Skip to main content

Inquiry in the classroom. Asking powerful question



"The power of question is the basis of all human progress." - Indira Gandhi.


During an IB workshop I was conducting a few months ago, I remember a teacher heaving a huge sigh of relief when she learnt that it was okay for her students to struggle with generating questions. I was a little taken aback to see her so stressed. Though young children are naturally curious, they usually struggle to articulate their queries in a formal setting. While engaged in play, as they create things with loose parts for instance, most of their questions are in their minds. If they fail at something, you can see their questions in their expressions and movement of their hands as they try and figure out what to do next.

Lately I have seen a lot of posts on "X" and some educational platforms where the focus is on surface and deep questions. This is usually accompanied by a visual of a scuba diver trying to reach the depths of the ocean.

So this time, instead of a wonder wall for my unit on structures, I decided to go with the scuba diver. 

The students first watched a video of birds building a natural structure- a nest. We then read a fiction about the best nest where the author's purpose was to make the students understand that there are different types of nest, some stronger and more stable than others. What questions did the students have that were not answered?

Let us take a look at the kinds of questions the students generated. I know that no question is supposed to be disregarded.(sigh) Take a look at the first one :)

















The students attempted to answer 3 questions from various levels to understand the difference between a surface and deep level question. However, this did not serve my purpose.
All three responses looked and felt similar.


I have arranged them according to how the students sorted them out-surface questions to deeper questions. These are their questions. I need to honor them. Some do allow for deep inquiry!

The last question got them excited! The students wanted to try their hand at building a nest. If a bird can create one with its beak, they can surely make one in groups with their hands! 

"Can we make a nest as efficiently as birds? This question hung in the air. No one quite articulated it as a query.


I let the students go out into the playground. What can birds find in their environment that could be used to make a nest? The students instinctively began sorting the roots, leaves, stalks, feathers. moss and stones and began trying their hand at building a natural structure.

"Its a man-made natural structure!" a student exclaimed.





Here are some of the nests the students built as a result of one of their inquiries. Some are not so strong and stable.



Some were pretty strong and stable.



Next, the students will test the strength and stability of  their structures to see whether they can withstand wind and rain. 






While discussing natural structures in class, one of students exclaimed: 

"If bird's are considered natural, human's are also natural too, right? And so if their structure, a nest, is natural, why aren't the things human's make, considered natural?"


That's a great inquiry question I think!

How do you experience inquiry in the classroom?




Comments

Popular posts from this blog

Unravelling the inquiry cycle in a PYP class room

“ People can make choices to support the sustainability of the Earth’s energy resources .” Me to students : Does that make sense? Students to me : (after a while)...not really...  Their understanding of "energy" during the pre-assessment task also reflected a superficial knowledge of the term. And thus our unit of inquiry started. As I was browsing the net, I came across this picture prompt- a map, which I thought would serve as a great provocation. The annual energy consumption per person . Kids love guessing where countries are, so it was a great way to address some geography at this point.  I had also been reading Craig Dwyer's  post  which inspired me to change my inquiry cycle and use a simpler one. Wonder (while exploring)- Explore (while wondering)- Create (while reflecting)- Reflect (with subsequent wonderings). I was feeling more at ease now. The map allowed the students to make a lot of inferences based on patterns whi...

Generalization-Designing Your Lessons for Conceptual Understanding (Part 3)

This post is the third of our blog post series on how to design lessons for conceptual understanding. Part 1 here Part 2 here Strategy 3 : Generalizations You may have come across Lynn Erickson's diagram on the structure of knowledge. In my IB workshop's I always like to present the avocado model alongside this diagram when I am talking about facts. The intention of inquiry-based teaching and conceptually-driven understanding (or Concept-based inquiry- whatever terminology suits your fancy)  is to enable students to make generalizations. In other words, can they transfer their learning to a new context because they have understood what they learnt.  In order to make generalizations, we need to first plan lessons that help students acquire facts/topics that are interesting  and worth knowing. Bringing in local and global issues that are relevant to the topic help students as they begin to compare the topics and see emerging patterns. Remember, facts and concepts have a syn...

Classification -Designing Your Lessons for Conceptual Understanding (Part 1)

In this series, we will discuss how we can design lessons for conceptual understanding. Having recently completed an upskilling course with IB, I felt we may all benefit from looking at some of these strategies and how they might look like in our PYP classrooms. Strategy 1: Classification    Source: Ibo.org In this post, I will be focusing on the research-backed strategy, "classification".  Chadwick (2009) highlights that classification helps develop conceptual understanding by allowing students to organize information, recognize patterns, and understand relationships among concepts.  Here are some examples across several disciplines on how I have used tools to classify. Math Class 1) In my math class (Grade 3) instead of having students simply rote learn the names of the shapes and their properties, have them sort the shapes  based on the number of sides, angles and symmetry. Even better, use the Concept Attainment Strategy (I keep returning to this strategy be...