I’ve sat with this for a long time. I’m sharing it now because you deserve to know. I would not hire your child’s math teacher. That sentence is not written to be provocative. It is written because it is simply, honestly, and repeatedly true. I have sat across from engineers with advanced degrees. I have interviewed certified classroom teachers with fifteen years in public schools. I have reviewed applications from college professors who teach introductory calculus. And when I place a fifth-grade Singapore Math competition problem in front of them — not a trick question, not graduate-level theory, a fifth-grade problem — the room goes very, very quiet. Imagine this: a man in his late thirties, confident, credentialed, kind. He slides the paper toward himself and picks up his pencil. He knows the answer — eventually. He can calculate. But when I ask him to show me how he knows, to draw the structure of the problem before touching a number, the pencil goes still. He was never taught to think this way. His whole education was built on arriving at answers, not on understanding why those answers are inevitable. This is not a failure of intelligence. It is a failure of the system that trained him. And that system, with great consistency and good intentions, produced teachers who can execute procedures without possessing the deep architectural understanding that Singapore Math demands. | | “Your children do not need us training their tutors while those tutors are teaching your children.” |
Our standard is not arrogance. It is protection. We require that every SingMath educator already possesses true mathematical architecture before they ever meet a student — because the moment of a child’s confusion is not the moment to be learning alongside them. It is the moment to guide them, patiently and precisely, through a framework the teacher understands from the inside out. THE RESEARCH Nearly 50% of U.S. students who declare a STEM major leave before graduation (Chen, 2013). The evidence points not to a lack of interest, but to a missing foundation — the deep conceptual architecture that was never built in elementary and middle school. We build that architecture from the first lesson. |
On the blog this week, I go deeper into what our assessment actually measures — and why procedural fluency and conceptual architecture are not the same thing, even when they produce the same answer on a worksheet. The difference only reveals itself when the problems get harder. And in your child’s academic future, they will. You deserve to know who is sitting on the other side of your child’s screen. At SingMath, I can tell you exactly who that is — and exactly why they earned the right to be there. | 
