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Ideas on Teaching
Three Keys to Using Learning Groups Effectively
By Larry K. Michaelsen, The University of Oklahoma
Small group-based instructional methods can produce a wide variety
of positive educational outcomes. These outcomes, however, only
occur when instructors create conditions which motivate students
to prepare for and engage in give-and-take discussions. Fortunately,
by applying three fundamental principles, instructors can create
these conditions in the vast majority of learning groups. These
principles, referred to as "KEYS" in this essay, are: 1) promoting
individual and group accountability, 2) using assignments that
link and mutually reinforce individual work, group work and total
class discussions, and 3) adopting practices that stimulate give-and-take
interaction within and between groups. Further, to obtain the
best results from using small groups, instructors must observe
these keys in managing each of three opportunities (shown as "3
Boxes" in Figure 1) to engage students with course concepts: individual
work, small group work, and total class discussion.
KEY #1 -- Promoting Ongoing Accountability
If students fail to prepare for group work, group assignments
are likely to force better students to "carry" their less willing
and/or less able peers. Further, improperly managed small-group
discussions are likely to degenerate into social events in which
little if any learning occurs. Both problems can be avoided almost
entirely. The key using assignments and practices that hold individuals
and groups accountable for their behavior.
Individual accountability. Instructors can use three quite
different mechanisms to promote responsible individual behavior.
The most basic mechanism is requiring students to complete preparatory
individual assignments (especially graded ones) prior to
group discussion (e.g. requiring students to turn in written concept
summaries at the beginning of class on group assignment days).
A second mechanism is using procedures or assignments that cause
members to express their point of view during group discussions.
For example, some instructors assign one member to make sure that
everyone is asked to provide input. The third mechanism is to
include peer evaluation in the grading system.
One very effective way to promote individual accountability is
the Readiness Assurance Process in Team Learning (Michaelsen &
Black, 1994). This process requires individuals to complete a
test (typically true-false/multiple-choice) over a set of pre-assigned
readings and turn in their answers. Next, groups re-take the same
test and turn in their consensus answers for immediate scoring.
This process incorporates all three mechanisms for promoting individual
accountability. First, students are directly accountable because
the individual scores count as part of the course grade. Second,
during the group test, each member is invariably asked to voice
and defend their choice on every question. The resulting
discussions produce immediate feedback that provides clear evidence
of both the degree to which individual members have prepared,
in advance, for the group work and the importance of obtaining
input from everyone on all important decisions. Third, members
who fail to complete the assigned readings almost invariably receive
a low peer evaluation.
Group Accountability. Without group accountability, neither
instructor nor students know: 1) if their learning goals have
been achieved, or 2) if students are taking the group work seriously.
Groups can be held accountable by carefully managing small group
and total class discussions. The key is the nature of the group
assignments. First, assignments for groups (or each phase of a
long-term project) must require groups to produce a tangible output.
Second, the "product" that students are asked to create should
enable both immediate feedback on the quality of group work and
the opportunity for direct comparisons with output from other
groups.
KEY #2 -- Using Linked and Mutually Reinforcing Assignments
-- "3 S's"
The second key to using groups effectively is making sure that
the assignments at each stage of the learning process (i.e., the
"3 Boxes" in Figure 1) are linked and mutually reinforcing. When
this is done, assignments in the first two stages have a powerful
positive effect on the learning that occurs in the next stage.
To obtain the maximum overall payoff, assignments at each stage
should be characterized by "3 S's":
1) Same problem: Individuals/groups should work on the
same problem, case, or question.
2) Specific choice: Individuals/groups should be required
to use course concepts to make a specific choice.
3) Simultaneously report: Whenever possible, groups
should report their choices simultaneously.
The importance of assignments that are linked and mutually reinforcing
is illustrated by the experience of a colleague who uses a series
of case files to develop medical students' critical thinking (i.e.,
diagnostic) skills. For many years, she assigned groups to write
a series of one-page memos identifying a preliminary diagnosis for
each patient but was disappointed in the learning outcomes for two
reasons. First, students only worked with a fraction of the cases
because groups delegated the work to individual members. Second,
correcting the assignment took so long that the value of the feedback
was minimal. She now uses the Readiness Assurance Process (described
above) to ensure that students have mastered basic concepts and
that groups have developed a norm of seeking input from each member
before reaching a decision. Then, on the day of the activity, she
adds a vital piece of new information to a set of pre-assigned cases
and gives groups a specified length of time to either: 1) select
a most likely diagnosis from a limited set of alternatives, or 2)
commit themselves to a position that they do not have enough information
to make a definite diagnosis. When the time has elapsed, she gives
a signal and the groups simultaneously hold up a legal-sized sheet
of paper on which they their choices to the rest of the class. The
outcome is always a lively discussion within the groups followed
by a vigorous interchange between groups.
KEY #3 -- Adopting Practices that Stimulate Idea Exchange
The degree to which group discussions expose students to new
perspectives from their peers depends on two factors. The first
factor is the extent to which the instructor uses assignments
and creates conditions that foster give-and-take group interaction.
The other factor is the diversity of opinions, ideas, and perspectives
that exist within each group.
Using assignments that require group interaction. The
most common reason for a low level of group interaction is the
use of assignments that can be completed by independent individual
work. For example, if assignments are too easy, one member will
simply act on behalf of the group. Assignments that require a
great deal of writing are also likely to limit both interaction
and learning. If asked to produce a lengthy document, group discussions
seldom produce very much learning for two reasons. First, discussions
tend to be limited in duration (i.e., students feel pressured
to get going on the real work). Second, they tend to focus
on working out who will write which piece of the total product
rather than on the substance of the issues that will be contained
in the paper. By contrast, assignments that require students to
use course concepts to make difficult choices (e.g., the medical
school example above) always produce high levels of both interaction
and learning (Michaelsen, Fink & Knight, 1997).
Removing barriers to participation. Often, members of
new groups are reluctant to speak out. One response to this problem
is assigning roles within the group, e.g., recorder, summarizer,
devil's advocate, etc. However, a more powerful approach is using
permanent groups and assignments, practices, and a grading system
that foster the development of group cohesion (Michaelsen, Black
& Fink, 1996). As groups become more cohesive, trust and support
typically build to the point that even naturally quiet members
are willing to engage in intense give-and-take interactions with
little worry about being offensive or misunderstood (Watson, Michaelsen
& Sharp, 1991). As group members come to see their own success
as tied to the success of their group, they are motivated to invest
considerable personal energy into doing group work.
In-class group work. Interaction is also likely to be
limited unless groups are allowed to do their work in class. In
many cases, the cost of meeting outside of class is so great that
students will meet just long enough to divide up the work. They
will then complete the assignment individually and learn little
from each other. Their output is a group product in name only
and, any cohesiveness developed during the initial meeting, is
likely to be offset by a concern that other members might fail
to do their part.
Creating diverse groups. Another way to expose students
to new ideas is making sure that groups are relatively large (5-7
members) and as diverse as possible. Creating diverse groups involves
two steps. The first is identifying the dimensions that make a
difference in student performance in each specific course, e.g.,
majors, previous course work, relevant job experience, etc. The
other is sorting members into groups so that member assets and
liabilities are spread as evenly as possible across groups (Michaelsen
& Black, 1994).
Summary and Conclusions
By using assignments in each of the "3-Boxes" (see Figure 1)
that are completed during class time, and are characterized by
the "3-S's" (Same problems, Specific choice, and
Simultaneously reporting), instructors create the conditions
needed for effective learning groups. These conditions include:
individual and group accountability, the need and opportunity
for group interaction, and the motivation to engage in give-and-take
discussion. In the vast majority of groups, the net result will
be increased learning and high satisfaction for both students
and instructors.
References
Michaelsen, L. K. & Black, R. H. (1994). Building learning
teams: The key to harnessing the power of small groups in higher
education. In Collaborative Learning: A Sourcebook for Higher
Education, Vol. 2 (pp. 65-81). Kadel, S & Keehner, J.
(Eds.) State College, PA: National Center for Teaching, Learning
and Assessment.
Michaelsen, L. K., Black, R. H. & Fink, L. D. (1996).
What every faculty developer needs to know about learning
groups. In To Improve the Academy: Resources for Faculty,
Instructional and Organizational Development, 1996 (pp.
31-58). Richlin, L. (Ed.). Stillwater, OK : New Forums Press
Co.
Michaelsen, L. K., Fink, L. D. & Knight, A. (1997). Designing
Effective Group Activities: Lessons for Classroom Teaching
and Faculty Development. In To Improve the Academy: Resources
for Faculty, Instructional and Organizational Development,
1997 (pp. 373-397). DeZure, D. (Ed.). Stillwater, OK :
New Forums Press Co.
Watson, W. E., Michaelsen, L. K. & Sharp, W. (1991).
Member competence, group interaction and group decision-making:
A longitudinal study. Journal of Applied Psychology,
76, 801-809.
-- Adapted from the Professional and Organizational
Development Network Essay Series Teaching Excellence: Toward
the Best in the Academy, Vol. 9, 1997-1998. POD Network,
Ames, IA, 1998.
-- For additional information, please contact the Larry K.
Michaelsen, David Ross Boyd Professor of Management, 206 Adams
Hall, The University of Oklahoma, (405) 325-5692, or e-mail:
lmichael@ou.edu
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