Why Taiwan’s 10th Graders Take a Semiconductor Class (And What It Actually Looks Like)
The alarm goes off at 6:15, and my son Hao-chan rolls over with a groan that sounds genuinely painful. He’s been in bed for exactly seven hours—if he slept at all, which I try not to think about too much. By 6:45, he’s lacing up his shoes, buttoning his uniform shirt, and chewing a slice of toast with his eyes half closed. The bus comes at 7:10. He can’t miss it, because the first class starts at 7:50 sharp.
This is my 15-year-old’s life as a 10th grader in a Taiwanese public high school. And unlike my own American high school experience, his schedule isn’t just longer—it’s also differently structured. The most surprising part? Tuesday afternoons, he sits in a classroom that smells like soldering flux and cuts apart silicon wafers.
Welcome to “Semiconductor: Fundamentals and Application,” a required class for every 10th grader at his school. Yes, you read that right.
I remember the first time he came home with a textbook titled Introduction to Semiconductor Technology. I thought it was an elective or maybe a special STEM program. But no—it’s standard. In Taiwan’s push to keep its chip industry ahead, high schools have integrated semiconductor basics into the normal curriculum. For a kid who three years ago was making a volcano out of baking soda, learning about doping and p-n junctions feels like a giant jump.
The schedule itself is a long story. Let me walk you through a typical Tuesday, because that’s the day I actually grasp what Hao-chan does.
He arrives at school by 7:30. Homeroom is 20 minutes of attendance, announcements, and class-wide chores. Then it’s a solid string of 50-minute classes: math, English, Chinese literature, and physical chemistry. There’s a 20-minute break at 10:00 where kids buy milky green tea from the school convenience store or stare at their phones. Lunch is at 12:15—a hot meal in a stainless steel tray, eaten in the classroom because the cafeteria is over capacity. After lunch, “quiet time” is enforced from 12:50 to 1:10, where students are expected to nap or at least not make noise. Then two more classes: history and a homeroom period used for group meetings.
At 3:00, the magic happens. Tuesday is “Deep Learning Block,” which means the entire school splits into specialized tracks. Hao-chan and 30 other kids walk to the technology building, put on safety glasses, and spend the next 90 minutes on their semiconductor unit. This week, they were measuring electrical resistance on a small ceramic board. Last week, they learned how a transistor switches on and off. He told me the teacher drew a cross-section of a MOSFET on the whiteboard and explained why some electrons are “happy” and others are not. I have no idea what that means, but he says it with a straight face.
After that, at 4:40, the normal schedule ends. But that’s only the beginning.
At 5:00, about half the class goes to a private tutoring center, or buxiban, for math and English. Hao-chan goes three days a week. He used to go every day, but after a particularly awful month of migraines—his, not mine—we cut back. The other half of his classmates go home, but most of them have online tutoring in the evening anyway. By 7:00, he’s showered and eating dinner. Homework starts at 7:30. For a regular night, he finishes around 10:00. For nights before exams, it’s midnight or later. He has one “free” evening a week—Thursday—when he just reads or plays a mobile game, but I’ve noticed he often uses it to catch up on sleep.
The first few weeks of this schedule hit him hard. He wasn’t just tired; he was overwhelmed in a way I didn’t expect. In 9th grade, he was at the top of his middle school. In 10th grade, he’s suddenly average—because everyone is smart. The math is faster, the homework is denser, and now he has to worry about whether his soldering joints are clean enough to pass the practical exam.
One night, he threw his backpack against the wall and said, “I don’t care about semiconductors. I’m never going to be an engineer.”
I sat down on his floor next to the scattered safety goggles and said, “Okay. But you still have to pass the class.”
We both laughed, which broke the tension. But the conversation was real. As a parent, I felt the same uncertainty. Why is this in the required syllabus? Some schools make it a two-year elective. Others, like his, have it as a core credit. The official reasoning—and I’ve read the curriculum guide—is that Taiwan needs a tech-literate workforce to stay competitive. But for the 15-year-old who wants to be a painter or a kindergarten teacher, it feels like a waste of time.
That’s where practical guidance came in. After that night, I shifted my approach. Instead of saying, “Just try to enjoy it,” I started asking specific questions. When he came home with a failed circuit, I asked, “What step did you skip?” Not “Why did you fail?” That changed things. He learned to trace his mistakes instead of feeling bad about them.
I also created a visual schedule with him—not for school, but for homework. We broke his evening into 45-minute blocks, each with a clear task: do six algebra problems, read two pages of English, review the semiconductor lab notes. He’s not a kid who responds to vague “study more” advice. He needs to see that a Monday night has a finite number of tasks. Now he checks the chart himself and crosses things off.
For other parents who are watching their kids face this kind of packed, pressure-cooker schedule, here’s what I’ve learned. It doesn’t help to ask “How was school?” because the answer is always “fine.” Instead, ask “What was the hardest thing you had to do today?” or “Which class made you feel lost?” You’ll get a real answer, even if it’s just a grunt.
Also, protect sleep. It sounds obvious, but in Taiwan, many families sacrifice sleep for an extra hour of practice. We found that Hao-chan’s grades went up when we forced him to stop studying at 10:30, even if he wasn’t done. The school day is nonstop. If he can’t finish work in the allotted time, the problem isn’t effort—it’s that the workload doesn’t match his pace. That’s a signal to talk to the guidance office or adjust expectations. We did, and his teacher responded by giving him pencil-and-paper alternatives to some online assignments.
The semiconductor class is still hard. He still complains about it on Tuesdays. But last week, he came home and said, “Teacher showed us how a tiny chip powers the whole phone. It’s kind of cool.” He didn’t say he wants to become an engineer. He probably won’t. But that’s not the point of the class, I’m realizing. The point is for him to see how the modern world works and find his own place in it—even if his place is far away from the fabrication plant.
So our schedule is still chaotic. Some weeks he’s exhausted; some weeks he’s energized. I don’t have a neat solution. We’re just figuring it out one semester at a time, one broken circuit at a time. I keep the chart on the fridge, and I remind myself that the goal isn’t to survive high school perfectly. It’s to help him move through it without losing his sense of curiosity—whether that curiosity ends up in a clean room or somewhere completely different.
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