




Students often memorize formulae without grasping the underlying principles, leading to confusion when problems vary slightly. This approach fails to build the logical reasoning skills required for higher-level mathematics in the Singapore curriculum. Without a solid conceptual foundation, learners struggle to apply knowledge to novel questions effectively.
Rote learning might yield temporary gains in standardised tests but does not ensure long-term retention of mathematical concepts. As the syllabus progresses into algebra and geometry, gaps in understanding become increasingly apparent and difficult to fill. Tuition sessions should prioritize deep comprehension to prevent students from falling behind in subsequent terms.
Relying on memorised steps restricts a student's ability to adapt strategies when faced with unfamiliar word problems. Singapore Math emphasises modelling and heuristics, which rote methods often bypass entirely. Developing flexible thinking is crucial for tackling the rigorous problem-solving questions found in the Secondary 1 syllabus.