As I have worked my way through the Educational Technology
program at UCF, several of our courses have focused on various type of Digital
Storytelling. We have covered Me Story, Digital Booktalk, and Change Story
while exploring effective technological techniques and processes to create
quality products. While developing our products, we learned the valuable
learning experiences and achievement benefits students gain by researching,
creating, and presenting their digital stories and evaluating the stories
created by their peers. For me, however, as a math teacher, I understood the
value of Digital Storytelling in terms of improving literacy, but had been
(until recently) skeptical about seeing such results with mathematical content.
However, after extensively researching the topic, I found evidence that story
could possible prove equally effective in a mathematics class; not just the
language arts.
The beauty of storytelling is the fact that most find high
levels of familiarity in telling a story; it is the way we talk, interact, and
often relay information. How this can be applied a mathematical sense is
integrating a story (maybe a personal experience) with a real-world high school
mathematical problem or concept. In my classes, I envision my students correlating
elements of story with a real-world mathematical concept to create a Digital
Story. Their end product should tell a story while applying mathematics to a
real-world problem while containing instructional value by providing a solution
to the problem. Difficult? Maybe, but not impossible.
The biggest obstacle to overcome will not likely be the math
concepts, but the creation of the digital story. My students, while in the
process of learning, are not as proficient in the media creating area, as we
will need. With that being said, I would incorporate progress checkpoints for
key pieces of the final project. These checkpoints would include a developed
story (with correlated real-world mathematics connection), a storyboard, the
associated audio piece, and a complete rough draft before the final submission.
Of course, each element would be evaluated for accuracy and content using a
predetermined rubric.
Keeping in mind the technology levels of my students, I
would plan to have a sub-lesson for each section of the project prior to the
checkpoint. The lesson must begin with some sort of explanation as to why we’re
doing this. (Not my favorite question to be asked, but important to answer
nonetheless.) This article
gives a quick and easy explanation
as to the value of using Digital Storytelling in the classroom to reach
students in the YouTube Generation. To ensure a high quality product, in
addition to teaching content, each piece of the Digital Story would have a
lesson involved to thoroughly explain its importance in the overall process. I
would include suggestions on appropriate tools to use for each portion,
examples of high-quality products in addition to self-generated “How-to” tutorials
of me using my preferred creation tools. While I would encourage my students to
use the tools I suggested, there is value in having them search for their own
tools, applications, and sites to support them in their process. Websites like Go2web20,
Discover Education, and Cool Tools for Schools offer NUMEROUS links to Web 2.0 tools
that will support them in each step of the creation process, and often have
instructions or tutorial on how to easily and effectively use their site.
Mark,
ReplyDeleteI hadn't thought about integrating digital storytelling into math. Like you said, students will have to have a strong understanding of the concepts to successfully complete this task. Some cool ideas may be to have students illustrate a comic book where the super hero uses a math strategy to get out of a bind, or to have students create a math song and illustrate it or make a music video. These ideas definitely make you step outside of the bubble of traditional direct instruction with math education!
You make a great point about doing this type of assignment after FCAT when student (and teacher) attention begins to wain!
Please share your results if you implement this project! :)
-Cindy
Mark,
ReplyDeleteI think your idea of incorporating digital storytelling in your math courses is great. To me, math classes are the hardest courses to be creative in. Unlike history courses or English courses, math is just full of numbers. Therefore, it is harder to find ways to incorporate a lot of activities taught in classes. However, you found a great way to do this with digital storytelling. I like how you would create mini-lessons to help make sure students know all the appropriate skills necessary to complete the assignment.
Have you actually tried this assignment for yourself to see how easy it is? If so, how did it turn out?
Sean
Hi Mark,
ReplyDeleteI truly learned something new reading your blog post. Before taking this course, I honestly had no idea what digital storytelling was all about. While reading our recent class modules, I got the impression that it could only be used for reading subjects. Yet, your suggestion of executing it for math is a wonderful idea. However, my apprehension would be how to actually create it. Math concepts are so complex with multiple formulas, functions, and steps to solve even the simplest problem.
You said: " Their end product should tell a story while applying mathematics to a real-world problem while containing instructional value by providing a solution to the problem. Difficult? Maybe, but not impossible".
This statement may be the key to being able to accomplish this task. Many teachers believe the best way to teach students how to solve math problems is connecting it to real world scenarios. As I reflected on your statement, I realized that word problems could be implemented as a form of digital storytelling. For instance, each problem could be comprised of real world scenarios that link with one another. This would be a challenging task, but the outcome may be worth it. I would love to see your digital storytelling project for math if you create it.