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In behavioural theories knowledge is viewed as nothing more than passive, largely automatic responses to external factors in the environment. In cognitive theories knowledge is viewed as abstract symbolic representations in the head of individuals. In the constructivistic theories knowledge is viewed as a constructed entity made by each and every learner through a learning process. Knowledge can thus not be transmitted from one person to the other, it will have to be (re)constructed by each person. This means that the view of knowledge differs from the 'knowledge as given and absolute' views of behaviourism and cognitivism.
Learning is therefore not just about memorising facts but the active process of integrating new experiences and information with existing concepts. Rather than simply absorbing ideas communicated to them by teachers, students take those ideas and assimilate them with their pre-existing notions and experience to modify their knowledge and understanding in a more complex, complete and refined way. Teaching is the process which supports this construction and reconstruction of new knowledge rather than the communication of knowledge.
There are a number of theories on how this construction of knowledge occurs however they all focus on either the individual or the group as the means by which we construct knowledge. Some theorists hold that knowledge is constructed by the individual through their own interpretations and others hold that it is constructed through social interaction among individuals where their dialogue leads to a shared interpretation.
Those contributing to constructivism include Dewey
(social constructivism), Vygotsky (scaffolding and the zone of proximal development), Piaget (stages of development), Bruner (discovery learning), Papert
(microworlds), Seely Brown
(cognitive apprenticeships), Vanderbilt’s cognition and technology group
(anchored instruction), Spiro
and others (flexibility theory and radical constructivism) and Gardner
(multiple intelligences).
A constructivist framework based on these theories holds the following principles:
(SEDL 1999, http://www.sedl.org/pubs/tec26/intro2c.html)
As constructivism is a collection of theories of learning and not a method of teaching, the means by which teachers provide environments that support the ways students learn varies. However central to this philosophy is the idea that by placing the focus on the internal construction of knowledge (either individually or socially) the emphasis in the classroom shifts from the teacher to the student. Teachers need to do more than deliver information to students: they need to design activities which facilitate students’ engaging with and making sense of the content. Learners must be given the opportunity to build on prior knowledge, beliefs and experiences and encouraged to be autonomous and take initiative.
A constructivist classroom tends to focus on learning in context and collaboration. Students are asked to solve realistic and meaningful problems which demonstrate real-life connections by associating the concepts being taught with a real-life activity or event. Students are actively involved in the process of gathering information, analysing information, and using information to make informed decisions that relate to life. Because they focus on activities that require students to find solutions to problems the methods used in a constructivist classroom tend to be problem-based learning, project-based learning, cooperative/collaborative learning, discovery learning etc. Students are encouraged to reflect on the process of learning as well as the product of that process.
For suggestions on how to integrate constructivist practices into your teaching you might like to read the TAP into Learning series (http://www.sedl.org/tap/newsletters/)
. As a start they suggest you:
Alexander and Boud (2001) suggest that one of the most important roles of teachers is designing activities which provide opportunities for students to:
The online environment provides opportunities for exploration and highly creative and individualised self-expression and for individualised learning, allowing students to progress at their own pace. It gives students access to a wide range of raw and real-world data which engages students in authentic learning tasks. It allows the student to be actively engaged with their learning and be at the centre of the process. These features of the online environment suggest that online learning activities designed using constructivist strategies highly effective.
Needs addressed by constructivism
Constructivist learning models tend to:
Education.au Limited: Constructivist theory
emtech: Constructivism, Instructivism, and Related Sites
emtech (emerging technologies) is a bit like a search engine (such as Yahoo) which has over 15,000 resources organised by topics for teachers, students, parents, and others. This link will take you directly to the constructivism resources (but we suggest you might like to go to the home page and browse through some of the other resources when you have time).
Faculty of Education, University of Alberta: Constructivism Links
School of Education, University of Colorado at Denver. Constructivism
This webpage is essentially a list of links to others websites/webpages dealing with constructivism. Compiled by Martin Ryder at the School of Education, University of Colorado at Denver.
This resources is also from SEDL and gives a brief look at connecting student learning and technology with an emphasis on constructivism.
SEDLETTER. 1996. Constructivism. Volume IX, Number 3, August 1996
SEDLETTER. 1996. The practice implications of constructivism. Volume IX, Number 3, August 1996
The TAP into Learning on-line newsletters are part of the Technology Assistance Program at Southwest Educational Development laboratory (SEDL). The newsletter offers information for K-12 educators wishing to use technology to support more constructivist learning approaches.
The Case for Constructivist Classrooms.
Jacqueline Grennon Brooks and Martin Brooks offer a constructivist view that focuses on the learning environment of the students. They consider the activities and approaches between teacher and student interaction.
The Constructivist Theory of Instruction: Constructivism in Science
This is a Chicago Academy of Sciences website which contains 150 science lesson plans and webcasts. You have to join to get access to all the lesson plans and to get full access to the CAoS Club Web site from multiple computers. However there are a number of lesson plans available to have a look at without joining. The Chicago Academy of Sciences' curricula are based on the constructivist theory of instruction
Alexander, S. & Boud, D. 2001. Learners still learn from experience when online. In J. Stephenson (ed.) Teaching & Learning Online: Pedagogies for New Technologies. Kogan Page, London.
Burns, M. (ed). 1998. TAP into Learning, vol. 1, no. 1. SEDL. (online)
http://www.sedl.org/pubs/tapinto/v1n1.pdf
[11 October 2001]
Roblyer, M. D. & Edwards, J. 2000. Integrating Educational Technology into Teaching. 2nd edn. Prentice-Hall, Upper Saddler River, New Jersey.