TY - JOUR
T1 - A Pedagogical Pathway to Enhance Science Identity in Disadvantaged Males
AU - McCauley, Veronica
AU - Tierney, Colin
AU - Flynn, Paul
N1 - Publisher Copyright:
© 2022, Pixel Associazione. All rights reserved.
PY - 2022
Y1 - 2022
N2 - This research considers the multifaceted role science plays in supporting males from socio-economic disadvantaged communities to progress to higher education. School students from these communities tend to perform worse on achievement tests in science than other school cohorts. This can result in male students from underrepresented groups not seeing themselves as capable in the subject or possessing the traits of what it means to be a scientist. Further, in Irish post-primary schools, although the national uptake in senior Biology is 2:1, females:males; in socio-economic disadvantaged communities this escalates to 3:1 respectively. Intersecting literature suggests that increasing student science identity may interrupt this pattern. Thus, this paper considers three interconnected pedagogical strategies to support enhancing male science identify, from disadvantaged communities: integrated teaching, inquiry, and free choice learning. These initial steps in developing a conceptual framework and through dialogue with the field, will lay the foundations for the development of actionable knowledge. This is particularly poignant, considering the global challenges highlighted in recent legislation relating to Climate Action, which rely on scientific and technological innovations, and an engaged public willing to do their part.
AB - This research considers the multifaceted role science plays in supporting males from socio-economic disadvantaged communities to progress to higher education. School students from these communities tend to perform worse on achievement tests in science than other school cohorts. This can result in male students from underrepresented groups not seeing themselves as capable in the subject or possessing the traits of what it means to be a scientist. Further, in Irish post-primary schools, although the national uptake in senior Biology is 2:1, females:males; in socio-economic disadvantaged communities this escalates to 3:1 respectively. Intersecting literature suggests that increasing student science identity may interrupt this pattern. Thus, this paper considers three interconnected pedagogical strategies to support enhancing male science identify, from disadvantaged communities: integrated teaching, inquiry, and free choice learning. These initial steps in developing a conceptual framework and through dialogue with the field, will lay the foundations for the development of actionable knowledge. This is particularly poignant, considering the global challenges highlighted in recent legislation relating to Climate Action, which rely on scientific and technological innovations, and an engaged public willing to do their part.
KW - disadvantaged communities
KW - pedagogical innovation
KW - Science education
KW - science identity
UR - https://www.scopus.com/pages/publications/85216729811
M3 - Article
AN - SCOPUS:85216729811
SN - 2420-9732
VL - 2022
JO - New Perspectives in Science Education - International Conference
JF - New Perspectives in Science Education - International Conference
IS - 11
ER -