Knowing and regulating learning: Metacognitive awareness and science achievement among Grade 6 learners in the Philippines
This cross-sectional study of 169 Grade 6 learners in a Philippine public school found a significant positive association between self-reported metacognitive awareness and science achievement, with perceived knowledge of cognition showing a stronger correlation to grades than perceived regulation of cognition.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
Learning science is not just about memorizing facts or recalling dates. It requires a student to look at a problem, figure out what they already know, choose a way to solve it, and then check if that way is working. This internal process of thinking about one's own thinking is called metacognition. It acts like a mental manager, helping a learner decide when to study harder, when to ask for help, or when to try a different approach. While educators have long believed that students who are good at managing their own learning perform better in school, proving exactly how this works in real classrooms is difficult. It is one thing to ask a student if they think they are a good planner, and another to see if they actually use those planning skills when faced with a tricky science question.
A team of researchers in the Philippines set out to explore this connection among sixth-grade students. They focused on a specific group of learners in a public school in Iligan City, a setting where students speak multiple languages and navigate a curriculum that prepares them for junior high school. The researchers wanted to know if students who said they were aware of their own learning strategies also had higher grades in science. To do this, they gathered data from 169 students, asking them to fill out a questionnaire about how often they used certain learning habits. At the same time, the researchers collected the students' official science grades from three different quarters of the school year. The goal was not to test a new teaching method or to prove that thinking about learning causes better grades, but simply to see if these two things happened to go together in this specific group of children.
The students answered questions on a scale from one to five, indicating how often they engaged in activities like knowing what they understood, planning their study time, or checking their work. The researchers translated the questions into Filipino to ensure the students fully understood them, removing language barriers that might have confused the results. When the data was analyzed, a clear pattern emerged. Students who reported higher levels of metacognitive awareness generally had higher science grades. The connection was strong enough that the researchers could say with confidence that the two were linked in this group. Specifically, students who felt they knew a lot about how their own minds worked—such as understanding which strategies were useful for different tasks—tended to have better grades than those who felt less aware.
However, the study revealed a subtle but important difference between two types of metacognitive skills. The first type is knowing about thinking, which involves understanding what one knows and when to use a strategy. The second type is regulating thinking, which involves the actual act of planning, monitoring, and evaluating one's progress. The researchers found that the students' reported knowledge about their own thinking was a stronger predictor of their science grades than their reported ability to regulate or control their thinking. In other words, the students who said they understood their learning process well had higher grades than those who simply said they were good at managing their time or checking their work. This suggests that in a classroom setting, being aware of what you know and what you need to learn might be more closely tied to current success than the ability to execute complex self-management strategies.
The researchers were careful to explain what their findings did not mean. Because they only took a snapshot of the students at one point in time, they could not say that having high metacognitive awareness caused the high grades. It is possible that doing well in science makes a student feel more confident about their learning skills, or that a third factor, such as a supportive teacher or a quiet home environment, helped both the grades and the self-reported awareness. The study also noted that the students were reporting on their own habits, which means the results reflect what the students believed they were doing, not necessarily what they were doing in every single science task. A student might believe they are a good planner, but that does not guarantee they are using those skills perfectly during a difficult experiment.
Despite these limitations, the study offers a valuable glimpse into the learning landscape of Filipino elementary students. It confirms that even at the sixth-grade level, students who feel more in tune with their own learning processes tend to achieve higher marks in science. The findings suggest that teachers might find it useful to help students articulate what they know and why certain strategies work, rather than focusing solely on time management or study schedules. By helping students build a clearer picture of their own understanding, educators may be supporting the very awareness that correlates with academic success. The research does not claim to have solved the mystery of how to make every student a top performer, but it provides a solid, evidence-based step toward understanding how young learners in the Philippines perceive their own minds and how those perceptions align with their schoolwork.
Drowning in papers in your field?
Get daily digests of the most novel papers matching your research keywords — with technical summaries, in your language.