The Holy Grail of teaching?

Sparking curiosity in the classroom

Olivia Odileke suggests that systematically stimulating curiosity is perhaps the most effective way of transforming student engagement.

A personal turning-point

The current state of student engagement is alarming. A 2022 Gallup survey revealed that only 34% of students in grades 5-12 feel engaged in school. Even more concerning, engagement plummets from 75% in elementary school to a mere 34% in high school. As educators, we must ask ourselves: are we truly preparing our students for the future, or simply for the next test?

Over the course of my career, I’ve come to believe that sparking curiosity really is the holy grail of teaching. In my years as an Algebra teacher and now in my role guiding other educators, I’ve seen how nurturing curiosity, especially in subjects often perceived as dry or disconnected from reality, is the key to unlocking student potential.

My journey to this realization came through a pivotal moment in my classroom years ago. While teaching quadratic equations, a student asked about their real-world applications in architecture. Focused on test preparation, I brushed off the question and redirected the class. That moment often comes back to haunt me. It forced me to reevaluate my approach to teaching, ultimately leading me to my current role in teacher training.

The power of curiosity

Neuroscience supports the view of something many of us have come to believe from our classroom experience– that sparking curiosity is essential for good learning. Research shows that curiosity activates the brain’s reward centers, enhancing memory formation and retention. When we’re curious, our brains are primed for learning. Moreover, fostering curiosity develops critical thinking and problem-solving skills crucial for success in our rapidly changing world.

Strategies for Cultivating Curiosity

People use many ways to stimulate curiosity, but I would suggest that it is important to develop a range of these techniques systematically as part of your teaching repertoire.

1. Ask open-ended questions as much as you can

Encourage students to explore multiple approaches to problem-solving. For example, instead of asking, “What’s the formula for the area of a circle?”, try “How might we determine the amount of paint needed to cover a circular table?”

2. Embrace inquiry-based learning in your classroom

Allow students to formulate their own questions about concepts. This could involve presenting a phenomenon and asking students what they wonder about it, rather than immediately explaining it.

3. Connect lessons to real-world issues

Discuss how principles apply to relevant fields and current events. For instance, when teaching statistics, analyze real data from climate change studies or public health reports.

4. Incorporate hands-on experiences

Increase the use of practical applications and real-world data. This could involve building simple machines in physics class or conducting social experiments in psychology.

5. Create a question-friendly environment

Celebrate and encourage questions, even if they temporarily take discussions off-topic. Consider having a “question board” where students can post queries to be addressed later.

6. Model curiosity

Share your own learning journey and excitement about new discoveries in your field. This could involve discussing recent research or sharing personal “aha” moments.

The impact of curiosity-driven teaching

Teachers who implement these strategies often report increased student engagement. They describe livelier class discussions, with students asking more probing questions about the ‘why’ behind concepts, not just the ‘how’ or the ‘what’? While test scores often improve, more importantly, students begin applying their learning to situations beyond the classroom.

Overcoming challenges

Of course, shifting to a curiosity-driven teaching model isn’t without its challenges. In the ‘real world’ teachers express concern about covering required curriculum or preparing students for standardized tests. However, I argue that by fostering curiosity, we actually enhance students’ ability to engage with and retain curriculum content.

Moreover, curious students are more likely to independently seek out information, potentially covering more ground than in a traditional, teacher-directed classroom. The key is finding a balance between structured learning and open-ended exploration.

Self-reflection and continuous improvement

For educators looking to foster curiosity in their own classrooms, self-reflection is key. I encourage teachers to regularly ask themselves: “Am I truly sparking curiosity in my students?” If the answer is no, consider seeking student feedback, attending workshops on inquiry-based learning, collaborating with colleagues, and experimenting with new approaches.

Some questions for self-reflection might include:

How often do I say “That’s a great question!” in class?
Do I provide time for students to explore topics beyond the curriculum?
How do I respond when a student’s question takes the lesson in an unexpected direction?
Am I modeling curiosity and a love of learning for my students?

The future of education

Sparking curiosity is more than just an educational trend – it’s a powerful tool for creating lifelong learners. By shifting our focus from mere content delivery to nurturing inquisitiveness, we can help students become not just proficient in their subjects, but passionate problem-solvers ready to tackle the challenges of tomorrow.

As educators and teacher trainers, we have the privilege and responsibility to ignite this spark in our students and in the teachers we guide. Let’s embrace this challenge and work towards a future where every classroom is a crucible of curiosity, wonder, and discovery. In doing so, we may just find the holy grail of teaching we’ve been seeking all along.

Olivia Odileke transitioned from Algebra teaching to focus on fostering curiosity across all subjects. She is the founder of Kampus Insights which offers “Spark Student Curiosity”, at kampusinsights.com, a free course designed to equip educators with tools to create engaging learning environments whatever and wherever they teach.