Educational Multimedia Principles

EN
by Eric North1 view·Updated Jul 4, 2020

Audio TranscriptAuto-generated

  1. everybody. So this is my educational multimedia principles presentation, and
  2. I decided to use President for this.
  3. I've seen President used a little attempt, but I've never
  4. actually done the presentation with it myself.
  5. So let's go ahead and begin.
  6. So the educational multimedia principles set forth by Dr Richard
  7. Mayor that lines 12.
  8. But for this presentation, I'm just gonna focus on five
  9. of So the first of these is coherence principle.
  10. So when the coherence principle were essentially just saying that
  11. people students are gonna learn better when we take out
  12. all the extra stuff that isn't actually needed.
  13. So we're taking extra words were not adding pictures that
  14. don't add anything to the content.
  15. We're not putting in sound just for the sake of
  16. adding some extra multimedia.
  17. So I broke this down into a good example in
  18. a bad example.
  19. So in the good example, as the teacher, I'm going
  20. to use this picture and I'm going to walk students
  21. through. I'm going to say that a plan it takes
  22. in light carbon dioxide and water, and it produces sugar
  23. and oxygen.
  24. That's the process of photosynthesis.
  25. In a bad example.
  26. Well, I've got a lot of extra words here.
  27. And, you know, since this is about photosynthesis and nature,
  28. I've added some background noise here and you see that
  29. I put in a bunch of extra stuff, you know,
  30. carbon dioxide.
  31. Well, what's the chemical formula for this and the park
  32. down there about water?
  33. Well, don't forget about the water cycle.
  34. That's important, too.
  35. And the part about son being 94 million miles?
  36. There's a lot of extra stuff here that isn't actually
  37. gonna help students learn.
  38. It's just going to draw the attention away.
  39. So let's go back.
  40. Sorry, having some trouble navigating Teoh, the 2nd 1 which
  41. is signaling principle so in the signalling principle, were essentially
  42. just saying that people are gonna learn better when we
  43. point out what is the most important information.
  44. So again, I broke this down into a good example
  45. and a bad example.
  46. So in my good example, I've got the water cycle
  47. here and I've decided to highlight the things I think.
  48. Most important, yes, these are all parts of the water
  49. cycle, but the most important things that I want them
  50. to know about our condensation, evaporation and precipitation.
  51. So I put those red boxes to try and draw
  52. their attention in right there.
  53. Now, in the bad example.
  54. Okay, I just leave it a little out there.
  55. And while I might talk more about condensation and precipitation
  56. and evaporation, there's a lot of other words, like transportation
  57. in transporation.
  58. They are going to, um, going to pull their their
  59. attention away from what I really am morning them to
  60. focus on.
  61. Okay, my 3rd 1 that I want to talk about
  62. is personalization principle.
  63. So and this one, we're saying that students are going
  64. to learn better when you talk like a human being,
  65. and it's it's something that they can understand.
  66. It's everyday conversation, as opposed to very technical jargon that
  67. goes over their head.
  68. So I'm using photosynthesis for this one again.
  69. So I'm going to say that plants are going to
  70. take sunlight, carbon dioxide and water and turn that into
  71. sugar for food for the plant and oxygen that they
  72. give off.
  73. Now, in the bad example, I'm going to try and
  74. be very technical about it, and I'm going to say
  75. that animals in the environment are going through the process
  76. of respiration and they take in oxygen and they they
  77. breathe out.
  78. Carbon dioxide and water makes its way into the soil,
  79. which is then absorbed by the plants roots.
  80. And then the process, um produces sugars and complex carbohydrates.
  81. And then oxygen is is released into the atmosphere, making
  82. it much more complicated than it needs to be.
  83. I'm using words that they're taking extra times for the
  84. students you comprehend.
  85. Okay, in the pre training principle, this one, um, essentially,
  86. we're just going to give students the background information or
  87. the important vocabulary that they're going to need to understand
  88. what's going on.
  89. So I didn't do a good and bad example for
  90. it. I basically just wanted toe toe give you, um,
  91. a view of how it works here.
  92. So I've got some plant and animal cells here, and
  93. you can see there are a lot of terms in
  94. there. That is a lot of vocabulary.
  95. If this is the first time student iss seeing this,
  96. you're not going to be very successful.
  97. If you just read down the left side.
  98. The animal, the cell Riva zooms into plasma.
  99. Critical. It might a Condrey a nucleus plasma membrane, Golgi
  100. apparatus. There is AA lot going on there.
  101. And if they have never heard these things before, you
  102. might give a wonderful explanation of how they work.
  103. But it's going to go right over their head because
  104. they don't have the prior knowledge that they need to
  105. understand this.
  106. Now if they already know what all those organelles are.
  107. Yeah, looking at this and hearing the explanation will probably
  108. make sense to them.
  109. The final one is thes spatial continuity, contiguity principle.
  110. So in this one, we are going to just try
  111. and put words in our presentation close to what they
  112. correspond to in the picture.
  113. So basically, it draws their attention to where it needs
  114. to be instead of somewhere else where they're no longer
  115. focusing on the graphic.
  116. So in my good example, I've got ah diagram of
  117. the solar system here, and I've got my gas giants
  118. and my brief explanation.
  119. There they're larger, their lessons and they have more mess.
  120. And then my terrestrial planets, they're smaller, more more dense
  121. and less mass.
  122. Um, I've kept that text close to the important part
  123. in the graphic.
  124. Um, in my bad example, I'm using that same information,
  125. but now, instead of being able to look at this
  126. picture and see the text right there next to those
  127. next to the planets that they actually apply.
  128. Teoh, they're having to look around.
  129. So over here is density.
  130. And down here, size and up here is a mess.
  131. And before you know it, I'm moving on from this
  132. slide and they've spent all their time looking at the
  133. text instead of actually looking at the picture picture.
  134. So I'm trying to draw their attention in right there
  135. so that they're they're focused on the graphic and what
  136. it has to offer.
  137. So this is Ah, this was my educational multimedia presentation.
  138. Um, again, those were just five principles.
  139. There's seven others that we could go over, but those
  140. were the five that stuck out to me.