Tag: transdisciplanary learning

Navigating Transdisciplinary Learning: Empowering Students in the PYP

Navigating Transdisciplinary Learning: Empowering Students in the PYP

In the Primary Years Programme (PYP), transdisciplinary learning is not only a mouthful to say, but it’s a very difficult thing to articulate.  You might say that it is when we connect the dots between single-subject lenses, but that is only one dimension. You can say it is when we use real-world problems and challenges to provide authentic experiences for learning, but applying knowledge in a safe context through a project-based learning approach does not fully describe it either. The truth is that it is all of this, but so much more. So if we can barely describe it,  how do we know if we are doing it “right”?

Lately, I’ve been thinking about it differently. With the revised IB Programme evaluation process, our PYP programme development is ever evolving, always unfinished, as we elevate and improve our standards and practices.  So I have come to think about transdisciplinary learning, not like a checklist of “to dos” but more like a compass. As we inquire into how we “do” the PYP in our school’s unique context, we should seek a more holistic approach to our students’ learning, navigating on a path toward more meaningful and transformative learning experiences. So what direction do we need to go?

NORTH: Knowledge and Grit

There are many forms of knowledge. Transdisciplinary learning transcends mere memorization of facts. However, let’s be clear, the retrieval of information is valuable, but learners must realize that truths may change in the face of new evidence. Thus students must come to recognize that learning any content requires an understanding of the ways information is obtained, used, and created. Knowledge is acquired through study and collaboration within and across disciplines, in which new understandings are co-constructed, and thus may be revised.   Although there is satisfaction in knowing facts and figures, we must also remain curious and open to making more discoveries. If students are still asking questions, making connections, and keen to dig deeper at the end of a unit of inquiry, then you are pointing in the direction of transdisciplinary learning.

If not, then we need to come up with ways to create a learning environment that fosters intellectual grit and a thirst for ongoing discovery. Moreover, paving the way towards true transdisciplinary understanding might require more teacher collaboration and interdisciplinary exploration in order to analyze the unit of inquiry for opportunities to invite more student agency and investigation of topics within the related concepts.

EAST: Emotion and Care

Let’s be honest, if the heart is absent during learning, then true learning is impossible. Having an emotional response is key to a student taking an interest in a unit. And when there is student interest, the brain is open to taking in content and connecting this information to its schema. Emotion makes it “sticky”.

Transdisciplinary learning invites personal reflection, creating empathy, compassion, and social responsibility, nurturing a sense of concern for others and the world. According to the UNESCO Futures of Education Ideas LAB, this would look like students reflecting on how we are interconnected to each other and our planet. We impact our communities as well as being simultaneously affected by others and the world, stirring us to work toward a goal for the common good of all. They describe this as a “commoning” mindset or attitude of “caring for”, “caring about” and receiving care (“care receive”).

Let’s put this in a context of a unit of inquiry:

Central Idea: The interconnectedness of living things influences the sustainability of our planet.

Lines of Inquiry:

  1. The interdependence of living organisms in ecosystems(function)
  2. Human actions and their impact on the environment (connection)
  3. Strategies for promoting environmental sustainability (responsibility)
  • Care For: Students might actively participate in environmental conservation efforts, such as organizing a beach clean-up to protect marine life and habitats. They could create posters and awareness campaigns to encourage others to reduce waste and recycle, demonstrating care for the planet and its resources.
  • Care About: During the unit, students might develop empathy and concern for endangered species. They could research and present information about endangered animals and their habitats, raising awareness about the importance of protecting biodiversity and the interconnectedness of all living beings.
  • Care Receive: Students may collaborate with local environmental organizations or experts who share their knowledge and experiences in conservation efforts. These experts could visit the classroom or take students on field trips to engage them in hands-on experiences, deepening their understanding of environmental care and inspiring them to take action.

You can probably think about your own school’s programme of inquiry and start asking yourself if these units cultivate this spirit of “commoning”. If there are units that are blaise or do not invoke students to action, then chances are that their hearts are not ignited. This may require some re-visioning of the learning experiences or re-writing units altogether.

SOUTH: Skills and Habits of Learning

If we want our students to be truly empowered then they must be able to put their intellect into action, and that is harder than it sounds. There are plenty of smart people who sit on their sofas and never lift a finger to improve our world. Why is that? Are they lazy? No! I reckon it’s simply because they never learned HOW to organize their ideas into action.

So, we have to consider the value and importance of utilizing the PYP AtLs (approaches to learning) in order for our students to conduct meaningful research and become resourceful problem-solvers. We need to ask ourselves if our Atls are an afterthought in our planning or are in the forefront of our minds.

So what does that look like? Well, not only should our classrooms provide explicit instruction and success criteria that help students learn how to learn, but we should support students to create their own goals. For example, how often do teachers assess students and then sit down with students to share the results? Teachers may take weeks to do a reading running record but then miss out on the opportunities to discuss the strengths and opportunities for development for the learner, let alone give them the chance to co-construct goals with them. When we reflect on this, we must realize that there are possibilities within our current assessment practices that we can co-construct goals with our learners. This is a perfect moment to empower our students and create a more transdisciplinary approach to learning.

Even small changes in our planning of the Atls can yield big results when we start to brainstorm ways to elevate them in our classrooms.

WEST: Working Together

Developing the desire to live and work together, and thinking about the quality of life and common good for future generations is an inherent aspect of transdisciplinary learning.

One of the most exciting challenges in our programmes is managing the delicate balance of preparing our students to be open-minded while cherishing their heritage. This is why I think having a collaborative learning environment is critical to the PYP. Students must understand the influence of culture and values in shaping our opinions while seeking diverse perspectives when tackling complex problems.

We need to analyze our classroom cultures to evaluate if collaboration is a challenge or an innate part of how learning happens. Students must have opportunities to discover the joys of working together, pooling their varied talents and perspectives together in order to craft innovative solutions. Moreover, they need strategies for when conflict arises (which it ALWAYS does) and how they can find agreement in the midst of disagreement.

If students lack empathy and prefer competition over cooperation, then this is our signal that change needs to happen in our programme. I don’t think the age of the learner matters, a thoughtful discussion about this observation can help generate some new understandings and provide solutions on how the classroom can shift into a more collaborative spirit of work.

Walking in the “right” direction?

Of course our dream as PYP educators is that transdisciplinary learning infuses our students with a desire for a future grounded in unity, empathy, and sustainability. As we examine our programmes, I hope this “compass” helps you to consider what direction your school may need to go in so that transdisciplinary learning can no longer be a theoretical concept but a palpable plan for improving student learning. I think this is a highly personal reflection and gathering insight from a variety of stakeholders can help prioritize which one of these “directions” is right for your school.

If you have other ideas, please leave a comment below so we can engage in thoughtful dialogue. Together, we all can unleash the power of the PYP and move towards a more compassionate, collaborative, and sustainable world.

Want to Learn More? I was inspired by this reading. 

Sobe, N. W. (10 February 2021) Reworking Four Pillars of Education to Sustain the Commons. UNESCO Futures of Education Ideas LAB.  Retrieved from https://en.unesco.org/futuresofeducation/ideas-lab/sobe-reworking-four-pillars-education-sustain-commons

Delors, J. [. (1996). Learning: the treasure within; report to UNESCO of the International Commission on Education for the Twenty-first Century (highlights). Unesdoc.unesco.org. Retrieved November 6, 2022, from https://unesdoc.unesco.org/ark:/48223/pf0000109590.locale=en

Mathematics in the Primary Years Program (PYP): Negotiating Transdisciplanary Vs. Stand Alone

Mathematics in the Primary Years Program (PYP): Negotiating Transdisciplanary Vs. Stand Alone

In the purest sense of the PYP, everything is the Unit of Inquiry (UOI), right? One of the greatest suppositions of transdisciplinary learning is to try to create enduring understandings that connect as many dots with the discrete subject areas. For example, when we think about how young children learn, when they play with blocks, they never think that they are “doing math” or “creating art” or “testing hypotheses”.  So it is our duty to match their curiosity and creativity which curriculum that is relevant, meaningful and engaging. However, as children develop and their thinking matures, we need to challenge them with more complex ideas in our inquiry-based and concept-driven approach to learning. But with Math, it is probably the one subject area that can be the most difficult to naturally incorporate into UOI and make transdisciplinary due to the demands of the mathematical concepts. 

For example, here is a How We Organize Ourselves UOI for students age 5-6 years old that works great for math:

Systems help us to make meaning and communicate.

  • systems in our community
  • ways we use systems
  • our responsibility within systems

Now, this is probably a great unit to develop the conceptual understanding that numbers are a naming system and, for a set of objects, the number name of the last object counted describes the quantity of the whole set; which can then help students to connect number names and numerals to the quantities they represent. (Phase 1, Number Strand of the IB Math Scope and Sequence).

 But then, in this same year group, you have a How We Express Ourselves unit like this:

Creating and responding to art develops an understanding of ourselves and the world around us.

  • what art is
  • how the arts communicate different messages
  • ways we respond and react to art
  • the different ways that can express ourselves through art

At first glance, you are probably thinking, duh!–this is an “art” unit, it’s gotta be Pattern…….or maybe Shape and Space for Transdisciplinary Math (TD)? I could do both, right?

Well, you could, but then you would be “exposing” students to these ideas but not necessarily really developing their conceptual understandings. To further demonstrate how challenging this decision is, think about this conceptual understanding: Shape and Space Strand: Shapes can be described and organized according to their properties;  Pattern: understand that patterns can be found in everyday situations, for example, sounds, actions, objects, nature. So now I am wondering which what part of the central idea or lines of inquiry supports either one of those strands?

You can see that unless you write central ideas and lines of inquiry that consciously make an effort to incorporate math, it can easily get nudged aside during UOI

Now, this example is in the early grades, imagine how difficult it gets in the upper grades! How would you write a UOI that could be a “good fit” for teaching decimals, the conversations of fractions and understanding exponents? You could, but you’d have to have a POI that leaned toward STEM (Science, Technology, Engineering, and Math) and have staff that is incredibly skillful at writing this curriculum so that Social Studies, the Arts, and PSPE don’t get sacrificed in the process. Most schools don’t go to such efforts. 

So thus we create “Stand Alones”, which are separate subject-specific units of inquiry, that we put into the PYP planner. There are many schools that do this for Math. Some schools do one-off or piecemeal planners for certain mathematical concepts that don’t fit into the transdisciplinary units while other schools just do this for upper year groups, yet others create a whole school Programme of Inquiry for math. (I won’t open up the conversation of how you might create a scope and sequence for math for these stand alones but please check out this blog post that details one school’s struggle to do so.)

In our school’s case, it was decided to create a POI that focused merely on Number and Pattern & Function Strands since these are the most difficult to incorporate into UOIs. With that in mind, most grade levels have TD maths running simultaneously with our Number/Pattern POI. As a disclaimer, it’s our first thinking on how we might approach improving mathematical thinking and learning at our school, so be gentle in your judgment. To create a POI for math is a daunting task, and there is no doubt that we will reflect and revise on ours.

In Grade 1, we are starting to encounter challenges when we look through the number of conceptual understandings and learning outcomes that need to be developed so we stopped and had a whole planning retreat to delve into this. As we looked through the IB Scope and Sequence and referenced the learning outcomes from other national standards, we wondered how much classroom time would it take to accomplish both Stand Alone AND TD Math?  Furthermore, is having essentially “2 Maths” (2 Math Strands) going co-currently a sensible idea-and how might we make it fit better? At the end of our discussions and debates, we mapped out the rest of the year’s TD Math. In one UOI (Where We Are in Place and Time, CI: Homes reflect cultural influences and local conditions.), we decided to not make a TD Math link because it might be “a stretch” to do so and instead to just focus on Number. Here is the Number central idea and lines of inquiry that we will cover during that time: 

Numbers often tell how many or how much
1. The amount of a number determines its position in a numeral
2. How we know when to regroup
3. How grouping numbers into parts can help us find solutions.

CONCEPTS – Function, Change, Reflection
ATTITUDES – Integrity, Confidence
LEARNER PROFILE: Knowledgeable

You can see that this unit has place value and regrouping strategies for addition and subtraction–one of the foundational conceptual understandings that must be well developed in Grade 1 and so needs more attention and time devoted to it. 

Likewise, we decided that we would make one of our units (How the World Works, whose CI we are rewriting), heavy on the TD Maths and a little lighter on the Number POI because we needed to really spend more time on developing the conceptual understandings within the Data and Measurement Strands. This is the Number UOI during that time:

Patterns repeat or grow
1. The ways patterns can be represented.
2. We use pattern to infer and to make predictions.

CONCEPTS – Form, Connection
ATTITUDES – Creativity
LEARNER PROFILE: Thinker

As you can see, our examination and reflection process is just beginning when it comes to negotiating classtime with TD Math and our Number POI. Sharing our grade level’s experience in this blog does not only reveal a bit of our thinking process but perhaps you are contemplating your school’s struggle with striking a balance between Stand Alone Math and TD Math and have an idea that would help navigate this challenge.

I’m deeply curious what kinds of conversations your school has regarding Math and what have you done to address “coverage” of concepts. Since our school is in the early days of developing and refining our Number POI, sharing perspectives and theories about using the PYP framework would be helpful to discuss and debate in our larger IB community because all of us are striving to create the best learning experiences and outcomes for our learners.  No pressure, but I’m hoping you will comment below. 🙂

 

Does your school have UOIs that were particularly successful at incorporating Math so that it was transdisciplinary?

How does your school balance TD Math and Stand Alone Math in the curriculum?

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