The goal of
my lesson plan was to teach students the anatomy of the foot, ankle and lower
leg, injuries associated with various mechanisms, special evaluative tests to
decipher which structures are injured and follow it all up with the students
creating a video project of their own. Originally, I created the lesson plan to
span a few class periods but found it a little ambitious to teach it in its
entirety to my selected audience for the implementation aspect. Instead, I
taught the basic anatomy of the ankle
and other pertinent structures associated with ankle injuries, introduced the
audience to the most common ankle injuries and how they occur. I used visual aids
and text to teach the anatomy portion and assessed their understanding through
matching exercises. The audience was then introduced to various mechanisms of
injury and explained the stress that is put on anatomic structures, causing the
injury. Some of which I actually found animations for on YouTube, which I feel
aided in the understanding of the mechanisms and the subsequent injury.
Finally, I used YouTube videos to show injuries occurring in real-time and they
were to predict what structures would have been affected. I had my husband, a
middle and high school English teacher, observe the entire lesson as to provide
constructive criticism afterwards.
My original lesson plan was geared towards undergraduate
students who have been hand-selected to enter an accredited athletic training
education program. I currently do not have access to this type of audience and
instead asked my brother-in-law and his friend, both of which are college-aged,
to participate. Both were willing and interested, though I would not go as far
to say eager. Neither of them have had much education in relation to human
anatomy. The lesson took place within my home and I used books I had from my
college courses and created a worksheet with anatomic matching exercises on it.
I then played the YouTube videos on our 40” LCD television, showing animations
of ankle injuries as well as real-time injuries occurring in the athletic
population. I tried to keep the time to less than an hour and a half to avoid
hitting the far end of their attention spans. While interested in the pictures
and text in the beginning of the lesson, I felt both were more interested and
better able to understand what was going on when I played the animations of
injuries. I feel these helped bring together the anatomy with the mechanism
causing the injury. By the end of the lesson, the students were able to
identify where structures were most likely injured during an incident, though
not always the anatomic name of what was injured. But, considering they had
just been introduced to the terms “anterior talo-fibular ligament”,
“tibiocalcaneal ligament” and so on, I would say the lesson was for the most
part successful.
The original
lesson plan was intended to meet curriculum standards within an accredited
athletic training education program. But for the sake of implementation, it was
simply supplementing any existing knowledge the students had in regards to
ankle injuries and how they occur. The assumed knowledge was that the students
knew what sprains and strains were prior to beginning the lesson. I found out
quickly that I would have to brief them on the differences. For this, I used
the text book which I had already been using for the lesson as well as my hands
to demonstrate the different degrees of each (fingers intertwined, acting as
tissue fibers and the separating of them during injury). Had I been teaching
the intended audience, this knowledge along with basic anatomy would already have been learned in previous classes.
Since a majority of the material was both read, discussed and shown using
visual aids, I feel this addressed the different ways the two students absorbed
the information being presented to them. I noticed that both students also were
able to relate this new knowledge with injuries they each had previously
sustained. What a great connection! I feel this helped elevate the level of
interest they had in the material. In reference to Konicek and Watson (1990)
theories on relevance, predictability and consistency, I think the information
presented was relevant to the students because they were able to take the
information and apply it to their own experiences. Also, they were able to
predict the outcome of a mechanism of injury after watching real-time videos of
them occurring. Time constraints limited the consistency aspect of this theory.
I feel
technology helped immensely in this particular lesson plan and did not detract
from the information being presented. The videos I used to show animations of
common mechanisms of injury helped the students correlate the ankle anatomy to
the forces being placed on it under certain circumstances. Watching the
real-time videos helped put together all the information that was presented to
them. They were able to take their knowledge of anatomic structures, the mechanisms
that stressed those structures, see the injury actually happen and predict
which of those structures could potentially be injured. This of course, if they
were to become certified athletic trainers, is essential to functioning as an
athletic trainer.
There are
criticisms of course; one being the amount of information being presented in
such a short time frame. The students had very little time to process the
information on their own, which I feel is something essential to learning.
Though, for the sake of implementation, there were few options left that would
have still upheld the basic idea of the original lesson plan. Another criticism being I had assumed the
audience knew the difference between a sprain and strain and did not originally
incorporate it into the plan. Therefore, I had to spend additional time (though
short) explaining the differences.
I feel the
implementation process has really helped me gauge the differences and difficulties
associated with a unit lesson plan verses a daily lesson plan. My original
lesson plan could be considered more of a unit as opposed to a daily plan,
which of course I had in mind. Though, through having to implement, it forced
me to learn how to break it down into smaller parts.
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