|
Collaborative learning arrangements can be a powerful way to engage
students in productive intellectual dialogue, provide opportunities for
joint discovery and design, and support the development of unique kinds
of metacommunicative strategies. Despite its potential, we still understand
little about what constitutes effective collaboration or the conditions
required to foster it. My research on collaboration investigates reasons
for variability in collective accomplishments. I’ve been particularly
interested in cases where significant differences emerge between groups
in what they accomplish, despite the equivalence of prior knowledge of
group members, the insights that individuals generate in the group, and
the amount of task-related talk they engage in. My findings highlight
the dual nature of collaboration as a context in which content related
issues and relational phenomena are deeply intertwined and fundamentally
related to collective achievement and individual learning outcomes.
Collaborative problem solving
In one series of studies I have used video records of collaborative activity
to identify discourse and other interactional features that distinguish
more and less successful collaborative efforts. This research relies on
both quantitative and qualitative analyses of conversations using group
performance as an analytic contrast to identify differences in the nature
of the dialogue that emerges in more and less successful groups.
Collaborative design
In other research I am using survey and interview methodology to examine
students’ reflections on collaborative design work carried out over longer
periods of time. This work is in the context of high school computer science
or design projects (see Bermuda Computing project)
as well as with college level computer science courses (in collaboration
with Emma Mercier). We are working to articulate metacognitive, motivational,
and relational outcomes of collaborative efforts as well as identify valued
dimensions of collaborative activity from the perspective of the participants.
Related articles:
Problem Solving in Video-based Microworlds [874KB]
When Smart Groups Fail [9.4MB]
Achieving Coordination in Collaborative Problem-solving Groups
[672KB]
|