Welcome back to our STEAM Series. In our first article, we explored why STEAM is much more than an acronym and how it reflects the interconnected way children naturally experience the world. This time, I’d like to explore something that I believe sits at the very heart of STEAM: the difference between telling children something and allowing them to discover it.

If I asked you to think back to your own school years, I wonder what you would remember most. Would it be the page of notes copied from the board? The list of definitions learned for a test? Or would it be the experiment that surprised you, the project that made you curious, or the teacher who encouraged you to ask “What do you think?” before giving you the answer?

I suspect, for many of us, it is the second.

Perhaps that is because some of the deepest learning doesn’t happen when information is simply delivered to us. It happens when we become active participants in making sense of it.

This is one of the defining characteristics of STEAM learning. Rather than beginning with explanations, STEAM often begins with a carefully chosen question, an intriguing phenomenon or a real-world challenge. Instead of asking children to memorise knowledge first and apply it later, it invites them to observe, investigate, experiment, discuss, test ideas and gradually build understanding through the process itself. The teacher is still there every step of the way—but their role evolves. Rather than being the only source of knowledge, they become the designer of meaningful learning experiences and the guide who helps children make sense of what they discover.

One of the things I have come to appreciate most about this approach is that it gives children permission to think before they know. In many classrooms, children understandably become accustomed to searching for the “right answer.” STEAM gently shifts that mindset. It reminds us that progress often begins with uncertainty. A prediction might be wrong. A design might fail. An investigation may raise even more questions than it answers. Yet none of these moments represent failure. They are simply part of learning.

In fact, this process of wondering, testing, adapting and trying again mirrors life far more closely than many of the tidy exercises we experienced at school. Rarely do real-world problems arrive with a single correct answer waiting to be found. More often, they ask us to explore possibilities, work with others, rethink our assumptions and remain open to new evidence. These are not only scientific habits of mind—they are human ones.

Of course, inquiry-based learning does not mean stepping back and hoping children simply “discover everything for themselves.” Thoughtful inquiry requires thoughtful teaching. Behind every meaningful STEAM experience is a teacher who has carefully designed the challenge, anticipated misconceptions, asked purposeful questions and created an environment where children feel safe enough to explore, make mistakes and learn from them. Good inquiry is never accidental; it is intentionally planned, even if the path children take through it is wonderfully unpredictable.

As I have reflected on the SPIRIT project, I have realised that this way of learning aligns beautifully with everything we have explored so far. Curiosity, creativity, resilience, critical thinking, communication and collaboration rarely develop because we explain them. They develop because children experience situations that invite them to use them. STEAM simply creates those situations naturally.

In our next article, we’ll look more closely at the four guiding principles behind every SPIRIT STEAM experience and how they help transform an interesting activity into a meaningful learning experience. Because perhaps the greatest gift we can offer children is not the confidence that they already have all the answers, but the confidence to keep asking thoughtful questions throughout their lives.