Shifting shadows in postmodern communities

Postmodern society frequently presents new technologies and ways of doing things. The definition of community has been reshaped by the impact of globalisation. Distances have been reduced by people’s ability to access various types of technology. Many nations foster Lifelong Learning because education is believed to be ‘one of the principal means available to foster a deeper and more harmonious form of human development’ (Delors 1996: un). Networking among communities and/or stakeholders links social and educational resources. In Victoria, initiatives such as the Local Learning and Employment Network (LLEN) have resulted in networks of local stakeholders to scaffold the school to work transition. Schools, Adult Community Education (ACE) providers and Technical and Further Education (TAFE) providers have networked to provide alternative pathways to further education or work for young people in years 11 and 12. However, despite the intent of lifelong learning to overcome exclusion and increase social capital, Bauman (1998) indicates that the freedoms of postmodernity may result in feelings of powerlessness, as previously secure spaces become destabilised. This paper, drawing on the theories of Bauman, discusses some consequences that the shifting of local and global boundaries has on communities and asks if lifelong learning meets the challenges of postmodernity.

Macroscale chromatography in the classroom

This paper describes how a simple macroscopic working model can be constructed to demonstrate the operation of chromatography in the classroom. Since the resources for construction may vary from school to school, the effect of varying 'molecular size'and packing parameter on the operation of the'chromatography column'have been investigated to provide guidance for teachers in the selection of materials to construct your own macroscopic chromatography column. Macroscopic working models help students make the link between the macroscopic observables e.g. retention time) and the conceptual explanations of the phenomenon at the microscopic level, thus helping to overcome most of the confusion and misconceptions associated with chromatography.The column is effective because it can engage kineastic, visual and auditory learning modes.The working model presented here separates components on the basis of size; other models, which separate by shape, mass, type of material, etc, are also mentioned.

Creative pedagogies : "art-full" reading and writing

This paper reports on a small-scale research inquiry, designed to support teachers in a Melbourne primary school to bring together the arts, reading and writing in their classrooms in ways that create possibilities for "art-full" teaching and learning. The principal, concerned by underperformance on State literacy tests of the school’s largely working-class and NESB population, requested David Hornsby and other members of the project team from the Education Faculty at La Trobe University to offer whole-school professional development. The focus was on developing oral language as a foundation for literacy learning, enacting Britton’s claim that “reading and writing float on a sea of talk”. The project team introduced the teachers to a range of innovative classroom practices for using visual and performance arts, literature, music and crafts. Drawing on video, interviews and writing samples, a number of teachers worked collaboratively with the research team to develop case studies of individual students with a range of literacy aptitudes and social skills. A key research question was: "What do children take from their engagement in arts-based activities into reading of literary texts, and potentially into writing from the perspective of another character?" In this paper we ponder this from three vantage points: by outlining the informing principles in our research project; confirming insights from current interdisciplinary work about children learning to see, do, act and say in play; and analysing the research data from the initial phase.

Students' and teachers' use of ICT in primary mathematics

This paper reports on the findings of a research project that investigated the use of Information and Communication Technologies (ICT) in Primary mathematics in an urban and rural network. Surveys and semi structured interviews were held to obtain insight into teachers’ and students’ perceptions and attitudes towards the usage of ICT in the teaching and learning of mathematics. The presentation will highlight the findings and include a discussion on the types of ICT that students use in and out of school to learn mathematics.

Managing youth transitions in the network society

Castells argues that society is being reconstituted according to the global logic of networks. This paper discusses the ways in which a globalised network logic transforms the nature of young people’s transitions from school to work. Furthermore, the paper explores the ways in which this network logic restructures the manner in which youth transitions are managed via the emergence of a Vocational Education and Training (VET) agenda in Australian post compulsory secondary schooling. It also notes the implications of the emergence of the ‘network society’ for locality generally and for selected localities specific to the research upon which this paper is based. It suggests that schools represent nodes in a range of VET and other networks, and shows how schools and other agencies in particular localities mobilise their expertise to construct such networks. These networks are networked, funded and regulated at various levels—regionally, nationally and globally. But, they are also facilitated by personal networking opportunities and capacities. The paper also points to the ways in which the ‘refexivity chances’ of young people are shaped by this network logic—a situation that generates new forms of responsibility, for schools and teachers, with regard to the management of youth transitions.

Understanding and developing structure - its importance for mathematics learning

This issue comes at a time when mathematics education research is becoming more intently focused on the development of "structure" as salient to generalised mathematics learning. Not surprisingly the attention on structure creates particular synergies with the increasingly rich field of research on algebraic thinking and arithmetic processes, particularly in the early years. In many ways, this special issue is concerned with describing the process of "structuring" that enables abstraction and generalisation. A recent MERJ special issue, Abstraction in Mathematics Education (Mitchelmore & White, 2007), illustrated theories of abstraction aligning these to notions of underlying structure. The importance of structure in the transition from school to university was also highlighted by Godfrey and Thomas (2008), and Novotna and Hoch (2008) in the previous special issue of MERJ (Thomas, 2008). In this special issue we present six papers that provide evidence of developing structure as critical for all learners of mathematics throughout schooling.

Sacrificial girls : a case study of the impact of streaming and setting on gender reform

This article reports on research funded by the Australian Research Council to investigate school responses to gender equity. It addresses the efforts of a disadvantaged school to tackle what they perceived to be gender inequalities, but in the process of constructing a top-set and bottom-set/ stream class they are developing new forms of old inequalities and new forms of inequalities. This research indicates that despite popular assertions that girls’ education has become the priority of schools and education systems, girls are being further disadvantaged through attempts to implement market strategies coupled with gender reform agendas grounded in liberal notions of equity and relying on unsophisticated notions of affirmative action. In addition, this study highlights the extent to which a media-driven debate about boys’ education has influenced the constitution of boys as the ‘new disadvantaged’ with the capacity to determine the nature of gender reform agendas and programmes in schools.

Building capacity in applied learning

Across the globe many nations have found engaging young people in the post compulsory years of school to ensure their transition into economic citizens is challenging. Governments are focusing on developing initiatives and programs to connect young people in education and training as preparation for the workplace. In Australia the use of Applied Learning as pedagogy is emerging as a valuable tool in the delivery of curriculum to engage young people in education. Educators who use Applied Learning pedagogy develop curriculum that is relevant to student interests and needs, connected into communities and results in young people acquiring workplace skills. One such program in Australia is the 'Victorian Certificate of Applied Learning (VCAL), offered in years 11 and 12 of school and firmly grounded in Applied Learning pedagogy. The challenge for many educators is, and has been, that there are marked differences between VCAL pedagogy and curriculum and the pedagogy and curriculum they may have previously used in senior school programs. This paper draws on research that explores the professional learning experiences of Applied Learning educators, in the context of the VCAL. I argue that general professional teaching experience alone is not necessarily adequate preparation for teaching in the VCAL program.

Kids in design : designing creative schools with children

There is a consensus that children should be involved in the planning and design process of their schools, and attempts have been made throughout the world. This paper introduces a ‘Kids in Design’ project, through which primary school children worked with university architecture students to design a school playground. The aim of the project was to encourage the full potential of children’s creativity and generate creative school design outcomes. From October to December 2011, the ‘Kids in Design’ project was conducted in Roslyn Road Primary School (Geelong, Australia). Through eight weeks of workshops, children in Year 5 & 6 worked with architecture students from Deakin University (Geelong, Australia) to design a school playground. Assessing the design outcomes of this project, assertions are made that creative design outcomes have been achieved. Deakin University is currently working with another primary school to replicate the ‘Kids in Design’ project in 2012.

Project oriented design based learning – staff perspectives

The focus of this paper is to get staff perception on design based learning in their respective disciplines and how they could be aligned to the newly proposed model, in project oriented design based learning (PODBL). In academia, students and staff are supposed to work together in order to achieve a balanced learning and teaching process. By using different teaching and learning approaches, teachers are aware of escalating the student knowledge to fulfill current technology needs. This paper is part of a continuing process of a research project, which analyses better teaching and learning approaches in engineering. As part of this research, face-to-face interviews with staff members of the school of engineering in Deakin University who are teaching engineering design were conducted. The interview questions are based on
qualitative analysis. The questions covered here are designed to determine the staff level of experience from teaching engineering using design based learning approach as an educational model. From the analysed results, this research encourages the school to practice a unique pedagogy that will accomplish the students learning outcomes.

'Kids in design': designing creative schools with children

There is a consensus that children should be involved in the planning and design process of their schools, and attempts have been made throughout the world. This paper introduces a 'Kids in Design' project, through which primary school children worked with university architecture students to design a school playground. The aim of the project was to encourage the full potential of children's creativity and generate creative school design outcomes. From October to December 2011, the 'Kids in Design' project was conducted in Roslyn Road Primary School (Geelong, Australia). Through eight weeks of workshops, children in Year 5 & 6 worked with architecture students from Deakin University (Geelong, Australia) to design a school playground. Assessing the design outcomes of this project, assertions are made that creative design outcomes have been achieved. Deakin University is currently working with another primary school to replicate the 'Kids in Design' project in 2012.

Introducing linear functions: an alternative statistical approach

The introduction of linear functions is the turning point where many students decide if mathematics is useful or not. This means the role of parameters and variables in linear functions could be considered to be ‘threshold concepts’. There is recognition that linear functions can be taught in context through the exploration of linear modelling examples, but this has its limitations. Currently, statistical data is easily attainable, and graphics or computer algebra system (CAS) calculators are common in many classrooms. The use of this technology provides ease of access to different representations of linear functions as well as the ability to fit a least-squares line for real-life data. This means these calculators could support a possible alternative approach to the introduction of linear functions. This study compares the results of an end-oftopic test for two classes of Australian middle secondary students at a regional school to determine if such an alternative approach is feasible. In this study, test questions were grouped by concept and subjected to concept by concept analysis of the means of test results of the two classes. This analysis revealed that the students following the alternative approach demonstrated greater competence with non-standard questions.

Benefits of education at the intensive margin: childhood academic performance and adult outcomes among American immigrants

Using the Children of the Immigrants Longitudinal Study (CILS), we examine the associationbetween education at the intensive margin and twenty pecuniary and non-pecuniary adultoutcomes among first- and second-generation American immigrant youth. Education at theintensive margin is measured by two widely used standardized math and reading test scores,national percentile rankings on these tests and cumulative grade point average (GPA) in bothmiddle and high school. Our findings provide evidence that the academic achievement ofimmigrant children in early adolescence is an accurate predictor of later life outcomes. Wealso examine a novel hypothesis that relative academic performance of immigrant children inhigh school compared to middle school, which could be an indicator of change in adolescentaspirations and motivation as well as the degree of adaptation and assimilation to the hostcountry, has an effect on their adult outcomes even after controlling for the levels ofacademic performance in middle and high school. The results suggest that an improvementin GPA from middle school to high school is associated with favorable adult outcomes.Several sensitivity tests confirm the robustness of main findings.

Applied learning educators searching for a pedagogical model

Australia, like many nations across the globe, has a focus on engaging young people in the post compulsory years of school to ensure their transition into further education, training and /or the workforce. Applied Learning programs which are based on the premise of active, transformative learning from authentic experience have emerged as valuable tools in assisting the transition of young people. Understanding of Applied Learning however, not only varies between nations but also disciplines, context, education
settings and curricula. Using a lens of boundary crossing, this chapter draws on research data to provide an account of challenges educators face in an Australian program where there appears little guidance for educators on constructing an Applied Learning pedagogical model for individual practice. From consideration of data and educational theory an Applied Learning pedagogical framework is proposed as a guide for educators in developing Applied Learning programs.

‘Computer games can get your brain working’: student experience and perceptions of digital games in the classroom

There is considerable enthusiasm in many quarters for the incorporation of digital games into the classroom, and the capacity of games to engage and challenge players, present complex representations and experiences, foster collaborative learning, and promote deep learning. But while there is increasing research documenting the progress and outcomes of game-based learning, relatively little attention is paid to student perceptions and voice. In order to effectively target game-based learning pedagogy, it is important to understand students' previous experience, if any, of the use of games in the classroom, and what they made of these. In this paper, we present findings from a survey of 270 primary and secondary school students in Year Levels 4–9 (aged 9–14) in 6 Queensland schools at the start of a 3-year Australian Research Council project researching the use of digital games in school to promote literacy and learning.