The Application of Constructivist/Constructionist Theories in Education
Students learn by doing. That is the basic belief in
Constructionist Learning Theory. Constructionism is the belief that children
learn best by building an artifact and then sharing it with others (Laureate
Education Inc., 2015). It is the process of creating that allows students
to either assimilate or accommodate their new knowledge with their previously
held schemas to regain the equilibrium that the incorporation of new
information had unbalanced (Laureate, 2015). In order for students to
truly learn the content being taught they need to be actively engaged in the
learning process not passive receptors of information (Orey, 2010). They do this by either changing the
interpretation of experiences to fit what they already know or by developing
new ways of thinking or looking at things (Laureate, 2015). As educators
it is our role to provide the opportunities for students to have these
experiences.
In the Constructivism Learning Theory it is the belief that
students work to construct their own learning, based on their own unique
background and experiences. Constructionism focuses on the actual process
of creation. Orey (Laureate, 2015)
stated that it is the Constructionist Theory of Learning that is most important
for teachers. In both of these learning theories, students use their own
background knowledge and abilities to engage in learning. An important
component of Constructionist Theory is problem based learning (PBL). Because in PBL students are expected to
create their own learning by solving a problem they gain a deeper understanding
of the content. This content then
becomes part of the student’s new reality.
In her blog, Regina Waddell (2017) reminds teachers that in
constructivist classrooms the teacher must let the students do the work.
The teacher needs to step back and allow the students to take charge of
their own learning. In the scholarly
source I found however, Krahenbuhl (2016) urges teachers to take an active role
in ensuring their students are learning the right information; he argued
that even incorrect discoveries will be remembered by students sometimes in
place of the correct information. The popular source I found (David,
2015) agreed with this belief, that it is appropriate for teachers to provide
background information to students.
There are many great
technology tools to support student learning in constructionist theory.
These can include; organizing and brainstorming software to help students
build their base of knowledge, data collection and analysis tools that allow
students to organize their information, test theories and interact with data, and
finally simulations and games that provide students with the opportunity to
test their predictions and receive immediate feedback (Pitler, Hubbell, &
Kuhn, 2012). I chose to implement an
Hour of Code (HoC) lesson with my students, in which they were responsible for “Coding
the News” (2015). What I liked about the
HoC lesson was that I was able to use it more for learning how to follow a
step-by-step process using coding as the medium, than actual coding. In Constructionism/constructivism, students
need to be problem solvers, HoC is a great tool them helps them develop those
skills.
Constructionist/constructivist theories most
closely align with the teacher I want to become. As I transform my
classroom into a blended learning space I hope to provide my students with
critical thinking and problem solving opportunities. I want my students
to become eager and active learners, not passive receptors of information. The blog I found reminded teachers that many
of the strategies they use in their classrooms use constructivist principles;
we just need to flip the process. Instead of students completing a
project at the end of a unit to demonstrate their learning, instead they can
complete the project to actually learn the content (Waddell, 2017). When students work to solve a problem or
create an artifact they are working to meet the International Society for Technology
in Education (ISTE, 2016) Standards for Students, Standard 3, Knowledge
Constructor, which states that “students use a variety of resources and
digital tools to construct knowledge, produce creative artifacts and make
meaningful learning experiences for themselves and others”. Also the problem based learning approach
meets the International Society for Technology in Education Standards for
Teachers 2b, where teachers develop technology-rich learning experiences that
allow students to become active participants in the learning process in a way
that promotes their own unique interests and backgrounds (ISTE,
2008).
The sources I found this week provided deeper
insight into how to effectively incorporate constructivist strategies into my
teaching. The blog by Regina Waddell showed me that I am already using
some of these strategies and others can be modified with little effort so that
students complete their projects as part of the learning process, not as a
summative assessment (Waddell, 2017). The popular source (David, 2015),
demonstrated how a lesson could be taught in a way that engaged and motivated
students and also provided the opportunity for them to construct their own
knowledge based on their individual needs and interests. It provided some
excellent practical tips that could be utilized in any classroom. The scholarly source by Krahenbuhl (2016),
explained the pitfalls of applying constructivist strategies without fully
supporting students or having a working understanding of how to implement
constructivist strategies. It reminded me that it is acceptable to
provide students with necessary foundational information from which to build
their knowledge. This article stressed
how teacher involvement in the learning process of the students is important so
that students do not construct the wrong information, which will overshadow the
point of the lesson.
In order to give my students the opportunity to
build their own knowledge I implemented a lesson from Hour of Code into my unit
of study. As my students completed the
Hour of Code assignment it became clear that the lesson became more about how
to effectively communicate with each other and how to follow directions, than
the content of the unit or even coding itself.
While I found the tutorials to be rather simple, my students struggled
because they are always eager to rush ahead and not follow all the steps of the
assignment, something they have a habit of doing with regular classroom lessons
and projects. Their frustration level was high but they had to work with
each other to figure out where mistakes were made, rather than relying on me to
give the answers or fix their mistakes. Although
this lesson did not turn out as I wanted I feel it was an important learning
experience for them. As students
complete more projects and take charge of their own learning, they are going to
have to be vigilant in following directions as well as problem solving through
various issues that might arise. Even
though this lesson did not go exactly according to my plan, it provided my
students with a valuable learning experience and me with further insight into
my students’ strengths and weaknesses.
I am working on
implementing more constructionist and constructivist strategies in my
classroom. In the past I have tended to follow a more behaviorist
methodology, and I still feel that those strategies are valid. However, in
order to bring my teaching into the 21st century and ensure my students have
the collaboration and problem solving skills needed for success in the future
it is time to begin allowing them to become the constructors of their own
knowledge and become active participants in the learning process. It is
important to remember that we must have a variety of tools in our toolbox to
best meet the needs of all of our students.
References
David L,
"Constructivism," in Learning Theories, June 20, 2015.
Retrieved April 12, 2018 from https://www.learning-theories.com/constructivism.html.
Hour of Code. (2015). Retrieved from
https://hourofcode.com/us
International Society
for Technology in Education. (2016). ISTE standards for students. Retrieved
from http://www.iste.org/standards/iste-standards/standards-forstudents
International Society
for Technology in Education. (2008). ISTE standards for teachers. Retrieved
from http://www.iste.org/standards/iste-standards/standards-forteachers
Krahenbuhl, K. S.
(2016). Student-centered education and constructivism: challenges, concerns,
and clarity for teachers. Clearing House, 89(3), 97-105. doi:10.1080/00098655.2016.1191311
Laureate Education
(Producer). (2015e). Constructionist and constructivist learning theories
[Video file]. Baltimore, MD: Author.
Orey, M. (Ed.). (2010). Emerging
perspectives on learning, teaching, and technology. Retrieved April 10,
2018 from http://textbookequity.org/Textbooks/Orey_Emergin_Perspectives_Learning.pdf
Pitler, H., Hubbell, E.
R., & Kuhn, M. (2012). Using technology with classroom instruction that
works (2nd ed.). Alexandria, VA: ASCD.
Waddell, R. (2017,
September, 22). Constructivist learning: Applying a student-centered approach
in your classroom [Blog Post]. Retrieved April 12, 2018 from
http://blog.edmentum.com/constructivist-learning-applying-student-centered-approach-your-classroom
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