"The sustained use of an effective,
research-based instructional model can help students learn fundamental concepts
in science and other domains. If we accept that premise, then an instructional model must be
effective, supported with relevant research and it must be implemented consistently and widely to have the
desired effect on teaching and learning," (2006).
"Dewey implies an instructional approach that
is based on experience and requires reflective thinking. In contemporary terms,
doing hands-on activities in science is not enough. Those experiences also must
be minds on," (2006).
John Dewey was a forefather
of art integration, learning through nature, learning through interactive
processes, and the school as a social institution. His ideas fully interweave
social and developmental learning theories while placing great emphasis on
conceptual change theory as well. Dewey believed that school must be a social
space where students could touch and explore what they were studying, and what
students studied was determined by what they didn't quite understand. Teachers
were to seek out student misconceptions and then create learning situations for
the students that would test those misconceptions and nudge students in the
right direction merely through observation, interaction, and reflection.
His original model of instruction is the grandfather of the modern BSCS 5E learning model.
His original model of instruction is the grandfather of the modern BSCS 5E learning model.
Dewey
|
BSCS 5S
|
Sensing
Perplexing Situations
Clarifying
the Problem
Formulating
a Tentative Hypothesis
Testing
the Hypothesis
Revising
Rigorous Tests
Acting
on the Solution
|
Engagement
Exploration
Explanation
Elaboration
Evaluation
|
At its heart, 5S is Dewey's model. You could argue that engagement and evaluation are additional steps that surround the original six of Dewey's model but I think that those areas may have been more implicit in his teaching.
In a previous post I mentioned goals for students. If a teacher uses the Dewey/5S learning model for teaching their students they will have a solid structure for which to build content knowledge and other goals. Goals may vary, but because of those goal's focus on the nature of science and Dewey/5S model's focus on the student the two easily work together. Each part works in tandem to ensure that students learn content, communicate effectively, collaborate with peers, relate concepts to other areas, and self-reflect.
If a teacher is going to have goals that rely on student self-efficacy, reflection, curiosity, and observations then they must teach using a framework that allows for those things. You must have a purpose to your lessons that are more complex then "hands on," "fun," "assessment," and the like. As a teacher you must think holistically about what part of your students' thinking is mistaken and how you can push them to discover the correct theory on their own. As a teacher you must always be thinking, "so what?" What is the point of this activity and where are you going with it? How does this concept build upon previous content and how will I tie it to later content? How can I further this class's understanding of the nature of science?
Student led learning is a wonderful concept but a teacher must have a framework on which to build consistent teaching methods that are engaging and research driven. Experimentation is fine, but make sure that how you teach is done with good, research driven, models in mind.
Bybee, R. W.,
Taylor, J. A., Gardner, A., Van Scotter, P., Powell, J. C., Westbrook, A.,
& Landes, N. (2006). Retrieved from BSCS website: http://science.education.nih.gov/houseofreps.nsf/b82d55fa138783c2852572c9004f5566/$FILE/AppendixD.pdf
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