2. Values,Needs
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the projector’s visuals can be seen in
daylight.
we should find a convenient material to fly
easily, also to carry inside electrical
mechanisms. (lightweight and tough)
5. How does it work?
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This is a flying ellipse tool.
Its length is approximately 8 cm.
Users do not need to carry it.
It follows the users with face
recognition.
It does not move away from the
user. (at most 1 meter)
There is no screen. It works with
voice and projectors.
It understands people’s talking
and gives answers both with voice
and projection.
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For registration, the tool says the
mission to the student and says to
follow it.
It goes the place that the process
will be done.
The newcomer completes the
work.
Then the tool takes him to the
next stage.
7. Until now, the process was a little
complicated, users did not know how the
process is, and what they will do. This tool
will solve these problems and will pilot the
users about registration. Registration will
become easy, fast and enjoyable.
8. To build the tool, we need to learn possibilities
of the technology, maybe a technician helps
us about which mechanisms we need, what
their weight and size are etc.
9. Through prototyping, we can get some
guesses about
what we have missed until this step
what kind of a material we should use,
its weight and length,
hopefully, some technical informations about
electrical needs.
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