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Educational Multimedia Principles
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Eric North
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Updated Jul 4, 2020
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00:02 - 00:06
everybody. So this is my educational multimedia principles presentation, and
00:07 - 00:08
I decided to use President for this.
00:10 - 00:12
I've seen President used a little attempt, but I've never
00:12 - 00:13
actually done the presentation with it myself.
00:14 - 00:16
So let's go ahead and begin.
00:18 - 00:21
So the educational multimedia principles set forth by Dr Richard
00:21 - 00:23
Mayor that lines 12.
00:24 - 00:27
But for this presentation, I'm just gonna focus on five
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of So the first of these is coherence principle.
00:32 - 00:34
So when the coherence principle were essentially just saying that
00:35 - 00:38
people students are gonna learn better when we take out
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all the extra stuff that isn't actually needed.
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So we're taking extra words were not adding pictures that
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don't add anything to the content.
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We're not putting in sound just for the sake of
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adding some extra multimedia.
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So I broke this down into a good example in
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a bad example.
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So in the good example, as the teacher, I'm going
00:57 - 01:00
to use this picture and I'm going to walk students
01:00 - 01:03
through. I'm going to say that a plan it takes
01:03 - 01:06
in light carbon dioxide and water, and it produces sugar
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and oxygen.
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That's the process of photosynthesis.
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In a bad example.
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Well, I've got a lot of extra words here.
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And, you know, since this is about photosynthesis and nature,
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I've added some background noise here and you see that
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I put in a bunch of extra stuff, you know,
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carbon dioxide.
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Well, what's the chemical formula for this and the park
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down there about water?
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Well, don't forget about the water cycle.
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That's important, too.
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And the part about son being 94 million miles?
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There's a lot of extra stuff here that isn't actually
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gonna help students learn.
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It's just going to draw the attention away.
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So let's go back.
01:54 - 01:58
Sorry, having some trouble navigating Teoh, the 2nd 1 which
01:59 - 02:02
is signaling principle so in the signalling principle, were essentially
02:03 - 02:05
just saying that people are gonna learn better when we
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point out what is the most important information.
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So again, I broke this down into a good example
02:11 - 02:11
and a bad example.
02:13 - 02:15
So in my good example, I've got the water cycle
02:15 - 02:18
here and I've decided to highlight the things I think.
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Most important, yes, these are all parts of the water
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cycle, but the most important things that I want them
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to know about our condensation, evaporation and precipitation.
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So I put those red boxes to try and draw
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their attention in right there.
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Now, in the bad example.
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Okay, I just leave it a little out there.
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And while I might talk more about condensation and precipitation
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and evaporation, there's a lot of other words, like transportation
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in transporation.
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They are going to, um, going to pull their their
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attention away from what I really am morning them to
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focus on.
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Okay, my 3rd 1 that I want to talk about
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is personalization principle.
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So and this one, we're saying that students are going
03:08 - 03:11
to learn better when you talk like a human being,
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and it's it's something that they can understand.
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It's everyday conversation, as opposed to very technical jargon that
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goes over their head.
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So I'm using photosynthesis for this one again.
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So I'm going to say that plants are going to
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take sunlight, carbon dioxide and water and turn that into
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sugar for food for the plant and oxygen that they
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give off.
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Now, in the bad example, I'm going to try and
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be very technical about it, and I'm going to say
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that animals in the environment are going through the process
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of respiration and they take in oxygen and they they
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breathe out.
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Carbon dioxide and water makes its way into the soil,
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which is then absorbed by the plants roots.
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And then the process, um produces sugars and complex carbohydrates.
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And then oxygen is is released into the atmosphere, making
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it much more complicated than it needs to be.
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I'm using words that they're taking extra times for the
04:21 - 04:21
students you comprehend.
04:31 - 04:35
Okay, in the pre training principle, this one, um, essentially,
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we're just going to give students the background information or
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the important vocabulary that they're going to need to understand
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what's going on.
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So I didn't do a good and bad example for
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it. I basically just wanted toe toe give you, um,
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a view of how it works here.
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So I've got some plant and animal cells here, and
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you can see there are a lot of terms in
05:00 - 05:01
there. That is a lot of vocabulary.
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If this is the first time student iss seeing this,
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you're not going to be very successful.
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If you just read down the left side.
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The animal, the cell Riva zooms into plasma.
05:13 - 05:17
Critical. It might a Condrey a nucleus plasma membrane, Golgi
05:17 - 05:20
apparatus. There is AA lot going on there.
05:21 - 05:24
And if they have never heard these things before, you
05:24 - 05:26
might give a wonderful explanation of how they work.
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But it's going to go right over their head because
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they don't have the prior knowledge that they need to
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understand this.
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Now if they already know what all those organelles are.
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Yeah, looking at this and hearing the explanation will probably
05:41 - 05:41
make sense to them.
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The final one is thes spatial continuity, contiguity principle.
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So in this one, we are going to just try
05:58 - 06:02
and put words in our presentation close to what they
06:02 - 06:03
correspond to in the picture.
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So basically, it draws their attention to where it needs
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to be instead of somewhere else where they're no longer
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focusing on the graphic.
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So in my good example, I've got ah diagram of
06:18 - 06:21
the solar system here, and I've got my gas giants
06:22 - 06:23
and my brief explanation.
06:23 - 06:26
There they're larger, their lessons and they have more mess.
06:27 - 06:31
And then my terrestrial planets, they're smaller, more more dense
06:31 - 06:31
and less mass.
06:33 - 06:38
Um, I've kept that text close to the important part
06:38 - 06:38
in the graphic.
06:39 - 06:45
Um, in my bad example, I'm using that same information,
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but now, instead of being able to look at this
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picture and see the text right there next to those
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next to the planets that they actually apply.
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Teoh, they're having to look around.
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So over here is density.
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And down here, size and up here is a mess.
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And before you know it, I'm moving on from this
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slide and they've spent all their time looking at the
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text instead of actually looking at the picture picture.
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So I'm trying to draw their attention in right there
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so that they're they're focused on the graphic and what
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it has to offer.
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So this is Ah, this was my educational multimedia presentation.
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Um, again, those were just five principles.
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There's seven others that we could go over, but those
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were the five that stuck out to me.
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