Assessment engineering: Aligning assessment, learning and instruction
Keynote Presentation by Professor
Filip Dochy,
University of Leuven, Belgium
President of EARLI
Abstract
The most fundamental change in our views on assessment is represented by
the notion of 'assessment as a tool for learning' (Dochy & Mc Dowell,
1997). Whereas in the past, we have seen assessment primarily as a means
to determine measures and thus for certification, there is now evidence
that the potential benefits of assessing are much wider and impinge on
in all stages of the learning process. The new assessment culture
(Birenbaum & Dochy, 1996) strongly emphasizes the integration of
instruction and assessment. Students play far more active roles in the
assessment of their achievement. The construction of tasks, the
development of criteria for the assessment and the scoring of
performance may be shared or negotiated among teachers and students.
In a first part, the presentation will outline these recent
developments. In a second part, a concrete study will be presented. The
purpose of this study was to get more insight in the effects of
assessment-tasks integrated in a learning environment. Both the
influence on students' performances and students' perceptions were
investigated. The results indicate that making the assessment-tasks had
positive influence on the students' overall performance. From the
questionnaires and interviews, it appears that both the students and
the teachers see the benefits of the assessment-tasks. It is concluded
that small steps in the change of the assessment system can result in
relatively big changes in students' learning and results.
It is obvious that the 'assessment' in its current meaning, referring to
new modes of assessment, assessment for learning, assessment of
competence, is still in an early phase of widespread use in educational
practice (Segers, Dochy & Cascallar, 2003). The science of 'assessment
engineering', trying to fill the gaps we find in aligning learning and
assessment, asks for more research within many different fields.
|