Geothermal Ambassador

Thirty of our inquisitive students were given the opportunity to dive deeper into understanding our local power source. Three ambassadors spent 2 hours explaining and demonstrating how they use our geothermal resource to create power.

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Experts presentations

Participating in an exciting STEM (Science, Technology, Engineering and Math) challenge where students worked in groups to design and engineer a free-standing structure that would hold their drill piece, using only newspaper, tape, string, pipe cleaners and popsicle sticks. The challenge was laid out, and these students set out to create a wide range of designs.

Stem challenge planning stage
Stem challenge planning stage
Stem challenge Harry’s team
Stem challenge Harry’s team
Stem challenge Finns Team
Stem Challenge rewards Joseph
Stem challenge Finns Team
Stem Challenge rewards Joseph
Stem challenge tower Mithesh team
Stem challenge winner
Stem challenge tower Mithesh team
Stem challenge winner

Planning and ensuring we all had an idea of what we would do made a successful tower.

Our team struggled to get our team ideas into a free-standing tower to start with.

We worked on making a solid core for our tower. We forgot the need for a strong base.

Our team set off quickly, using our knowledge of structures and the importance of strong foundations to make our metre-high tower.

The fish was a good treat for our hard work.

Steam engine expert adding fuel
Steam engine Mithesh
Steam engine expert adding fuel
Steam engine Mithesh

Students explored how steam turns the turbines, using a steam-powered engine as the model.

Seeing how the steam builds up inside the engine and how it turns the turbine was intriguing.

The steam engine has a whistle that lets you know the pressure inside the machine.

The steam engine was the best. It looked like a train but showed us the geothermal power station uses steam.

The complete circuit from the stream to the turbine, transformer, power lines and lights gave us an excellent knowledge of how the power stations make and use power.

The whistle was fun but loud.

Water convection

Students then explored how water convection works with a science demonstration showing how the water moves depending on the temperature. This demonstrated what happens to the water in the group and the condenser and cooler.

Water convection expert
Water convection expert
Water convection Bianca
Water convection Lucus
Water convection Bianca
Water convection Lucus

The red food colour stays on the top of the water and moves to the edges.

The colours don’t mix. This was so interesting that the temperature of the water affects how it moves.

As the water cools, the colours start to move in the same direction.

Rock collection Nic and Oscar
Rock collection Nic and Oscar
Rock collect Nick
Rock collect Oscar
Rock collect Nick
Rock collect Oscar

Finding out the names of the different rocks and how they are made is exciting.

It was interesting seeing and talking to the experts about all the different kinds of rocks we have in Taupō.

The rocks look like they should be heavy, but most aren’t. They have different compositions.


2024 Chauval

Angel Chauval

Wairakei Primary school has a wonderful rural environment and an amazing community. I enjoy working with this community to help students rise to succeed. Learning happens everywhere and is different for every child, celebrating and challenging students is my drive as a teacher.

I strive to encourage every student to achieve to the best of their ability. My passions are Technology and Science. I use them as foundations in unlocking excitement and wonder to produce thinkers and creators.

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