2014 Australian Association for Research in Education presidential address: educational research and the tree of knowledge in a post human digital age

The 2014, 41st Australian Association for Research in Education (AARE) presidential address is both inspired and guided by the discursive genres of presidential addresses and the role of the president in a member association such as AARE. In the address, typically the president speaks to the members on an issue or issues that are to shape or conclude their term of office, as it is in my case. Like many of the 40 AARE presidents who have gone before me, I will embed some things that are professional, personal and political—not in the interests of advancing my research agenda, but to add ‘‘to the weave and pattern of the association’s history’’ (Reid 2010, p. v). Threads of my research since completing my PhD in 2000 will appear to support the broad argument. Also, I will draw on the outcomes of the 2014 Australian Research Council Discovery round (see Australian Research Council: ARC archives 2016) to encapsulate my key argument that educational research and its (ex)changes are being reshaped: in a post human digital age, the tree of knowledge is mutating. To make my argument, I will review how the thinking and doing of educational research mid-way through the second decade of the twenty-first century is constructed and ask what research endeavours might be created to make the best possible worlds for our member community and the aspirations of the association.

Mathematics teacher education and technology

Various applications of electronic technology have contributed to the field of mathematics teacher education, but the array of tools now' available to teacher educators in developed countries can be somewhat daunting. In this chapter, the authors present an overview of some of these tools and the ways that they are being used. In addition, they address issues surrounding the development and applications of digital technology in teacher education programs in a number of countries. In particular, they present recent applications of videotapes, multimedia resources, internet-based communities, and tutorial conferencing facilities in pre-service and in-service education of mathematics teachers. As professionals who have used technology in teacher education, the authors blend their own insights into this review of technological tools and relevant issues.

The language of design resolution in a digital building information model

Information in construction industry is delivered and interpreted in a language specific to the industry in which large complex objects are only partially described and with much information being implicit in the language used. Successful communication therefore relies on participants in the industry leaming how to interpret the language through many years of education, training and experience. With the introduction of computer technology, and in particular the detailed digital building information model (DB 1M), the accepted language currently in use is no longer a valid method of describing the building. At all stages in the paper based design and documentation process it is generally readily apparent which parts of the design require further completion and which are fully resolved. This is able to be achieved through the complex graphical language currently in use. In the DBIM, all information appears at the same level of resolution making difficult the interpretation of implicit information embedded in the model. This compromises the collaborative design environment which is being described as a fundamental characteristic of the future construction industry. This paper focuses on two areas. The first analyses design resolution and the role uncertain information plays in the design process. It then discusses the manner in which designers and the industry in general deal with incomplete or unresolved information. The second describes a theoretical model in which a design resolution (DR) environment incorporates the level of design resolution as an operable element in a collaborative DBIM. The development and implementation of this model will allow designers to better share, understand and interpret design knowledge from the shared information during the various stages of digital design and before full resolution is achieved.

Digital literacies in the middle years of schooling

This paper uses Glister's interpretation of digital literacy whilst acknowledging that a computer is not the only means for the delivety of digital texts. I will explore how we can support student teachers to develop understandings about the teaching in the middle years in order to work with students in schools to successfully read digital texts, create digital texts, search, fmd and use information in the digital world and to become critical users of digital texts. Students in the middle years of schooling are facing increasingly sophisticated literacy demands of new technologies that go well beyond that of the traditional printed page as they interact with information communicated through a range of digital media both inside and outside of school. At best new technologies can open doors to students for researching and accessing a world far beyond their own environment, empowering them to direct and control their own learning and produce quality work.

Re-envisioning teacher education in the new media age: multiliteracies, multimodality and internet communication technologies

Multiliteracies pedagogy and research (New London Group, 1996) addresses the range of literacies needed by diverse students to effectively negotiate the increasing multimodality of texts, both inside and outside of schools. Yet, few university teachers understand how youth are able to express themselves, their experiences and lives, in new, empowering and perception-shifting ways as designers in the 21st century. Several theorists (Bruce, 2000; Lemke, 1998; Luke, 2000; Bolter, 1998; Glister, 1997) argue literacy education must be reconceptualised to recognize the importance of teaching and supporting multimedia literacy in a world where internet communication technologies (ICTs) incorporate all semiotic resources. Expression through multiple media and more recently hypermedia—is common to youth—but has often been demonized by historically logocentric approaches to teaching and assessment by privileging print, over all other forms of expression (Albright & Walsh, 2003; Lemke, 1998; McCloud, 1993). As digital media becomes more pervasive in a post-typographic world, tertiary education will need to engage with its representational resources for acquiring traditional school literacy and knowledge. This paper reports on initiatives in Multiliteracies instruction for both pre-service and in-service teachers to more adequately attend to the multisemiotic landscapes of students’ changing worlds in New Times (Hall, 1996).

Developing and rewarding advanced teaching expertise in higher education - a different approach

The Australian university sector is undergoing a major change, with a significant increase in the emphasis on quality teaching and learning. This change is being driven by the national government. The paper asks if the correct response to this change of emphasis should be a change in the attitude to the appropriate mix of research and teaching skills within an institution, and within individual staff of the institution. The same question could be asked of how to better develop teaching expertise in many higher education sectors globally. It is proposed that to create excellent teaching and learning within an institution may better be achieved by allowing staff to become experts in a narrow field of teaching rather than
generalists across the basics of teaching. The creation of a Community of Experts in teaching parallels the process of creating a Community of Experts in Research and can bring similar benefits in the teaching area to what it does in the research area.

Teaching for blended learning : how is ICT impacting on distance and on campus education?

The concept of blended learning, defined in a range of ways, has begun to change the nature of all teaching and learning in higher education. Information and communication technologies have impacted by providing a means of access to digital resources and interactive communication for all courses and the blending of pedagogy and technology has produced a range of approaches to teaching and learning. This paper will investigate reported studies from both research literature and from the writers' research, defining what they have concluded are teaching practices that use the concept of blended learning effectively.

Writing, digital culture and English curriculum

In their out-of-school lives, young people are immersed in rich and complex digital worlds, characterised by image and multimodality. Computer games in particular present young people with specific narrative genres and textual forms: contexts in which meaning is constructed interactively and drawing explicitly on a wide range of design elements including sound, image, gesture, symbol, colour and so on. As English curriculum seeks to address the changing nature of literacy, challenges are raised, particularly with respect to the ways in which multimodal texts might be incorporated alongside print based forms of literacy. Questions focus both on the ways in which such texts might be created, studied and assessed, and on the implications of the introduction of such texts for print based literacies. This paper explores intersections between writing and computer games within the English classroom, from a number of junior secondary examples. In particular it considers tensions that arise when young people use writing to recreate or respond to multimodal forms. It explores ways in which writing is stretched and challenged by enterprises such as these, ways in which students utilise and adapt print based modes to represent multimodal forms of narrative, and how teachers and curriculum might respond. Consideration is given to the challenges posed to teaching and assessment by bringing writing to bear as the medium of analysis of, and response to, multimodal texts.

Conceptions of teaching with integrity online in higher education: a case in the field of engineering

The viewpoints of academic teaching staff take centre stage in the analysis of the changing conceptions of what it means to act with integrity when teaching online. To teach with integrity in contemporary online-supported environments in higher education is not necessarily to teach the same as if one would in teaching regularly face-to-face in the classroom. The paper argues that to teach with integrity online is to teach differently. With integrity both enhanced and in some respects diminished in teaching online, the apparent contradiction can only be resolved through developing conceptions of what teaching with integrity means in the contemporary world of higher education. Implications are drawn in the context of teaching extended and wholly online units in the field of engineering.

Teaching with wikis : addressing the digital divide

This paper addresses some aspects of the digital divide affecting teachers and learners in higher education. These relate to divisions arising from variable rates of technology adoption by teachers, which may be especially problematic when students’ uptake of technology is much more rapid than those who teach them, and also to divisions within the student body which teachers need to accommodate when they plan the design of learning. To address these divisions, we designed a pilot online workshop to prepare a small group of teaching staff at two Australian universities for using wikis in teaching and assessment. Participants were immersed in the experience of collaborating on a project in a wiki as learners, and then asked to reflect on this experience as teachers. We used a participatory action research approach with a view to developing a community of enquiry to investigate this experience for improving future offerings, and informing the participants’ teaching practice. This paper reports on the professional development effort, reflecting on the successes and limitations of the work, and lessons learned in relation to bridging the above aspects of the digital divide. We then comment on the potential for further development in the context of the evolution of learning technology as a research discipline.

Designing blended learning in higher education : the neomillenial learner and mediated immersion

Blended learning as a term and a learning approach is still being refined, at times debated as a legitimate area of research, at times seen as the answer to the conundrum and challenges of the digital learner. Is it the Emperor’s new clothes? As Morrison (2003) suggests, blended learning could be seen as an uncertain or unsure strategy, or alternatively a way to find a solution to promises given for e-learning. Three case studies within this paper explore the possibilities of e-learning within a work-based framework. Elements of ‘neomillenial learning styles’ (Dede in Educause Quarterly vol 28 No 1 2005) reflected by students in postgraduate coursework programs provided the challenge and stimulation of designing and facilitating e-learning components, incorporating experiential or action learning with ‘associational’ approaches rather than linear ones. The journey to virtual simulations such as the postgraduate Newlandia incorporates the learner perspective, or how to activate neomillenial learning styles; blended learning with online and face-to-face community activist groups working for solutions to a water problem; and a virtual scenario which can appeal to and engage an internationalised user group. Do Dede’s neomillenial learners synthesise and process experiences rather than (or as well as) information? Is this mediated immersion a part of Newlandia’s applicability to the modern learner? The student teams of community activists and project managers described in the case studies incorporate a potent mix of learning styles, nationalities and backgrounds, expectations, interpersonal and technical skills and indicate a trend in millennial learners towards a community of knowledge which is collaborative, mobile and group-focused.

Teaching digital forensics to undergraduate students

Digital forensics isn't commonly a part of an undergraduate university degree, but Deakin University in Australia recently introduced the subject as part of an IT security course. As instructors, we've found that digital forensics complements our other security offerings because it affords insights into why and how security fails. A basic part of this course is an ethics agreement signed by students and submitted to the unit instructor. This agreement, approved by Deakin University's legal office and consistent with Barbara Endicott-Popovsky's approach, requires students to maintain a professional and ethical attitude to the subject matter and its applications. Assignments regularly cast students in the role of forensic professional. Our teaching team emphasizes throughout the course that professional conduct establishes credibility with employers and customers as well as colleagues, and is required to perform the job effectively. This article describes our experiences with this course.

Digital divas : working to change students' perceptions about ICT courses and careers

Currently, women occupy less than 20% of places in the ICT courses offered by higher education institutions in Victoria and, as of 2007, women held only 16% of ICT jobs in the state (Multimedia Victoria 2008 p 25). At the secondary school level there has in fact been a marked downturn in girls' interest in such courses, reflecting a more general decline in female participation in ICT courses and careers. Given that there has also been a decline in overall student ICT numbers, there is a strong case to develop programs aimed to convince female students that an ICT career or course is an attractive option for their future. The Digital Divas program is one such course.