| Project Title |
Identifying
a developmental pathway in the implementation of lesson components
in the classroom of secondary science and mathematics teachers |
| Project Team |
Dr Debra Panizzon and Professor
John Pegg |
| Period |
2004 - 2005 |
| Funding Agency |
UNE University Research
Grant |
| Organisational Base |
SiMERR National Centre |
The aim of this research is
to investigate the ways in which secondary science and mathematics teachers
implement lesson components in their first five years of teaching to enhance
student learning in the classroom. While current research has identified
the use of these components by highly experienced teachers, the focus of
this research is to explore whether there is developmental perspective identifiable
with increased classroom experience. The significance of the research is
that it will provide strategies that can be implemented by other practising
teachers and inform pre-service teacher education programs.
Of interest is the nature of the components that experienced teachers
used in their classrooms and, more importantly, how they manipulate
and combine
different components to provide a richer learning environment for their
students. This current proposal concerns obtaining exemplars of lesson
structures and
their use by novice (i.e., recent graduates) and new career teachers
(i.e., individuals in their first five years of teaching) as a means
of trying
to unpack a developmental sequence or growth in teachers’ ability
to implement these components in the classroom.
Lesson components refer to particular activities or aspects that comprise
individual lessons. These could include: an introduction; brief review
of previous lesson, utilisation of short questions; checking homework;
introduction
of ‘new’ concept; worked examples using this concept (hands
on focus); and/or relating this work to that learnt previously, and
practice activities. These examples of components are drawn from two
sources. Firstly,
the early findings emerging from our current grant involving lesson
components and, secondly, from an earlier research study by Pegg (1989)
conducted
with
secondary mathematics teachers.
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