25 September 2025
Ever met a kid who just can’t sit still? Maybe they tap their fingers, spin around in their seat, or walk around while trying to learn something new. Well, chances are you’ve encountered a kinesthetic learner.
Kinesthetic learners process information best when they can physically engage with it. They need to move, touch, do, and feel to fully understand a concept. It's not that they can't learn in traditional ways — lectures, reading, writing — it’s just that they shine when their bodies are involved in the process.
So, how exactly do we foster creativity in these hands-on learners? Whether you're a teacher, parent, or caregiver, this guide will walk you through practical, fun, and effective ways to light that creative spark.
- Learn by doing
- Engage in hands-on tasks
- Use body language when communicating
- Remember things through movement
- Get fidgety or bored with lots of sitting still
Does this sound like someone you know (maybe even yourself)? These learners aren’t just hyperactive — they process information through their bodies. So, you can imagine the challenge when they’re asked to sit in silence and absorb information passively.
For kinesthetic learners, nurturing creativity means they’ll likely:
- Retain information longer
- Express ideas more confidently
- Tackle problems from multiple angles
- Stay more engaged in learning overall
Isn’t that the dream?
Encourage movement during learning:
- Let them stand while studying
- Use fidget tools like stress balls or textured objects
- Allow walking discussions or learning strolls
Hands-on learning can include:
- Science experiments
- Building models
- Acting out historical events
- Creating dance routines to explain concepts
- Reenact scenes from history
- Role-play famous inventors explaining their creations
- Dramatize math problems using gestures and movement
They’ll remember it way longer than just reading from a page.
- Use clay to model molecule structures
- Create dioramas of ecosystems
- Make collages that represent abstract ideas
Hands on = minds engaged.
Try things like:
- Math hopscotch
- Word scavenger hunts
- Simon Says with vocabulary terms
The more physical and playful, the better.
Look for:
- Puzzle-solving games
- Animation and storytelling apps
- DIY video projects that require filming and editing
Just make sure the tech doesn’t strip away the tactile part — we want fingers tapping, swiping, dragging, and creating.
Set up a “maker corner” or “invention station” with basic supplies like:
- Cardboard, tape, and scissors
- Rubber bands, string, and paperclips
- Simple tools (under supervision)
Give them open-ended challenges like building a bridge with limited materials or designing a tool to solve a small problem.
Creativity = problem-solving in motion.
- Praise effort, not just results
- Encourage questions
- Be open to “crazy” ideas
Sometimes, those wild ideas lead to the biggest breakthroughs.
Let them choose:
- The medium they want to work in (build, act, draw)
- Assignment formats (poster, skit, slideshow)
- How they collaborate (solo vs team work)
Autonomy fuels ownership — and that sparks creativity.
- Designing a model city
- Building a working Rube Goldberg machine
- Creating a group dance or play to explain a concept
Let them brainstorm, plan, and move together.
- Showing how the heart pumps blood using props and motion
- Teaching multiplication through hand claps and chants
Teaching others reinforces their own learning and boosts confidence.
Creativity shows up in subtle ways:
- How they solve a problem with their hands
- How they explain a concept through movement
- How they ask deep, curious questions
Look for those signs. Measuring progress creatively might mean assessing videos, models, journals, or peer feedback — not just quizzes.
- Brain breaks with movement: Quick dance parties, stretching sessions, or yoga
- Drawing while listening: Let them sketch what they hear
- Building challenges: “Can you make a tower with just 10 objects?”
- Storytelling through puppets or action figures
These little bursts can make a big difference.
Share ideas like:
- Cooking together to learn about measurements
- Gardening to understand plant biology
- Turning chores into songs or games
- Creating DIY science kits with household items
Building a bridge between home and school inspires consistent, creative growth.
It’s about understanding how they move through the world — literally — and creating opportunities where movement and imagination can collide. When we give these learners the freedom to express themselves physically, we unlock a whole new level of engagement, innovation, and joy.
So next time you see a kid tapping their pencil or bouncing their leg, don't rush to stop them. That could be the beginning of their next big idea.
all images in this post were generated using AI tools
Category:
Learning StylesAuthor:
Olivia Lewis