Triangles

E1

Nina and her Experimenters show why the Eiffel Tower was built with lots of triangles.

Pointy Roofs

E2

Nina and her young Experimenters conduct an experiment on how roof tiles keep houses dry.

Piers

E3

Nina and her young Experimenters conduct an experiment to explain why piers stay strong.

Nests

E4

Nina and her young Experimenters explain how birds keep their eggs safe and warm.

Houses

E5

Nina and her young Experimenters discover how builders make holes in walls for windows.

Windmills

E6

Experimenters Aaron and Sylvia visit Nina and discover what makes windmills' sails turn.

Beaver Dams

E7

Experimenters Bethan, Corey and Rhianna see what happens when you build a dam in a stream.

Skyscrapers

E8

Samuel and Sofia discover why skyscrapers need to be stronger the taller they are.

Bridges

E9

Alexander, Billie and Marianna visit Nina and discover what a cantilever is.

Demolition

E10

Andreea, Soham and Yusuf visit Nina and discover what happens when gas expands quickly.

Floating Houses

E11

Experimenters Poppy and Sugar visit Nina to find out how to build floating houses.

Rollercoasters

E12

Experimenters Ben, Eryn and Kanie visit Nina to investigate how rollercoasters work.

Arches

E13

Experimenters Dylan and Phoebe visit Nina to find out why people use arches in buildings.

Lighthouses

E14

Experimenters Livingstone and Oisin visit Nina to investigate how lighthouses are built.

Living Underground

E15

Experimenters Taite and Taruni visit Nina to find out why some animals live underground.

Living Underwater

E16

Experimenters Lyla and Sandy find out if we could live in an underwater house.

Igloos

E17

Experimenters Ethan and Eva discover what the walls of an igloo are made from.

Spiders' Webs

E18

Experimenters Hugo and Ugochi visit Nina to investigate how a spider builds its web.

Domes

E19

Experimenters Billy and Katy visit Nina to investigate how domes are built.

Amphitheatres

E20

Experimenters Arnav and Ayomide visit Nina to investigate what an amphitheater is.