Cultivating teachers' knowledge and skills for leading change in schools

Australian policy initiatives and state curriculum reform efforts affirm a commitment to address student disengagement through the development of inclusive school environments, curriculum, and pedagogy. This paper, drawing on critical social theory, describes three Australian projects that support the cultivation of teachers’ beliefs, knowledge and skills for critical reflection and leading change in schools. The first project reports on the valued ethics that emerged in pre-service teacher reflections about a Service-learning Program at a university in Queensland. The second project reports on a school-based collaborative inquiry approach to professional development with a focus on literacy practices. The final project reports on an initiative in another university in Victoria, to operationalise pedagogical change and curriculum renewal in Victoria, through the Principles of Learning and Teaching (PoLT). These case studies illustrate how critical reflection and development of beliefs, knowledge and skills can be acquired to better meet the needs of schools.

Different spaces : staff development for Web 2.0

This paper reports on a collaborative staff development activity run across two Australian universities, for academic staff integrating Web 2.0 technologies into their teaching. It describes a three-week long virtual workshop on teaching with wikis, where participants in two groups developed a group project as students and then assessed the work as teachers. Participants were guided through a central Wikis in Higher Education wiki which provided the resources and communication supports. The experience suggested that teaching in a Web 2.0 space requires new thinking about pedagogy and that peer learning and the development of an online community are helpful for effective professional development. In closing, the paper reflects on the successes and limitations of this virtual workshop model.

The national mapping of teacher professional learning project : a multi-dimensional space?

This essay focuses on the National Mapping of Teacher Professional Learning (2008), a report that we co-authored along with a number of other researchers on the basis of extensive surveys and interviews relating to the policies and practices of teacher professional learning in Australia. The report is an update of an earlier survey conducted by David McRae and others, entitled PD 2000, and it registers significant changes in attitudes and practices relating to professional learning across Australia in the intervening period. Perhaps the most significant development is the way professional learning is now recognized as an important vehicle for education reform by systems, schools and by teachers themselves, most notably the standards-based reforms that have such a decisive effect on the policy landscape here in Australia and in other countries. The work of the AATE in developing the Standards for Teachers of English Language and Literacy (STELLA) is mentioned in the report. It was acknowledged that STELLA provides a generative framework for professional learning, sometimes in contradiction to more managerial approaches. The question remains, however, of how English teachers as a professional community might locate themselves within the policy landscape described in this report. This essay is an attempt to promote this kind of discussion and to argue the distinctive nature of the standpoint that English teachers might bring to thinking about and planning for professional learning and practitioner inquiry.

Early childhood educators : some identified issues in professional learning in science

In a small research project, four case studies were developed around the science education of pre-school centres. Mixed quantitative and qualitative approaches were used as the pre-school teachers were asked information about their qualifications and those of other staff; science experiences within their Early Childhood (EC) setting and the opportunities they had for science education professional development. As part of the research, educators were questioned about the science they provided and their comfort in teaching science. The interviews revealed that EC educators indicated that they provide a large number of varied experiences, although often they were unsure of the science content or the science understanding. They felt that this limited their abilities to develop the science activities further. Early Childhood Educators also indicated that whilst there was access to some science professional development, more would be welcome. The types of professional development which they felt would be most beneficial were “hands-on” play experiences – a “quick fix” approach. This paper will discuss the findings of the research through a socio-cultural framework, noting some of the issues identified during our discussions with the educators.

Factors influencing teachers' ICT literacy : a snapshot from Australia

This paper presents the findings of a survey that examined factors influencing teachers’ ICT literacy. The survey was part of a larger study exploring teachers’ readiness to transform their traditional role and engage primary school students in 21st century learning experiences. The survey was conducted with teachers from a simple random sample of 350 Victorian government primary schools in Australia. A recently developed framework of ICT literacy for primary school teachers was utilized to examine factors that influence the development of teachers’ skills and knowledge in integrating new technologies into student learning. In this paper the authors report on teachers’ perceptions about factors influencing the development of their ICT literacy and interpret the impact of independent variables such as age, gender, teaching experience, and teachers’ use of computers in the contemporary primary school. Drawing on the findings of the study they identify important leads for future professional development.

Deepening the mathematical knowledge of secondary mathematics teachers who lack tertiary mathematics qualifications

A professional learning program for unqualified practising secondary mathematics teachers regarding senior secondary mathematics teaching is described in this paper. The VCE (Victorian Certificate of Education) mathematics professional learning program for senior secondary mathematics was designed for practising secondary teachers of mathematics who had no experience of teaching advanced senior secondary mathematics and who had not completed the recommended qualifications. Professional learning episodes, artefacts and reflections of three teachers who participated in the program are analysed to identify the development of these teachers' mathematical and pedagogical content knowledge (PCK). The PCK framework developed by Chick et al. was used to analyse teachers' knowledge, and the cases of teachers' knowledge presented in the paper illustrate the entwining of knowledge of mathematics and knowledge of teaching and learning The findings indicate that a program designed for senior secondary mathematics can enable practising teachers to deepen and broaden their understanding of junior secondary mathematical pedagogy.

A professional learning program based on a representation intensive pedagogical approach

A representation-intensive pedagogical approach challenges students to generate and negotiate the representations (text, graphs, models, diagrams) that constitute the discursive practices of science, rather than focusing on the text-based, definitional versions of concepts. Previous research conducted on a small scale with a few topics and teachers successfully demonstrated enhanced outcomes for students, in terms of sustained engagement with ideas, and quality learning, and for teachers’ enhanced pedagogical knowledge, and epistemological understanding. This paper explores the efficacy of embedding a representations-intensive pedagogical approach into a state-wide professional learning program that was delivered to Victorian secondary science teachers in 2010/2011. The professional learning program involved participating teachers undertaking two successive days of professional development, then completing a small classroom-based project in their schools before returning for the third day of professional development. The program was supported by online drupal website. In determining the impact of the professional learning program on the teachers’ practice data was collected in the form of program participant surveys, presentations of the teachers’ classroom-based projects, focus group interviews and phone interviews. Teachers demonstrated the applicability of this pedagogical approach by adapting it to a variety of science topics.

Evaluation of delivery of the switched on secondary science professional learning (SOSSPL) program

The Switched On Secondary Science Professional Learning (SOSSPL) program consisted of three days professional learning. Days 1 and 2 were undertaken consecutively, with Day 3 following a break of several weeks. The break allowed sufficient time for teachers to undertake a small classroom-based project within one of the topics teachers will be teaching at the time. The program was designed to build teacher capacity to improve learning outcomes in secondary science.

Evaluation of delivery of the switched on secondary science professional learning (SOSSPL) program (2011-12)

The Switched On Secondary Science Professional Learning (SOSSPL) program consisted of three days professional learning for Victorian DEECD secondary science teachers. Days 1 and 2 were undertaken consecutively, with Day 3 following a break of several weeks. The break allowed sufficient time for teachers to undertake a small classroom-based project within one of the topics they were teaching at the time. The program was designed to build teacher capacity to improve student learning outcomes in secondary science.

The program supported teachers to plan and implement classroom sequences that focused on student construction and interpretation of different representations of the science concepts and processes that are described by the Victorian Essential Learning Standards (VELS): Science and the Science Continuum P-10. The Deakin University team in collaboration with the Department of Education and Early Childhood Development (DEECD) produced curriculum resources for the program that encapsulated a representational focus to the teaching and learning of science. The program explored and linked to core DEECD resources such as the e5 Instructional Model and the Science Continuum P-10.
The SOSSPL program was delivered in all Victorian DEECD regions in 2010-11 and was evaluated (Hubber et al, 2011). The program was delivered again in all Victorian DEECD regions in 2011-12. The evaluation of the 2011-12 program is reported here with some comparisons made to the findings from the previously delivered program.
This evaluation of the SOSSPL program involved an online survey, daily workshop evaluations, focus group and presentations data of the participating teachers’ classroom-based projects. The aim of the evaluation was to make a judgement about the effectiveness of the SOSSPL program in terms of building teacher capacity to improve student learning outcomes in secondary science.

Building effective school-university partnerships for a quality teacher workforce : a Victorian led initiative

‘Building effective school-university partnerships for a quality teacher workforce: A Victorian led initiative’ project, (‘BESUP’), funded by the Department of Education and Early Childhood Development from 2010 – 2011, was conducted by the research team from the School of Education, Deakin University in collaboration with key personnel in two ‘clusters’ of schools located in the Maroondah Education Coalition and in Keysborough/Noble Park.

The overall aim of this project was to examine a pilot model of effective school-university partnership that engages pre-service and in-service teachers and researchers in the co-production of professional knowledge and practice. The model of a university-school partnership that was investigated in the research project was developed as part of the Master of Teaching, a 16 credit pre-service postgraduate course in the School of Education that had the first intake of pre-service teachers in March, 2010. In the design and implementation of the Master of Teaching course, the School of Education set out to create a new relationship between key stakeholders in the preparation of the next generation of teachers. A commitment to doing the professional experience component differently was central to the conceptualization of the new course. To this end, three new professional experience curriculum units were designed with the placements ‘embedded’ into the units themselves.

The research questions that shaped the BESUP research project are:
• What are the design features of an effective school-university partnership model?
• What are the features of cross-generational (pre-service, in-service) models of quality supervision, mentoring and support in a school-university partnership model?
• What are the conditions for an effective professional development program for teachers and academic staff to support professional experience within school-university partnerships?

That the Department of Education and Early Childhood Development funded this research is evidence of the system’s awareness of and concern for investigating ways forward that will provide the next generation of teachers with strong links between the learning experiences undertaken in the university component of their pre-service teacher education and the professional experience component located in schools. The report suggests the significance of ongoing professional conversations and new ways of engaging in professional learning among all of the partners.

Deepening teachers' understanding of content and students' thinking : the case of Japanese lesson study in Australian primary classrooms

Japanese Lesson Study has been adapted in many countries as a platform of professional development (Groves & Doig, 2010; Lewism Perry & Hurd, 2004). One of the critical elements of Japanese Lesson Study is detailed and careful planning of the research lesson with an explicit focus on the mathematics and students' mathematical thinking (Doig, Groves, & Fujii, 2011; Murata, 2011; Watanabe, Takahashi, & Yoshida, 2008). This presentation will share some findings from a small scale research project of the implementation of Japanese Lesson Study in three Victorian primary schools in 2012.It will focus on the way in which teachers used Japanese lesson Study to plan a structured problem solving rsearch lesson on algebraic thinking for students in Year 3 and Year 4. Insights into the two teachers' planning journey and their developing understanding of anticipated student responses and the mathematics of the problem to be used in the research lesson will be discussed. Implications regarding the implementation of Japanese Lesson Study - into Australian schools for teachers' professional learning will be drawn. 

Using professional atandards : assessing work integrated learning in initial teacher education

All Australian teacher education programs must include practical experience--the practicum. It is a critical part of learning to become a teacher.  One of the major challenges in initial teacher education is to provide good quality assessment of the practicum.  Assessing the practicum is filled with tension for both the individual supervisor as well as the pre-service teacher. In 2011 the Australian National Professional Standards for Teachers were established.  On completion of teacher education programs, graduate teachers will have gained the knowledge and practice to meet the seven national standards.  For teacher preparation programs, the successful implementation of the standards will rely on the opportunities for preservice teachers to gather evidence of achieving the standards. This project focussed specifically on evidence of achievements of these standards through assessment practices during practicum.
The overall aim of this project was to enhance the academic and school-based teacher educators' and preservice teachers' capacities and understandings of assessing the practicum.  To achieve this aim, four outcomes were developed to provide professional leaning for improving the assessment practices of the practicum: a website resource, a collaborative partnership process, a professional learning model (PLM) and a developmental 'inventory' of evidence of achievement of the first five national standards.  The website resource provides materials and activities for staff involved in the design of professional experience in initial teacher education programs, to work with partner schools and preservice teachers to facilitate high quality supervision and assessment in practicum sites.  The collaborateive partnership process used for achieving these soutcomes -- communities of reflective practitioners--is integral to the professional learning focus of the project.  It guides the use of the resource in future teacher education sites of practice.  The professional learning model and website materials emphasise the critical role that evidence-informed judgements play at school sites in learning and assessment of future teachers.

Digital oral feedback on written assignments as professional learning for teacher educators: a collaborative self-study

This article reports on a self-study of teacher educators involved in a preservice teacher unit on literacy. In this study the teacher educators provided the preservice teachers with digital oral feedback about their final unit of work. Rather than marking written work as individual lecturers, we collaboratively read each assignment and recorded a sound file of our conversation. We constructed our collaborative marking of each assignment as a “cultural gift” to our own professional learning. We found that we were providing more in-depth feedback on the assessment criteria for each assignment than we would have with written feedback prepared individually. We also uncovered tensions in relation to our preferred modalities associated with the digital marking.

The task of designing tasks for teacher education and development

Posing, adapting, and creating worthwhile tasks that support student learning are significant pedagogical practices of teachers. However in mathematics education, task design and curriculum development are not often the responsibility of practicing teachers. Textbooks can become the main source of mathematics problems and teachers often follow the text and its sequence of problems. Although mathematics teachers can benefit from access to research-based curriculum resources, limited opportunities to adapt and design tasks can make it challenging to meet the diverse needs and interests of their students. More opportunities for learning to create problems are needed for both practicing and beginning mathematics teachers. What then is involved in learning to pose, adapt and create worthwhile mathematics tasks? More specifically, how can teacher educators design tasks that support teacher candidates in learning to create mathematical tasks? As teacher educators we have, over the past few years, used our own courses as sites in Australia and Canada for investigating various contexts to support preservice teachers in their learning to adapt and create mathematical tasks. Our research includes both large scale and small qualitative studies to explore the perspectives of teacher candidates on learning to create and pose mathematical problems, the kinds of problems they pose, and the opportunities and challenges this offers us as teacher educators. Our work is inspired by Variation Theory that focuses on learning as the act of awareness and discernment of variation. We are exploring both how variation theory can be useful for preservice teachers in their designing, posing and adapting of mathematical tasks and for teacher educators in their design of such pedagogical tasks. The results of our work support the argument that tasks to design, adapt and pose mathematical problems enhance their pedagogical understanding and should be a feature of teacher education courses. This is a new area for research and practice; further exploration of the suitability of particular tasks in elementary mathematics teacher education is recommended.