I have recently started an exciting journey with an institute in Canada that teaches Electronics, Robotics, and Programming to kids. It has been fascinating to revisit many concepts I learned in school and university, now with a new goal "" to make them simple, fun, and engaging for young minds. I am proud to play a part in shaping Canada’s future innovators, helping them build the skills and confidence to tackle real-world challenges through creativity and technology.
One of the most fulfilling parts of this role is that I have been able to integrate one of my passions: 3D printing. This technology is not just an advanced tool for engineers "" it is a gateway for kids to explore, experiment, and understand the world of creation and innovation.
As I prepare to lead a summer camp focused on applying 3D printing in robotics projects, I am reminded of a powerful experience from my time in Sri Lanka. Back in 2017, when I was working for RCS2 Technologies, we organised a three-day workshop for kids, coinciding with Global 3D Printing Day. The theme was thrilling:
The kids were stuck in a warehouse surrounded by zombies and had to send a rescue signal using only a computer, some electronics, and a 3D printer.
Prototypes developed by kids
This scenario sparked incredible creativity. The students stayed focused, letting go of their usual lethargy. They iterated through designs, learned from failures, and showcased brilliant problem-solving. The energy was electric, and the impact lasting. The winning team presented a solution that was both innovative and practical, earning not just a prize but also a deep sense of achievement.
Why is 3D Printing Important for Kids?
3D printing offers far more than just technical knowledge. It:
- Enhances cognitive development "" kids learn to visualise, plan, and execute
- Stimulates imagination "" turning an idea into a physical object is a powerful creative trigger
- Promotes critical thinking and problem-solving "" iterative testing teaches resilience and analytical skills
- Encourages collaboration "" most 3D printing projects are done in teams, enhancing communication and teamwork
- Introduces a new lens for innovation "" kids begin to see problems differently: faster, smarter, and more efficiently
Pathfinders executing their final run
What is the Global Role in This?
Educators, policymakers, and global tech leaders must recognise the role of technology-integrated education in shaping the innovators of tomorrow. Here is how they can contribute:
- Invest in infrastructure and training for schools and community centres
- Support inclusive programmes that give access to 3D printing and robotics regardless of socio-economic background
- Create global knowledge hubs to share teaching resources, curriculum ideas, and case studies
- Encourage public-private partnerships to bring cutting-edge tools into classrooms
Education is the most powerful tool to uplift technology to the next level. I am seeing this transformation happen firsthand, and it all starts with curiosity, access, and a bit of imagination.
If you are an educator, parent, or someone in the tech community, consider how you can support this mission. The future is being built layer by layer, and our kids are the architects.