In this activity, we investigate how mixtures behave by understanding how to separate a mixture of immiscible liquids such as cooking oil and water.

In this activity, we build a simple pendulum to simulate how cycles occur in nature

We take our simple pendulum a step further! In this activity, we construct a functional Newton's cradle

In this activity we observe the prcess of germination and understand the conditions nessesary for germination to occur. We plant two seeds in a transparent observation cambers and observe what happens!

In this activity we perform an experiment to demonstrate the process of ltration using a lter paper whiles experiencing plastic reuse!

For this activity, we perfrom an experiment to demonstrate the process of evapotranspiration in the hydrological cycle.

In this activity we follow the process of digestion in the elementary cannal. We do this by completing a puzzel that forms a model of the human digestive system.

In this activity, we learn how dry cells work by using common food items to build a battery that can generate enough electricity to light up an LED

In this activity, we demonstrate elastic and compression forces by building a catapult using rubber bands, and thin wooden sticks. Using our catapult we will play an exciting game.

In this activity we learn how to identify connecting wires, batteries (dry cells), switches and LEDs (of different colors) by building a simple electrical circuit with these components

This activity pops! We will construct a simple air pump and use it to explore the formation of clouds. We will form clouds in a bottle

In this activity, we build a setup to demonstrate the formation of day and night.

Using the concept of phototropism we will build a chamber to investigate movement in plants as they respond to light.

In this activity we build a model to show the structure and organs of the human respiratory system. Our model will also demonstrate the mechanism of breathing.

In this activity, we perform an experiment to show the relationship between heat and temperature (heat gain and heat loss). We use a special material to demonstrate the effect of temperature change in real-time.

In this activity we will use a simple electrical circuit to demonstrate how energy is transferred from one form to another.

In this activity we investigate the effect of friction on the movement of wheels. We building a smooth and rough track and race two toy cars.

In this activity we explore how simple electrical circuits form the basic unit of a television screen! We construct a circuit that can mix different colors of light.

This is a simple activity that will make a big impact. We will learn about global warming and nurse several seeds of a fast growing tree. We will Transplant the resulting seedlings to help fight global warming!

How does evaporation affect the formation of clouds and rain? We will answer this question by performing an experiment see how water turns from liquid to gas and back to liquid, all in the same system.

In this exciting activity we will rely on math and computational reasoning to construct a model of the sun and earth to scale using hexagons and pentagons to form a sphere.

In this activity we will use our understanding of atmospheric pressure and the composition of air to perform a simple experiment to show that oxygen supports burning.

An activity to assemble an improvise thermometer and use it to measure the temperature of cold and hot water

In this activity we build a model of the human excretory system

In this activity we will follow the journey of a maize and okra plant from planting the seed all the way to bearing fruits.

In this activity we learn about the relative sizes of planets by constructing a scaled model of our solar system

We'll learn how to connect two dry cells in series to increase the voltage they supply in a circuit. We will also demonstrate how to connect an LED and a Buzzer in series.

We set up a simple pulley system to explore how machines help reduce the effort required to do work. We use our elastic balance to measure the mechanical advantage of our simple machine.

In this activity we will apply the concept of elastic force to build a device that can measure weight or the force applied to lift a giving weight. We will use this elastic balance in another experiment to help determine the mechanical advantage of a simple pulley system.

We are going to explore the concept of conductors and non-conductors and apply what we learn to build a switch.