Communicating quality and qualities: The role of the evaluator as critical friend

Author(s):  
Sharon F. Rallis ◽  
Gretchen B. Rossman
Keyword(s):  
2005 ◽  
Vol 35 (2) ◽  
pp. 239-252 ◽  
Author(s):  
Sue Swaffield ◽  
John MacBeath

1997 ◽  
Vol 5 (3) ◽  
pp. 463-481 ◽  
Author(s):  
David Kember ◽  
Tak-Shing Ha ◽  
Bick-Har Lam ◽  
April Lee ◽  
Sandra NG ◽  
...  

2021 ◽  
Author(s):  
◽  
Sola Freeman

<p><b>Research has acknowledged the limited range of scientific opportunities for young children in New Zealand early childhood education (ECE) services. The identified reasons include a lack of confidence by ECE teachers, their narrow understanding of science, and their pedagogical approaches to teaching. A complex and non-prescriptive curriculum and dominance of developmental theories in ECE has resulted in science learning via osmosis through a process of a hands-off play-based philosophy of practice. Many have argued for pedagogical approaches that can accommodate scientific learning within a play-based sociocultural-historical setting (e.g., Broström, 2015; Fleer & Pramling, 2015; Kumar & Whyte, 2018). This study investigated the things that influence the occurrence of scientific experiences in ECE. It explored how participating in collaborative action research (CAR) and the involvement of a critical friend influences scientific experiences in centres.</b></p> <p>This study involved two phases: a national survey and CAR with teaching teams in six centres. The researcher took on the role of a critical friend through the CAR process, guiding teachers to critically examine their practice and their centre programme. Action plans were achieved collaboratively within each teaching team. Data was collected over 12 weeks in each centre through focus groups, reflective journals, observations, field notes, and through two research hui with participating teachers from all centres.</p> <p>The findings highlighted the importance of the teachers recognising and fostering children’s scientific experiences. It found that science was enabled in a variety of ECE settings by a shift in teachers’ pedagogical practices, adjustments to centre environments, and recognising and responding to children’s interests. Teachers enabled rich, authentic, and meaningful scientific interactions with children by their active participation in supporting and extending children’s science interests with intentional teaching practices and provocations.</p> <p>This thesis argues for the value of CAR and the role of a critical friend to facilitate teachers’ motivation, engagement, learning and reflection on practice. Seeking a change in practice through professional learning and CAR, brought about ownership of their goals and action plans, and the eventual shifts in teachers’ pedagogy of practice.</p> <p>The shift towards intentional teaching practices, provocations, and opening doors to knowledge, validated and forefronted the importance of the teachers’ role and emphasised their value in noticing, recognising, and responding to children’s scientific interests in authentic and meaningful ways.</p>


2021 ◽  
Author(s):  
◽  
Sola Freeman

<p><b>Research has acknowledged the limited range of scientific opportunities for young children in New Zealand early childhood education (ECE) services. The identified reasons include a lack of confidence by ECE teachers, their narrow understanding of science, and their pedagogical approaches to teaching. A complex and non-prescriptive curriculum and dominance of developmental theories in ECE has resulted in science learning via osmosis through a process of a hands-off play-based philosophy of practice. Many have argued for pedagogical approaches that can accommodate scientific learning within a play-based sociocultural-historical setting (e.g., Broström, 2015; Fleer & Pramling, 2015; Kumar & Whyte, 2018). This study investigated the things that influence the occurrence of scientific experiences in ECE. It explored how participating in collaborative action research (CAR) and the involvement of a critical friend influences scientific experiences in centres.</b></p> <p>This study involved two phases: a national survey and CAR with teaching teams in six centres. The researcher took on the role of a critical friend through the CAR process, guiding teachers to critically examine their practice and their centre programme. Action plans were achieved collaboratively within each teaching team. Data was collected over 12 weeks in each centre through focus groups, reflective journals, observations, field notes, and through two research hui with participating teachers from all centres.</p> <p>The findings highlighted the importance of the teachers recognising and fostering children’s scientific experiences. It found that science was enabled in a variety of ECE settings by a shift in teachers’ pedagogical practices, adjustments to centre environments, and recognising and responding to children’s interests. Teachers enabled rich, authentic, and meaningful scientific interactions with children by their active participation in supporting and extending children’s science interests with intentional teaching practices and provocations.</p> <p>This thesis argues for the value of CAR and the role of a critical friend to facilitate teachers’ motivation, engagement, learning and reflection on practice. Seeking a change in practice through professional learning and CAR, brought about ownership of their goals and action plans, and the eventual shifts in teachers’ pedagogy of practice.</p> <p>The shift towards intentional teaching practices, provocations, and opening doors to knowledge, validated and forefronted the importance of the teachers’ role and emphasised their value in noticing, recognising, and responding to children’s scientific interests in authentic and meaningful ways.</p>


2012 ◽  
Vol 7 (4) ◽  
pp. 68 ◽  
Author(s):  
Yvonne Hultman Özek ◽  
Gudrun Edgren ◽  
Katarina Jandér

Objective – The role of the academic librarian has become increasingly educative in nature. In this study, the critical friend method was introduced among teaching librarians in an academic setting of medicine and health sciences to ascertain whether this approach could be implemented for feedback on teaching of these librarians as part of their professional development. Methods – We used a single intrinsic case study. Seven teaching librarians and one educator from the faculty of medicine participated, and they all provided and received feedback. These eight teachers worked in pairs, and each of them gave at least one lecture or seminar during the study period. The performance of one teacher and the associated classroom activities were observed by the critical friend and then evaluated and discussed. The outcome and effects of critical friendship were assessed by use of a questionnaire. Results – The present results suggest that use of the critical friend method among teaching academic librarians can have a positive impact by achieving the following: strengthening shared values concerning teaching issues; promoting self-reflection, which can improve teaching; facilitating communication with colleagues; and reducing the sense of “loneliness” in teaching. This conclusion is also supported by the findings of previous studies. Conclusion – The critical friend method described in this study can easily be implemented and developed among teaching librarians, provided that there is support from the organization. This will benefit the individual teaching librarian, as well as the organization at large.


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