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On-Site session aims to deliver the knowledge of how neurons works (How the electrical signals are transmitted from the brain to the rest of the body) . In order to demonstrate a Neuron network.
In this section, we introduce the participant to the place and to the topic of the session.
1- We will start with an Ice-Breaking question.
2- Then we will ask them about the need of being inspired.
3- Then we will let them tell us about how the thoughts are formed inside their head.
4- Thoughts are a chemical release in the brain, which generate an electrical signal in the neurons, This signal will propagate like a wave to thousands of neurons.
5- Explain the neurons as an information messenger uses electrical pulses and chemical signals.
6- Then we will describe the human brain as a complex organ weight up to 3 pounds and are formed out of water and fats.
7- Then we will show them a video about the human brain.
8- Then we will ask them for an example of a human made thing that can mimic the brain.
In this section, we will describe the prototype we are about to build and the needed component in need.
1- We will be building a neuro-network able to communicate between each other using 3 Micro-Bit.
2- Then we will list the needed component to build the Neuro-Network.
3- Then we will describe each component aside.
4- The power bit is going to be connected with the Micro-Bit to power it.
5- The push button are going to work as the stimulated of the neuron.
6- The Micro-Bit are going to be the Neuron that receive and transmit the message.
7- Then we will show a video describes the Micro-Bit and its capabilities.
8- Then we will start coding the Neuron using Make-Code Platform.
9- We will start by accessing the Make-code platform.
10- Then we will ask the participant to create a new project.
11- The first thing to do is to create the variable and the array.
12- Then we will put the initial values for the Array index.
13- Then we will explain the meaning of the Array.
14- Then we will code the input pins, and we will save their values to a variable.
15- Then we will add the value for the final result through an equation related to the array we have created before.
16- Then we will add a condition for each result we will get from the equation.
17- Then we will show the codes for each neuron.
Neuron 1 :
Neuron 2 :
Neuron 3 :
18- Then we will ask each 3 participant to work together on the assembly.
19- Then we will show them the circuit they have to connect.
20- Then we will show the participant how the circuit works.
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