Researchers in Kazakhstan wanted to know whether colourful animated videos could boost primary school children's interest and learning in science. They studied 165 students aged 8–10 across three schools over three months, comparing those who learned with custom-made animated videos against those taught using traditional methods.
The students using animations learned the same science curriculum, but with videos specifically tailored to their language and cultural context built in.
Animations helped kids learn tricky science concepts faster
Children who watched the animations scored substantially higher on knowledge tests and showed noticeably greater motivation to learn science. The videos were especially effective for abstract, hard-to-picture topics—like how atoms move or how ecosystems function—and for subjects involving movement and change. This makes sense: a video showing atoms bouncing around or a predator chasing prey is easier to understand than a static diagram.
But animations don't work for every type of learning
Here's the catch: animations provided little benefit when students needed to mentally rotate shapes or understand spatial relationships. This tells us animated videos are powerful tools, but not universal solutions. Different science concepts need different teaching approaches.
Localised content matters more than generic quality
A crucial detail often overlooked: the animations worked because they were adapted to the students' language, cultural references, and learning style. Generic international videos might not have the same impact. In Singapore's diverse, multilingual context, this finding is significant. A video about ecosystems featuring local animals and plants, or a science lesson using familiar examples from your child's world, will likely engage them more than a prestigious but generic international version.
How to use this finding with your child
- When choosing science videos or apps, look for content adapted for Singapore or Asian contexts rather than generic international versions.
- Use animated videos specifically for abstract science concepts and topics involving movement or change.
- Combine animations with hands-on activities or traditional explanations when teaching spatial or shape-based concepts.