Abstract R & D Background Purpose & Design Action Plan Findings & Analysis Implications Remarks
> Implications

Implications on stretching the higher end 

  1. Not all children are ready to achieve the same high level on the same time schedule (Winebrenner, 1992).  Those who are not able to reach a certain level at a certain time may be able to achieve a higher level at a later stage.  Giving all students challenging tasks can benefit all of them though the impact on some of them cannot be noticed in the short term.
  2. The input for all students was the same for each unit.  During EC lessons, the learning ceiling was removed.  Students could read as much as they liked about the topic, could decide how much time to spend on the research work and the depth and breadth of their investigation.  When teachers asked the open ended questions, students were free to give their answers.  It was observed that some students’ responses were beyond the expectation of the teachers.  Some were able to answer higher order thinking questions and teachers continued to give them more challenging questions during the interaction to develop their creativity and critical thinking skills. The teachers did not push those who could not do it – either the teacher would stop asking them more challenging questions or other students helped them. 
  3. While catering for the needs of higher ability students, teachers realized that the average ability and lower ability groups also benefited from the discussion and whole class interaction.  Creativity and critical thinking skills were not only for the higher ability group.  Teachers observed that some students with poor language proficiency could actually come up with brilliant ideas.  Teachers helped these students rephrase their ideas.  In this way, all students were encouraged to contribute.  Lower language proficiency levels did not hinder student participation because the teachers were there to help.  They learnt from the teacher how to present their ideas in using more accurate language.
  4. Gifted students are like artesian wells.  Deep down below are lots of ideas and knowledge. Some of them are able to show the others what they have underneath.  Others might need some help.  Higher order questions are powerful tools to help students show their creativity & develop their critical thinking skills.
  5. The experience in implementing the unit showed teachers that they were on the right track to stretch the potential of their students – by aligning tasks in EC lessons and writing tasks, by providing opportunities for students to do group discussions, by using questioning techniques to probe students to give more details and think more critically and by providing opportunities for whole class interaction in EC lessons.  Teachers realized that creativity and critical thinking skills cannot be developed through one chapter or in one single year.  This is something that has to be done systematically and continuously – infusing the elements into each unit across the year and across levels so that students can develop the habit of thinking critically, questioning assumptions, elaborating their ideas and bring precise.
  6. For enquiry learning to take root and blossom, there has to be a supportive classroom culture that fosters teacher-student and student-student interaction and encourages risk-taking.

Facilitating factors

  1. Teachers saw the need to stretch the potential of higher ability students
    Instead of focusing all the energy in helping the struggling students to learn, they saw that it is equally important to help the higher ability students to progress.  They believe that these students could achieve more and that all students could benefit from the infusion of the Gifted Education elements into the regular curriculum.  They chose to cater for diversity by stretching the potential of all learners. 
  2. Curriculum space
    Time is always a key issue.  The school made use of the weekly EC lesson and saved time by aligning different components (speaking, writing, vocabulary, grammar, reading) in the curriculum to make things happen.
  3. Teachers see the importance of effective questioning
    Effective questioning has been a focus in this school for a long time.  All teachers could formulate good questions.
  4. Risk taking
    The topic chosen was challenging for some students but teachers let students explore it anyway.  In the planning stage they anticipated the difficulties lower ability students would encounter, but chose not to skip or simplify the unit but let students try.

Suggestions

  1. Schools which have students with strong parental support could consider involving parents in developing students’ higher order thinking skills, creativity and personal-social competence by letting the parents know the strategies teachers have adopted.  Teachers could encourage parents to use the same strategies at home when talking to their children.  They could also help teachers to monitor the self-learning components in the curriculum.
  2. If students are interested in the topics, they are willing to read more about them even though they are challenging. To facilitate self-learning, topics given to students for exploration should be those which students are hooked on. They could be sophisticated or challenging ones. If students love the topic, they will use their own ways to overcome the difficulties.
    For this unit, the following websites can be recommended to students for extension. These sites could motivate students to read and develop higher order thinking skills:
    1. http://www.squiglysplayhouse.com/BrainTeasers/Detective/Detective.html
      Short detective brain teasers can be found on this site.  Students can read the brain teasers for fun.  This could also help students write twists for crime/ detective stories and build up their vocabulary.
    2. http://kids.mysterynet.com/
      Mysteries for children to solve with solutions and explanations given.  The stories are longer than the brain teasers in (i).
    3. http://www.forensicfiles.com/
      This site is for children who love forensic science.  There are videos about how murder cases are solved by using different forensic science methods.
    4. http://www.fbi.gov/fun-games/kids/kids
      For P1- 5 children and their parents to learn more about the FBI through games, tips, stories and interactive games.  The site introduces viewers to the FBI working dogs and shows how FBI special agents and analysts investigate cases.

 

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