[5th Grade Elementary School] Independent Research Themes & Crafts | A Collection of Ideas That Lead to Learning

Fossil making

At-Home Kids’ Science Class (Upper Grades): “Let’s Make Fossils!”

Get hands-on with shells! Here are some ideas for making your own “fossils.” We often hear that real fossilization can take over ten thousand years.

When dinosaur bones or ancient life fossils are discovered, they’re frequently featured in the news and media.

This time, let’s use shells to create specimens that look just like fossils! In the video, we clearly explain each step of the specimen-making process.

Take this opportunity to give it a try!

How to make a basic robot

[How to Make a Basic Robot] Elementary School Robocon 2021 Programming Robot Online Competition / ROBOCON Official [robot contest]

Build a robot with your own hands! Here are some ideas for making a basic robot.

These days, we often see robots active in various roles.

In fast-food restaurants, there are robots that carry food and drinks, and some households even keep robot pets.

This time, let’s try making a simple robot.

You’ll need items like a ruler, scissors, a pen, thick paper or cardboard, batteries, a battery holder, a switch, a motor, and wires.

Be sure to work together with a teacher or a guardian.

Volcanic Eruption Research

At-Home Kids’ Science Class (Upper Grades): “Let’s Study Volcanic Eruptions!”

Let’s experiment! Here are some ideas for researching volcanic eruptions.

When you hear the word “experiment,” some people might imagine something difficult and dangerous.

This time, let’s try a volcano eruption experiment following the steps shown in the video! Japan has volcanoes in a variety of shapes.

First, it’s a good idea to look into what kinds of volcanoes exist in Japan.

The materials you will use include a lidded plastic cup, a deep paper plate, a flat paper plate, a straw, water, plaster, baking soda, and more.

autonomous self-driving robot car

Let's Build a DIY Self-Driving Robot Car: Science Experiment [Azabu Science Experiment Classroom]

Make and play! Here are some ideas for an autonomous robot car.

Many of you have probably played by moving toy vehicles like cars or trains by hand.

This time, let’s try building a robot car that moves on its own.

In the video, they use tools and kits.

The completed self-driving robot car runs along a course drawn with a black pen on paper.

When using tools, be sure to work together with a teacher or guardian.

Give it a try!

Sound experiment

[Environmental Experiment School] Let's experience how sound travels through 'things'

Learn how sound travels! Here are some ideas for sound experiments.

What comes to mind when you think of sound? You’re surrounded by all kinds of sounds, aren’t you? This time, let’s deepen our learning with the theme of sound.

In the video, it seems you can learn about what sound is and how people perceive it differently.

By studying the properties of sound, you might make new discoveries in your daily life! The experiments feature ones using test tubes and ones using different materials.

Give them a try!

Three steps to make a haiku

Hamagakuen Presents: Haiku Workshop for Elementary School Students (2) — Three Steps to Composing Haiku

Learn from the Haiku Koshien executive committee! Here are three-step ideas for composing haiku.

Many people want to try writing haiku but aren’t sure what process to follow, or simply want to learn how to make them.

These three steps are ideas you can use in such situations.

In the video, a member of the Haiku Koshien executive committee explains the key points clearly and carefully.

Give it a try!

Paper Art Triangle

Paper Art Triangle: A 3D project you can make in a short time

This is a craft project where you can enjoy the fun of freely drawing with paper by playing with the width and shape of the strips.

Use a wide paper band to create a large triangular outer frame.

Make firm creases and then glue it down to complete the base.

Next, use narrow paper bands to create patterns on the inside.

By combining and attaching shapes you like—zigzags, waves, circles, and more—you’ll achieve a three-dimensional finish.

With creative color choices and placement, even the same triangle takes on a completely different look.

The result is a piece that showcases both mathematical elements and design appeal, and it stands out well in displays.

It’s an idea that trains creativity and concentration.

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