CONNECT
One thing that connected with me today was definitely the benefits of Inquiry-Based Learning. Compared to the earlier years of implementation, I feel that at least right now, the learners do not have as much inertia towards asking questions compared to the generations before.
It is in a way, a habit that had to be formed in their formative years, so that they may continue to more sophisticated levels of questioning at the secondary school level.
When they become curious enough to want to find out more, there is motivation to want to search for the answers. The unknown becomes an exciting notion that ought to be solved, and the process to working together to find the answers becomes an interesting one.
Having gone through it first-hand, they can then better retain the learnt knowledge to memory. If sufficient interest is generated, it may even deepen learning.
EXTEND
To some extent, IBL also brings back our last few discussions on metacognition. As we plan for the various forms of IBL, we are in fact trying to encourage the students to practise the active thinking processes in order to direct their learning experiences.
To be honest, like many teachers, I always stayed within the safer boundaries of Confirmation and Structured Inquiry.
Earlier in Term 2, when I redesigned the Sec 3 Weather GI, one of my main aims was to make it more 'exploratory' and 'open' based on the feedback last given to us by our AST and ETD colleagues in the previous year. With the refinement suggestions by the team, we rolled out a Guided Inquiry for our Sec 3 EG students,
'How do weather conditions affect the conduciveness of learning environments in AES?'
Based on our sharing of classroom experiences during team sharing, it would appear that
1. The kids enjoyed discussing with their groupmates (some even arguing over) what makes a better indicator. I heard my 3NA trying to define 'conducive' based on their prior knowledge, and what it would mean/what they should observe as a result. (I felt like there was constructive chaos in their discussions, and Cheralyn who also administered the GI package to sec 3s last year, made a comparison of how this year's batch seemed to be having more fun).
2. We had a HUGE range of hypotheses and methods (including counting the number of students sleeping/nodding off as a data collection method to determine 'conduciveness' of learning environments in school).
3. We still managed to grade the varied responses at each stage of their investigation, and I would say that in the spirit of fieldwork, the learning experience was not compromised just because we did not specify the methods like we usually do.
It took a few rounds of planning, discussion and refinements, but it was worth it.
CHALLENGE
A challenge that remained was, how to differentiate further.
Another observation we made after conclusion of the GI was that the score difference was not great across 3E classes (for that matter, within 3NA cohort too).
How can we award 'better' hypothesis, more reliable data/research methods, and more insightful/relevant conclusions? (Perhaps not for the 3NA who may not be ready yet, but for the more metacognitively ready 3E students?)
Would it be mere refinement of rubrics to cater to such evidence in learning? Something to continue reading up and trialling on. Being able to award credit fairly and reliably for higher order thinking, it will also be a way for us to clarify our paths towards self-directed learning of the students by encouraging the students to continue thinking about what they are thinking.
Comments
Post a Comment