protections for migrant and student workers.
- The longer-term test is whether chip-workforce programs can separate genuine skills development from production staffing; failure to do so could constrain recruitment even as labor demand persists.
The trend: Semiconductor capacity-building is increasingly exposing workforce quality and labor governance as constraints alongside technical skills and capital investment.