9.5: What is the nature of cooperative learning?
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by Aaron Burdon
Learning Objectives
- The definition of coopertive learning and how it differs from other styles of learning.
- Effective application of coopoertive learning in today's classroom, such as Jigsaw and Round Robin style learning.
- Advantages to coopertive learning.
- Possible challenges with coopertive learning, such as social anxiety, and possible methods to overcome them.
Overview
Our comprehension of our vast universe grows each day. With every new discovery and information gathered from researchers across the globe, we continue to come closer and closer to our understanding of the universe we live in. Not long ago, we believed that the world was flat; however, today we have access to real time pictures taken from satellites orbiting our world to prove its true form. What we teach our children today may be far advanced from what we learned as children ourselves. New discoveries may lead to future generations treating the knowledge of today as obsolete and outdated.
Perhaps equally as important to what we teach our students is also how we teach them to learn the material. As we grow in our understanding of how the human brain operates, we must also use this understanding to help us learn more efficiently. One of the more widely accepted methods of learning that is being applied in today's classroom is that of cooperative learning. This method differs in many ways to that of traditional lecture methods of learning. In this article, we will explore the many ways to effectively apply cooperative learning, the advantages, and the possible challenges of this method.
What Is Cooperative Learning?
The traditional classroom often consists of classes in which children of similar ability levels are taught together. Nearly all classrooms in the United States are taught by grade level specific to the age of the student rather than his or her ability. Many schools also group students according to their apparent ability levels, but this risks becoming a self-fulfilling prophecy for each respective group. By placing students into group in this way, we run the risk of those placed in low-level learning groups perceiving themselves as unintelligent or slow-witted. Grouping students together with varying levels of ability and backgrounds can help eliminate this threat. A very popular method of learning in this way is called cooperative learning.
Cooperative learning is defined as "the collaboration on a task by a small group of students who resolve differences of opinion, share responsibility, consider one another's ideas, and work toward common goals." (Berk, 2008) Unlike traditional methods, cooperative learning lets students enhance the weaknesses of their peers with their own strengths. Students feel a part of a team rather than isolated and students deemed as having low-ability can benefit from those considered higher. In a symbiotic relation, higher level students also tend to do better by teaching the learned material to their peers.
Note
Cooperative learning is the collaboration on a task by a small group of students who resolve differences of opinion, share responsibility, consider one another's ideas, and work toward common goals. (Berk, 2008)
According to Robert E. Slavin of Johns Hopkins University, there are four major perspectives on cooperative learning, which are motivational, social cohesion, cognitive development, and cognitive elaboration (Slavin, 1995). The motivational perspective focuses on the reward for the group in achieving their objective, and that the only way for the group to achieve this goal is to learn how to work together. The theory that students want each other to succeed is more in keeping with the social cohesion perspective , but is similar to the motivational perspective in that the members of the group are motivated to succeed, but instead of goal oriented, it is more motivated by compassion.
The cognitive development perspective takes a very different approach to cooperative learning in that it contends that the interaction of students with their peers stimulates the mind and increases the ability to learn. Unlike being motivated by a common goal or by compassion for their peers, those who follow the cognitive development perspective feel that the human brain simply learns better in a group environment than on its own.
A variation of this is the fourth theory of cognitive elaboration , which contends that the best way to enhance the knowledge already present in the brain is to in turn explain it to ones peers. This slightly differs from cognitive development perspective in that the members of the group must already have some knowledge of the material before entering the group.
Note
Four major perspectives on cooperative learning:
motivational - group focused on common goal
social cohesion - group wants each other to succeed
cognitive development - the human brain simply learns better in a group environment
cognitive elaboration - the best way to
What are some Cooperative Learning examples?
For almost a quarter of a century, Dr. Spenser Kagan has been developing teaching structures of learning based on cooperative learning, called Kagan Structures, to help in the classroom as well the business world. (Kagan, 2008)
One of Kagan's most widely used method of cooperative learning is that of RoundRobin , purposely spelled as one word to differentiate the term from the standard definition of round robins, a type of athletic tourneyment. In a RoundRobin group, each learner takes a turn orally presenting the material that they have learned, helping them to better organize their thoughts on the material. Kagan says that labeling methods of cooperative learning like RoundRobin are beneficial to the student because "students know exactly what to do" when instructed to use a specified method. According to Kagan, this is also helpful to instructors in that it helps facilitate communication among peers in learning from each other how to teach.
Another method that is fast becoming a popular form of cooperative classroom learning is that of the Jigsaw method. Elliot Aronson, Professor Emeritus at the University of California in Santa Cruz, first implemented his Jigsaw method in 1971 initially as a way to deal with the sudden desegregation of schools in Austin, Texas. By placing students into groups with various social and ethnic differences each with the same goal to succeed, the hostility became muted as the students were forced to work together to achieve success.
The Jigsaw method gets its name because each student is a vital piece of the overall puzzle that is the learning task. Students are first divided into groups and assigned various portions of the material to become an expert on. Then, each student meets with students from other group assigned to the same portion of the material and discuss what they have learned. This allows for the student to share what he or she learned on their own while also hearing other students perspectives. Eventually, these students return to their original groups and in turn teaches the members of their group the material that they learned.
Note
Examples of Cooperative Learning:
RoundRobin (Kagan) - the group takes turns orally presenting the material.
Jigsaw (Aronson) - learners are split up into groups, assigned portions of the material to learn, meet with learners from other groups assigned the same portion, and then return to their groups to teach the material they have learned.
Advantages and Possible Challenges of Cooperative Learning
As mentioned earlier, there are many advantages to cooperative learning supported by empirical evidence. Students who participate in cooperative learning programs have outperformed students in traditional learning programs at the elementary, secondary, and collage levels, as cited in Boling and Robinson's article on how cooperative learning is used in lecture-based distance learning. According to the journal article, students have been shown to increase social skills, perceptions of their own ability, and the relevance of the material they are learning (Boling 1999).
Although cooperative learning can be highly effective, there are also some possible challenges in this style. One of the major criticisms of cooperative learning is that it tends to hold back the learning potential of those students who are naturally gifted. Oftentimes, students who are prone to social anxiety and prefer to work alone may suffer a negative effect of cooperative learning. Instructors must understand that cooperative learning is not for everyone and must compliment or supplement some material to students who thrive in a less socially active environment.
Conclusion
In conclusion, cooperative learning is a very different style of learning than how traditional school systems have taught student. There are a number of theories behind why this method tends to be effective; however, there are still a number of unknown variables out there that make cooperative learning hardly the absolute best way to present material. Still, learning methods like Kagan's RoundRobin and Aronson's Jigsaw techniques have proven to be very helpful and have empirical evidence that supports the increase in participants learning ability.
References
Berk, Laura E.. "Cognitive Development in Middle Childhood" Infants, Children, and Adolescents . 6th. Boston, MA: Pearson Education, Inc., 2008.
Kagan, Dr. Spencer. "A Brief History of Kagan Structures." Kagan Online . Spring 2003. The Kagan Club. 21 Sep 2008 < http://www.kaganonline.com/KaganClub/index.html >.
Aronson, Dr. Elliot. "Overview of the Technique." Jigsaw Classroom . Spring 2008. Social Psychology Network. 21 Sep 2008 <www.jigsaw.org/overview.htm>.
Boling, Nancy C., Daniel H. Robinson. "Interactive Study, Interactive Multi-Media, or Cooperative Learning: Which Activity Best Supplements Lecture-Based Distance Learning?." Journal of Educational Pschology 91 No.1 (1999): 169-174.
Slavin, Robert E.. "Research on Cooperative Learning and Achievement: What We Know, What We Need to Know." October 1995. Center for Research on the Education of Students Placed at Risk Johns Hopkins University.