Page 18 - Jurnal Kurikulum BPK 2020
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“It is not easy. Because I have my own routine so it’s hard to change it.” (Kiki)

               “Maybe not. because for me it will take time to adopt different learning strategy and
               have to choose wisely about what am I going to do.  If the new learning strategy is not
               work on me I think it will waste my time.  When I don't understand what I’m learning
               about and my result for exam or test is not good.” (Syarizah)

                       However, there are students who recognizes potential benefit of getting out of their
               comfort zone. These students believe that even though trying on new strategy would not be an
               easy task, they would still put their effort in it for the sake of achieving their goals.

               “Nothing is impossible if one really wants to achieve something. Yes, I may be able to
               change my learning strategy, but slowly.” (Christ)

                “It’s not easy but if it’s for the sake of changing my result to be better, the I will slowly adapt
                                               to it.” (Ipan)DISCUSSION

                       The focus of this study is to establish variations in terms of metacognitive regulation
               among students learning biology at matriculation. In addition, I wanted to explore the possible
               implication(s)  of  the  state  of  metacognition  regulation  towards  student’s  learning  process.
               These  are  ideas  implied  based  on  data  analysis  which  can  be  further  investigate  in  future
               research. I also proposed suggestions on in what ways do these data can contribute to the
               teaching and learning of biology thus improving the quality of the education at matriculation.

               Students develop metacognition skills at matriculation

                       Findings  have  shown  that  students  involved  in  this  study  already  started  making
               evaluation early in the course. Similarly, Dye and Stanton (2017) suggested student often start
               making evaluation on their learning process when there were in college. They beliefs the main
               reason for this is because high school science did not present student with the difficulty level
               that would have prompt them the need make any sort of evaluation towards their approach to
               learning. Furthermore, Tomanek and Montplaisir (2004) also mentioned in high school, it was
               the teachers that took charge in structuring students learning environment. Thus, there is no
               need for students to do it themselves. At matriculation, the education process promotes student-
               directed  learning  which  require  them  to  structure  their  own  learning  activity.  Hence  it  is
               beneficial for educator to identifying the variation in the level of metacognitive skills among
               students.  So, educators can assist them in further developing their metacognition.

               Students use metacognitive regulation skill to overcome unfamiliar challenges

                       Student often consider challenges in education as unfamiliar if they find memorization
               technique to be insufficient. For example, the course outline for biology at matriculation is not
               the same as in high school. Student mentioned being unfamiliar with lectures as they have never
               experience it. This is due to lots of information being delivered within an hour period. For the
               session to be meaningful, students must able to actively listen to the lecturer and write down
               notes. Active listening during lecture is new to them and as pointed out by Robertson (2005),
               active listening does not simply means paying attention.
                       Another aspect of biology course deemed as unfamiliar is the content which include lots
               of biological processes and diagrams. This often require students to use higher order thinking



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