From Curiosity to Gold: How Science classes for Kids, Innovation, and Competition Shape the Minds of Tomorrow

At Flying Minds Education Centre, we believe science is not just a school subject — it is a way of thinking. It is the ability to look at a problem, ask “Why?”, and then ask, “What if?”

That shift from understanding the world to imagining a better version of it is the spark of innovation. And our students have shown us, time and again, just how powerful that spark can be. A Proud Moment for the Flying Minds Family

We are thrilled to share that over the past two years, our Flying Minds teams have competed in the APEGA Science Olympics — and delivered outstanding results.

Students from Division 1, Division 2, and Division 3 represented our centre, bringing home both gold and silver medals across these competitions.

This is not just a competition result. It is proof that when children are given the right environment to explore, build, and think creatively, they rise to remarkable heights.

We are incredibly proud of every student who stepped up to the challenge, and deeply grateful to our instructors and the parents who supported them every step of the way.

What Is the APEGA Science Olympics?

The APEGA Science Olympics is one of Alberta’s most exciting STEM competitions for young students. Teams tackle real engineering and science challenges — from building structures that must withstand pressure, to designing circuits, to solving mechanics puzzles under time constraints.

It requires not just textbook knowledge, but also the ability to apply science creatively, work as a team, and think on your feet.

These are exactly the skills that matter in the real world — and the skills we nurture every day at Flying Minds.

How We Conduct Science Classes for Kids at Flying Minds

Science classes for kids at Flying Minds looks very different from a traditional classroom. Our Science Lab program brings biology, chemistry, and physics to life through real hands-on experiments. Students are not just reading about reactions — they are creating them.

They observe, measure, record, and draw conclusions, building the habits of true scientific thinkers from an early age.

Our Electronics and Robotics programs take science a step further into engineering and design. Students learn to wire circuits, program microcontrollers, and build working machines — experiencing firsthand how the principles they learn in science class become real, functional inventions.

Our 3D Printing and Design classes add another layer, introducing students to the full creative process, from an idea on paper to a physical object in their hands.

Each of these programs is designed not just to teach content, but to develop the kind of flexible, curious, problem-solving mind that innovation demands.

Science Summer Camp — Exploration All Summer Long

Learning does not stop when the school year ends. Our Science Summer Camp gives students the chance to dive deep into experiments, engineering challenges, and creative STEM projects in a fun, relaxed camp environment.

It is one of the most popular programs we offer, and for good reason. Campers get to explore topics they might never encounter in school, work in teams, and come away with both new knowledge and a genuine love for discovery.

Whether your child is a budding chemist, an aspiring engineer, or simply someone who loves finding out how things work, our science camps are designed to keep that curiosity alive all summer long.

Why Innovation Starts with Hands-On Science

When a child builds a bridge out of craft sticks and tests how much weight it can hold, they are not just learning about structural mechanics — they are learning to hypothesize, test, fail, adjust, and try again.

When they wire a simple circuit and the light turns on for the first time, they are not just learning about electronics — they are experiencing the thrill of making something work.

This hands-on approach is the foundation of an innovative mind. Children who engage in project-based STEM learning develop stronger problem-solving skills, greater resilience, and deeper confidence in their own abilities.

Innovation does not begin in a corporate lab or a university lecture hall. It begins in childhood — in moments of curiosity, play, and discovery.

The Role Parents Play

One of the most important things parents can do is give their child permission to not know the answer right away — and the space to figure it out.

Here are a few simple ways to nurture an innovative mindset at home:

Ask open-ended questions. Instead of “Did you learn anything today?”, try “What problem did you try to solve today?” or “What surprised you?”

Celebrate effort and curiosity, not just correct answers. A child who asks bold questions and tries creative solutions is building exactly the mindset that leads to innovation.

Expose them to making and building. Electronics kits, robotics, 3D design, and coding are not just toys. They are thinking tools.

Let them experience real challenges. Events like the APEGA Science Olympics teach children that science has real stakes, real teamwork, and real rewards. The experience of preparing, showing up, and competing builds a kind of confidence that no worksheet can replicate.

Come Explore With Us

At Flying Minds, our goal is simple: to help every child fall in love with learning and to give them the tools to turn that love into something real.

Through our Science Lab, Electronics, Robotics, 3D Printing programs, Science Summer Camp, and competition preparation, we connect science to creativity and innovation in everything we do.

Whether your child is just beginning to explore STEM or is already ready to tackle a provincial competition, we have a program that meets them where they are — and takes them further.

We would love to welcome your family to the Flying Minds community. Visit us at flyingminds.ca or come say hello at our centre in Willow Park, Calgary.

Because the next great innovator might just be your child — and they might already be ready to fly.