Not-so-easy

Hands-on kits +
online lessons

to teach kids

robotics • electronics • coding


Learn with our FREE online lessons:

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WHAT MAKES EEME...

easy

not-so-easy

  • Everythings included - parts, wires, batteries are included in all our kits
  • No experience needed - our online lessons to mentor, guide, and teach your kid
  • Safety first - no soldering required, low voltage projects
  • Challenge their mind - learn real engineering concepts
  • Challenge their hands - build using real electronics components
  • Challenge their grit - not-so-easy means much-more-rewarding when the challenge is met

HOW IT WORKS

Kids ages 7-12:
Select our "not-so-easy" electronics kit (monthly subscription)
Kids ages 10+:
Select our "not-so_easy" Q the Robot robotics kit (one-time purchase)
Log online for our video & coding lessons that will show your kid how to build the project & teach them how it works.

What EEME kids said they learned recently

Editor's Choice

Top Pick for Kids

How Buzzer Circuit Works

The two long wires act in the place of the one long wire. When their reactors are connected, then it has the same effect as with the single wire.

Turn On Switch - How It Works

When it's on you have a closed circuit which flows from one end to the other. When you turn it off it opens the circuit.

How the tactile pushbutton circuit works

When the button is not pushed the red LED turns on because the circuit connects the LED to both positive and negative. When the button is pushed the green LED lights up because the short prong connects to the diode, resistor, then the bottom bus, but since the button is pushed the circuit closes connecting the long prong to the top bus making the LED light up.

How electricity creates a magnet

The wire created an electric field around the bolt. When a wire has an electric current going through it there is an electric field around it. by wrapping the wire around the bolt you enhance the electric field, allowing certain metal objects to be picked up with it.

What is a thermistor

The thermistor is a resistor that reacts to changes in temperature, when cold the resistance increases, when warm the resistance decreases.

Multiple resistors like multiple dams

The electrical current going through the resistors reduces as it passes through multiple resistors. Therefore when it comes out the other end of the resistors, it almost reduces to nothing.