The Thinking Behind the Making: Grade 1's SLC Projects

What really happened before the presentations, the prototypes, and the proud moments

In our last blog, we shared glimpses from the Idea Loom Student Led Conference: the displays, the conversations, the energy in the room as Grade 1 learners walked their families through their work. But the conference was always the final chapter. The real story began weeks earlier, in classrooms full of questions, sketches, and discoveries.

This is that story.

It Started With a Real Problem

Every project in Grade 1 was rooted in something genuine — not a textbook exercise, but a real-world situation that children could actually care about.

The Goodall class began by learning about potters — not just what they make, but what they struggle with. Drying pots efficiently is harder than it sounds. Pots that don't dry properly crack, break, and go to waste, and for a potter, that means lost time, lost material, and lost livelihood.

The Kalam class asked a quieter but equally powerful question: clay has always been used to make pots — but is that all it can do? Learners began noticing how many everyday objects could be made from something as natural and eco-friendly as clay. The problem wasn't a crisis — it was a limitation in thinking. And the children set out to push past it.

The Miyawaki class took on the most ambitious challenge: can traditional craft and simple technology work together to create something genuinely useful? Before a single idea was sketched, learners visited a working potter — returning to class with a deeper respect for the craft and a sharper set of questions.

This approach reflects something central to both the Cambridge Primary curriculum and the IB Primary Years Programme: that meaningful learning begins with genuine inquiry, real-world relevance, and student agency — not content delivery.

Ideas Don't Arrive Fully Formed

Good ideas take time, and they rarely look impressive at the start.

From blueprint to reality: Grade 1 Goodall's Design-4 sketch of a wheel, stand, and laser dryer transformed into Pots Pro, a rotating pot-drying prototype presented at the SLC.

The Goodall learners went through three full rounds of design sketches before arriving at their final concept. Early drawings were rough and exploratory. By the third round, children were creating labelled diagrams with real structural thinking behind them. Their final prototype, Pots Pro — a rotating, wheel-like structure designed to hold multiple pots during drying — was the result of that entire layered process, not a single moment of inspiration.

From imagination to making: Grade 1 Kalam's design sketches of flower vases, trays, and baskets transformed into hand-painted clay creations presented at the SLC.

The Kalam learners followed a similar path — moving from freehand sketches of cups, toys, and flowers to detailed, labelled plans for flower vases, designer trays, baskets, and decorative pieces.

From sketch to sculpture: Grade 1 Miyawaki's design drawings of sunflowers, robot figures, and glowing-eyed fish transformed into hand-shaped clay prototypes presented at the SLC

The Miyawaki class went furthest, working through four rounds of design and gradually incorporating LEDs, motors, and solar panels into their thinking. By the final round, six-year-olds were producing labelled designs with integrated mechanisms.

This iterative process sits at the core of both the Cambridge Primary framework and the IB PYP's transdisciplinary learning model — recognising that how children arrive at an answer is as valuable as the answer itself.

Learning Doesn't Only Happen at a Desk

Both Goodall and Miyawaki learners visited a working potter — watching clay being shaped and building a felt sense of the tradition behind it. This field experience did something no worksheet could: it made the learning human. Children returned with questions they hadn't thought to ask before.

For the Miyawaki class, learning extended even further into basic entrepreneurial thinking — exploring how products are priced, presented, and brought to people who might use them. A small but meaningful window into the wider world, and one that clearly resonated with the children.

Why This Matters

Children who had seemed hesitant in other contexts became confident when talking about their own ideas. Collaboration happened naturally — not because it was assigned, but because the problems were interesting enough to think through together.

This is precisely what the IB PYP's learner profile and Cambridge's global learner attributes are designed to cultivate: inquirers, thinkers, and communicators.

Underneath every display board at the SLC was a child who learned to sit with a problem before rushing to solve it. Who discovered that a first idea is just a starting point. The habits formed here — curiosity, persistence, empathy, the willingness to revise — are the foundation of how children will approach challenges for the rest of their lives.

The Student Led Conference gave families a glimpse of the outcome. This blog is an invitation to appreciate the journey that made it possible.

Each of these projects was shaped by the Idea Loom — Keystone's thinking framework that guides learners from problem to exploration to solution. Look out for a dedicated piece on the Idea Loom coming soon