• While you might find articles more readily than full books on this specific topic for primary, look for resources that advocate for teaching about scientific error as a way to understand the tentative and self-correcting nature of science. When students see that even scientists make errors and revise their thinking, it can normalize their own errors and encourage them to engage in correction.

https://drive.google.com/file/d/1_8V_jysXRH1mazWc0U7lNMgh0oSreGpS/view

Sidrah Ilyas* and Muhammad Saeed **

Humphrey (2009) defined reflection as “the activity which occurred in our own minds when we stay back from the first-order process in everyday life and practice raw experiences from the distance, inviting second-order processes to come into play” (p.381). according to Moon (1999 (b), 2004, reflection is a kind of mental procedures with a unique aim and/ or expected output which is applied to comparatively complicated or even scattered ideas. Reflection as key component permits learners to make sense between theory and practice and also with the activities conducted in the classroom to be applied into their routine life. Their ideas, when become concrete, strengthen and enrich learning process (Bringle & Hatcher, 1999). Another main advantage is that reflection provides students with insight to explore those concepts which they actually think; get engaged mentally towards the readiness to act. When students enable to shape their ideas into concrete form through reflecting and make themselves engaged with the activities and readiness to improve learning in a better way, this become reflective learning. Boyd and Fales (1983) described reflective learning as the process of inner investigation and enlighten the issue of interest, produced by an experience, which make and justifies itself meaning and changed it into new conceptual viewpoint. To get experience from learning, reflection is compulsory because it enables the person to get maximum level of proficiency in behaviour due to repeating one experience for several times or try new one with a different concepts and also change cognitively. Dewey (1910) maintained that reflection, in actual meanings, helps the individual who start their journey from unbelief to clarity and lucidity. Bringle and Hatcher (1990) also defined the role of reflection in terms of making bridge between practice and theory Dewey (1910) maintained that reflection, in actual meanings, helps the individual who start their journey from unbelief to clarity and lucidity. Bringle and Hatcher (1990) also defined the role of reflection in terms of making bridge between practice and theory in the context of learning. They highlighted that the students’ learning becomes deep and strengthened due to reflection. The students who in search for a new knowledge and utilize an effective approach to learn through reflection are better than those who merely get knowledge for passing and clearing the exam for some specific purpose (Marton & Saljo, 1976).

Method

To support students’ reflection for text improvement, the online system was designed for them to make self-correction and evaluate peer review. The research framework is shown in Fig. 1. Students were encouraged to reflect on their actions during (reflection-in-action) and after (reflection-on-action) text construction. It was postulated that this reflection may result in their deep thinking and understanding in text improvement.

Results

The results of this study relate to two aspects: (1) students’ reflection-in-action of text revision and, (2) students’ reflection-on-action of text improvement. Table 1 provides an overview of the students’ reflection-in-action recorded in the trace result. On average, each student received 83.92 local revisions and 5.5 global revisions from 3 to 4 peers on each essay. They engaged in reflection by reading peers’ local and global revisons, giving feedback to peers’ global revisons, and reading 

Discussion

The results of this study indicate that reflecting on the processes of self-correction and peer review contributes to students’ text revision and improvement. Text improvement occured in this study as students revised their drafts in terms of local and global revisions. Both local and global revisions are new and important information for text improvement. Revisions to students’ final drafts also indicate that they integrated newly acquired knowledge with prior knowledge since new and old

1. Encourages Metacognition

When students reflect on their mistakes, they think about their thinking. This metacognitive process helps them identify:

• What they misunderstood,

• Why they made the error,

• And how to approach the concept differently.

2. Clarifies Misconceptions

·       Science learning often involves abstract or counterintuitive concepts (e.g., forces, energy, cells). Reflection provides a chance to confront and correct misconceptions, not just errors.

3. Promotes Deeper Learning

·       By revisiting their thought process and comparing it with the correct explanation, students move from surface-level memorization to conceptual mastery.

4. Supports Scientific Thinking

·       Reflection mimics the scientific method: forming hypotheses, testing them, analyzing results, and making adjustments. Students learn that errors are part of the learning and discovery process — just like in real science.

5. Improves Retention

·       Reflective correction involves active engagement, which improves memory retention. Writing or explaining the correct reasoning helps encode information more deeply.

6. Builds Confidence and Ownership

·       Instead of feeling defeated by mistakes, students begin to see them as learning opportunities. This shift promotes a growth mindset, where they take ownership of their learning and progress.