Technology is fast paced and ever
changing. Upon first stumbling across the
article, Mobile Learning, written in 2009, I thought the information
would be outdated and unable to relate to.
However, after delving into the content, I found it to be very
interesting. Although the tools
available are more abundant now, the basic ideas of utilizing technology in
education have not really changed that much in the last six years.
One of the first key points
gathered from the article I found was that with the inception of Web 2.0,
mobile learning has evolved from activities being designed by teachers and
offered to students as a “top-down” activity, to one where learners are using
devices to support their own independent learning. The most common use for mobile devices at the
time this article was written was to generate content and share it with
others. The article states that although
this was a popular activity, it wasn’t done on a widespread basis due to not
having a place to put all that collected data. One professor responsible for providing information for the article
was interested in finding ways that more input from learners could be used to
move further away from the top down model. Agnes Kukulsa-Hulme, who teaches at The Open University's Institute of Educational Technology explains, “We’re getting more feedback about learners’ needs, such
as their study materials and how these relate to their work environment, so
that we can capture this “in the moment feedback” and pass it to teaching staff
and refine materials accordingly." (Dhanjal, 2009)
With the continuous access that mobile devices offer,
students that don’t have regular access to a desk or a PC are not limited in
acquiring knowledge or skills. Content
for language learning, and software to enable collecting data in the field,
including GPS-related data, are becoming popular uses for mobile device
learning. Populations such as migrant
workers can use their devices to learn language skills related to vocabulary,
dialogue, and ESOL work qualifications.
The last key point I gathered from this article was
that with the number of personal devices owned by students on the rise, the
author predicts that the amount of equipment owned by a college will be
reduced. This will change the way
teaching occurs including but not limited to lecturers using wireless devices
to key in questions for the entire class to see in real time without
interruption to the lecture, and using SMS to summarize text.
Although the article I read does not mention the
utilization of quick response (QR) codes, presumably due to the fact that the
article predates that technology, I am excited about using this tool in the
library. The possibilities for using QR codes are endless. From hearing book talks done by teachers to
viewing YouTube videos for information, to placing inside books to send readers
to reviews of the book.
I envision using QR code technology to enhance content
knowledge being taught by the classroom teacher. For example, if a second grade
class is learning about penguins in science, I would set up stations in the
library where the students would rotate through with iPads equipped with QR
scanner software, along with a clipboard containing a sheet with a list of
questions to answer. As the students
scan the QR codes at each station with their device, new information will be
presented. The first station may have a map of where penguins live. The second station can be an informative
video clip to watch of penguins in their natural habitat. A third station can feature a book trailer
referencing a book about penguins to read.
Station four could have a list of key vocabulary words with a matching
word game to play. With older grades,
the students themselves can create and program the QR codes, possibly as an
assessment activity, with the information the teacher requires.
QR codes are easy to create and have many uses in the library. They are engaging and entertaining for the
students. I look forward to learning more ways to implement this technology
into my future library.
Source:
Dhanjal, C. (2009). Mobile learning. Multimedia Information & Technology, 35(3), 92-95
Dhanjal, C. (2009). Mobile learning. Multimedia Information & Technology, 35(3), 92-95