Disruptive innovation is defined by Christensen as a two-stage
process. In stage one, the innovator
makes a product much more affordable and simple to use than what currently
exists. In the second stage, additional technological changes in the industry make
it simple and affordable to build and upgrade the product.
In his book, disrupting class, Christensen used student
centered learning as an example of a disruptive innovation. In the fifth
chapter of the book, the author explained that some early applications of
student centered learning would take place outside of formal education. He argued that those applications would be
made on an individual basis by teachers, parents, students, and school
administrators. These applications would be decentralized and not require "central
bodies of authority such as school boards and teachers unions.” On the
contrary, earlier cases will happen in spite of a lack of approval from these bodies.
As Susan shared in her blog, one example of disruption in
education within our school district (JCCS) is currently taking place and has to
do with blended learning. I agree with
my colleague that it is imperative for our school district to adopt an online
learning platform. Doing so allows JCCS
to remain competitive and provide a much-needed coursework option for our
students.
Much like Christensen described the early applications as
being decentralized and taking place on an individual basis, we (at the school site level) have
experimented with online coursework through community colleges, National
University’s Virtual High School. The
results have been mixed. The virtual
high school platform was explored a number of years ago and was not effective
for our students. Last year, a couple
of my students took blended lab science courses through the community college
and had much better results. The
advantages of having district-wide adoption of blended learning are that we
could provide a wider variety of coursework, A-G approved courses, and professional
development for our staff to deliver instruction.
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