As I begin the
development phase of my chemical reactions curriculum project, I found Google
sites to be the most suitable tool for the purposes of my unit and my
students. One feature that I liked about
Google sites is the fact that it works across devices no matter the operating system. Because I have nearly 135 students, I know
they and their families have operating systems of preference at home. It is located on the web and does not require
any particular app to be accessed on a mobile device; therefore it will be conveniently
accessed from a device of the student’s choosing.
While it lacks the same
amount of collaborative features that Moodle or Edmodo have, it is suitable to
supplement in-class instruction and face to face interaction. It is my plan to use it for this supplemental
purpose. In my district, teachers are
encouraged to use the school “fusion pages” which are similar to D2L and serve
as our class websites and have features which allow students to turn in
assignments, access class documents, participate in online discussions, and
directly message the teacher. Therefore,
many of the features offered by Edmodo and Moodle are unnecessary in my
case. While they are amazing tools, they
would simply require more time and effort to be equally effective in my
classroom than would Google sites.
Because no registration
is required by the students to access my Google sites, administrative and
parental permission are not necessary.
Students will simply be required to read, view videos, and complete
online tutorials
or simulations
via Google sites, and they can be held accountable through discussion on the
fusion page, class assessments, and laboratory activities.
I plan to provide one
link to a main page in Google sites on our class fusion pages. Subpages in Google will be designated for
each topic within the unit on chemical reactions and on these subpages, links,
instructions, videos, and online tasks will be clearly outlined for
students. Because I am already familiar
with Google sites, it will be an effective and efficient tool to provide a
platform for students to study facts and master the most basic skills necessary
to eventually analyze chemical properties of matter by conducting and observing
chemical reactions in a laboratory setting.