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Robótica Maker na sala de aula | João Souza e Lúcio Prade | TEDxUnisinosSalon


hello everybody is just joao

I am the pike to start our speech

I would like to bring a given in 2016

system of evaluation of river education

sul saers this data on the days that

about 93 percent of the students who

the evaluation has difficulties

in mathematics are below the level

expected number of maths is a number

Pretty bad, we can certainly

extrapolate this number to other

brazil regions

but okay and there is a question what

people could do

we as educators to improve this

I wanted to bring you a

bit of my experience to aaa what

led me to like the exact area

When I was little, my reality was

much closer I like

agriculture and veterinary

but it always caught my attention what it does

an electronic device works as

It’s just that I could push a button and

He gave me an answer for you.

have an idea is something that

marked a lot was when my first

I messed up I got off the ground.

he can see how he

it worked and I stayed around a month

there trying to modify it make him

do other possibilities

I think all this has contributed to

me being a computer scientist today

I like the exact area

this experience throughout childhood and

brought to this area I was never afraid

of a physical mathematics is well

otherwise I found it funny because

I listened to the function of that in the things I

I was looking at what I was studying I liked

by the exact part began in childhood

was taken away by my brother’s colleague

some toy mainly that had

Odin the engines

the light or sound effect and soon

I would dismount my parents were very

upset then where is a matter of

I respect that, and then I was

dismantled had already been cursed already

I was there with him trying

then reassemble these parts and develop

a new toy

so today he is in the area of

mechanical engineering and I in the

electrical engineering then that this brief

summary can put as a

conclusion of these brief stories that

placed here

robotics is basically composed of

three pillars are the mechanical part

the electronic part and the part

computing and the second point that is

putting you here is that the

children and adolescents are very

curious

they like to see new things

who like to try one of the

points that is here is called robotics

maker then the robotic mind you me

develop devices be they

be it sonorous be they

lights and the programming part of

small peripherals simply

develop some application in the area

then the idea of ​​making a link a link

between some points and this point would

so the student who is the curious

robotics with this tool means

it’s from here and if so then or reinforce

contents of mathematical physics as

and another point is that it is the

teacher then this teacher

we teachers are going to be the protagonist

of history to motivate these students to

working on such content will

contents of the areas they are teaching

How can we do it there?

so the idea is beyond the chalkboard and

beyond the blackboard

we also have other tools

to work in the classroom as per

example the hammer the screwdriver the

screw or pliers

But how do we do it as it is?

that will motivate students to work

tools to take advantage of

insights of our areas is right

physical mathematical biology and

makes students motivated to work

robotic

and visualize this area of ​​study also

in this good concept

the robotic maker is not there

she is very widespread by including

for the ease of access to

this type of content in today’s world

digital that people live

if I go to any site the video

I will find references to how

I can build a small robot by

the simplest that is made of cardboard

with some used toy engines

is right then there is access to this kind of

information is very easy

what we have to do now as

educators is to try to bring this kind of

thing inside the classroom

It has already been proven that students have more

ease of learning when he has

concrete gestures to visualize the

result of what they are

developing for example I can pick up

a simple toy gear and

there in mathematics work the concept of

angle or in physics work concept

of speed then bring that one

object into the classroom and

relate to the most diverse

content need not be restricted to

only to exact I can develop a

robot that has a type of movement

compare with some any animal do

this type of connection will pull the

knowledge of biology and thus

against

and where do we get to see the

first results of this there is the game going

talk a little bit about the

experience that we have then br

beyond the classroom to work with

robotic part

even in higher education either

primary education to higher education

superior but has an event where

participates annually that is the br br

of robotics has the regional stages

state that we just organized

at the University

then how it works the theme

it’s robotics people do not use mathematics

is a challenge that students also have

to develop that is the challenge is a

the theme of having a simulation of

environment a disaster where we

has to be rescued through robots

How do you do that then he

the challenge where you need to assemble and

program an autonomous robot to power

then you are crossing unknown areas

climb ramps and avoid obstacles and

at the end you can then redeem

these victims

we realized during that time that

we’ve been following are around

from 10 to 18 years old that we come

accompanying the only one of robotics to

evolution of many students are many

already known since the

first editions

we have the testimonials of these students

that participating in this Olympiad

robotics or teacher encouragement

during the robotic activities that

they have in the classroom

made them lose their fear of

find out how something works

discover a new a new way of

to calculate in math is a new

operation and so on

were several students who came during the

during Olympics or even in other

moments tell us I like the

robotics activities because it’s me

base gives me shows me everything I

I learned that I can use all that

that I’m learning one way

more concrete

besides the reports he has in his own

competition in which the challenge with

elementary school students and middle right

but we are looking for the city corridors

are the cds are students who are

coming from the robotic part is

sharing how important this

activity during those periods that

had in middle and elementary school

so I think this is a major point

which leaves as if our seed here

in this conversation

thanks cattle

[Applause]

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