Onsite and Online - Computer Coding and Robotics for Kids from ages 5 to 18. Schedule a free trial class today! Choose from 14+ locations across Canada. 🇨🇦
A free assessment helps identify a starting point. In-person lessons make room for explaining the thinking, not only giving an answer.
Explore Ultimate Math: https://t.co/J6AJ1su5bw
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A correct answer is one part of learning math. Choosing a method and explaining the reasoning matter too.
Meet Ultimate Math for Grades 1–8: https://t.co/J6AJ1su5bw
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Junior Creator connects coding and AI learning across the journey. Explore the curriculum and find a starting point suited to your child’s experience.
https://t.co/m2QyNkeAXp
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AI learning starts before the final level. Using a tool, writing rules and training on examples are different experiences. Knowing the difference is part of understanding AI.
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Typed code adds new demands, but explaining a project and working through mistakes still matter. Save this guide for your next starting-level conversation.
Free coding trial: https://t.co/tb5CvXPxyX
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Moving to Python is not a race against a birthday. Can your child explain a repeated action, a choice or a mistake in their project?
A free coding trial can help identify a starting level.
#UltimateCoders#PythonForKids
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Good teaching leaves room for a question.
“Why did you choose that?” “What else could you try?” “Can you show me?”
Tell a teacher about a question that stayed with your child.
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Find the idea behind the wrong answer.
Ultimate Math offers in-person learning for Grades 1–8, beginning with a free assessment.
Find a centre offering Ultimate Math: https://t.co/9v1MzU6sGJ
#UltimateCoders#MathForKids
A small practice. A clear purpose.
Ultimate Math connects specific home practice to the work in class and reviews it next session.
Explore: https://t.co/J6AJ1stxlY
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Myth: if you understand coding, your project works immediately.
Reality: testing and revision are part of making it work.
Replace “I can’t do it” with “What should I test next?” Keep that test small.
#UltimateCoders#KidsCoding
Their next idea could start here.
A free coding trial lets your child try making something with an instructor and find a starting point.
Find a centre and follow its booking link: https://t.co/9v1MzU6sGJ
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Before your child plays another game, ask: what would you change?
One rule can change the challenge. This illustrative demo is a starting point for that conversation.
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A first project can start with a free coding trial. Let your child try making something with an instructor and find a suitable starting point.
Book: https://t.co/tb5CvXOZJp
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What did the training data leave out?
When an AI model gets something wrong, ask: Did it see enough variety? Does this new example look different?
Explore Junior Creator: https://t.co/m2QyNke37R
#UltimateCoders#AIForKids
Which sounds more like your child: building something new or solving a mystery when it doesn’t work?
Ask them which moment they would choose—and why. Tell us below.
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This school year, make room for making.
Ask your child: “What would you like to make that doesn’t exist yet?” A story, a tiny game or an invention can start a learning conversation.
Share an idea below.
#UltimateCoders#CreativeLearning
How would you work out 18 + 7?
Try 18 + 2 + 5: make 20, then add 5. Ask your child to show their route before showing yours. Comparing methods can be more interesting than racing to the answer.
#UltimateCoders#MathForKids
A polished answer can still need a second look.
Ask together: Where did this come from? Can we check another source? What would show it is wrong?
Make checking a normal part of using AI.
#UltimateCoders#AILiteracy#ParentingTips
Big questions. Local learning.
For children who love making, solving puzzles or asking how technology works.
Find your nearest Ultimate Coders centre and explore local programs: https://t.co/9v1MzU6sGJ
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Rock-paper-scissors becomes a new challenge when children train the model they play against. Collect examples. Train. Test something new.
Explore Junior Creator: https://t.co/m2QyNke37R
#UltimateCoders#AIForKids