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For electronics it's
more about creating circuts.
How we can make a computer.
How I can make small robots.
And for the last one it's
telecommunications.
That focuses a lot on
radiowaves, microwaves
and different kinds of waves
and how they can take that
and apply it to stuff
like cell phones
communication towers
TV and a bunch of
different things.
Telecos is actually very
important.
You use it in almost every
course you take right now
in engineering.
And actually a majority
of my classes
all revolve around math
and it is very useful.
It doesn't just help with
understanding the concepts,
it's very important
behind the logic too.
When it comes to programming
you might think it's
just the writing code
but there's a lot of
thought process
that comes behind how
you can set up the program,
how you can
come up with the logic
to determine different
algorithms,
how you can write your code,
the order
of how things happen.
And it might seem simple
however when you go to
more complicated tasks
later on you'll see that
there's a lot of math
that gets involved and
it can be tricky if you
don't know the right logic
and how to approach it.
It really helps to be
prepared ahead of class.
So if you go over the textbook
chapter before the lesson starts
you arrive to the
lesson prepared.
And that really helps.
Alongside to that
there's a lot of math resources
that can help you.
Such as after math
school programs,
online Web sites
to help you with math
and also even tutoring.
A lot of people
they see success
as a bunch of numbers,
I find that it's more about
how much you know
and how much you achieve
rather than the current
grade you have in a class.
For me I find success
through making a project
that will help make a difference
and make impact
on different people.
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