by TeachThought Staff
In 1956, psychologist Jerome Bruner published a book called “A Study of Thinking.”
Being a psychologist, Bruner was interested in cognitive processing–how people think, and how those tendencies might be used to inform teaching and learning processes. He developed a new way of introducing learners to new concepts called Concept Attainment.
What Is Concept Attainment?
The image above from this document via Beyond Monet/Barrie Bennet/Carol Rolheiser is a useful example of how Concept Attainment works.
It can be thought of as game of ‘find the rule.’ Concept Attainment is a “backwards conceptualizing” approach to making sense of new ideas. It is a teaching strategy characterized (in terms of thinking patterns of the learner) by “a pattern of decisions in the acquisition, retention, and utilization of information that serves to meet certain objectives” (Bruner et al 1956).
Linda Neff at Northern Arizona University adds that Concept Attainment is a “close relative to inductive thinking (Joyce and Weil 1967:15), (and) focuses on the decision-making and categorization processes leading up to the creation and understanding of a concept.”
Neff also explains that there are several advantages to this approach, including learning “how to examine a concept from a number of perspectives, learning how to sort out relevant information”, the benefit of seeing multiple examples of ideas, and maybe most importantly, moving beyond mere concept–definition association.
This allows for the idea to be seen in its native context, and a more authentic and fuller definition to emerge.
How Does Concept Attainment Work?
In the concept attainment process, new ideas are introduced–and defined by students–inductively through the “act(s) of categorization” (Bruner, Goodnow, and Austin 1956:244). Students see attributes, examples and non-examples, form theories, and then test those theories against the data given until they are able to able to name the idea.
This reverses the typical process of introducing an idea (e.g., gravity) by narrowly defining it (e.g., the force that attracts a body toward another physical body having mass). The Concept Attainment process requires learners to focus on attributes, categories, and relationships rather than simply mirroring an idea with a definition.
In the STEM field–one marked by change, uncertainty, and new (and often unfamiliar) ideas–this conceptual approach is a tidy fit for teaching.
What Are The Benefits Of Concept Attainment?
California Lutherhan University explains the benefits of Concept Attainment:
“Concept attainment is designed to clarify ideas and to introduce aspects of content. It engages students into formulating a concept through the use of illustrations, word cards or specimens called examples.
Students who catch onto the idea before others are able to resolve the concept and then are invited to suggest their own examples, while other students are still trying to form the concept. For this reason, concept attainment is well suited to classroom use because all thinking abilities can be challenged throughout the activity.
With experience, children become skilled at identifying relationships in the word cards or specimens. With carefully chosen examples, it is possible to use concept attainment to teach almost any concept in all subjects.”
Examples Of Concept Attainment
Also from California Lutherhan University, the following is an example of Concept Attainment in math.
- “First the teacher chooses a concept to developed. (i.e. Math facts that equal 10)
- Begin by making list of both positive “yes” and negative ” no” examples: The examples are put onto sheets of paper or flash cards.
- Positive Examples: (Positive examples contain attributes of the concept to be taught) i.e. 5+5, 11-1, 10X1, 3+4+4, 12-2, 15-5, (4X2)+2, 9+1
- Negative Examples: (for examples choose facts that do not have 10 as the answer) i.e. 6+6, 3+3, 12-4, 3X3, 4X4, 16-5, 6X2, 3+4+6, 2+(2X3), 16-10
- Designate one area of the chalkboard for the positive examples and one area for negative examples. A chart could be set up at the front of the room with two columns – one marked YES and the other marked NO.
- Present the first card by saying, “This is a YES.” Place it under the appropriate column. i.e. 5+5 is a YES
- Present the next card and say, “This is a NO.” Place it under the NO column. i.e. 6+6 is a NO
- Repeat this process until there are three examples under each column.
- Ask the class to look at the three examples under the YES column and discuss how they are alike. (i.e. 5+5, 11-1, 2X5) Ask “What do they have in common?”
- For the next tree examples under each column, ask the students to decide if the examples go under YES or NO.
- At this point, there are 6 examples under each column. Several students will have identified the concept but it is important that they not tell it out loud to the class. They can however show that they have caught on by giving an example of their own for each column. At this point, the examples are student-generated. Ask the class if anyone else has the concept in mind. Students who have not yet defined the concept are still busy trying to see the similarities of the YES examples. Place at least three more examples under each column that are student-generated.
- Discuss the process with the class. Once most students have caught on, they can define the concept. Once they have pointed out that everything under the YES column has an answer of 10, then print a new heading at the top of the column (10 Facts). The print a new heading for the NO column (Not 10 Facts).”
image attribution Beyond Monet/Barrie Bennet/Carol Rolheiser; How To Teach With The Concept Attainment Model; What Is Concept Attainment?