Integration of technical equipment in a project driven learning environment

Purpose: This paper describes the integration of technical equipment in a project driven learning environment in the School of Engineering in the Faculty of Science, Engineering and Built Environment at Deakin University, Geelong, Australia. Technical or laboratory equipment is a critical factor when designing learning environments and more so in a project driven learning environment. Important Findings: Deakin University has strong partnerships with industry and the community and with its cloud and located based learning policy has extremely flexible learning environments tailored to the needs of the students, with all the programs being offered in on-campus mode as well as off-campus mode. The off-campus study mode has made it even more important to have flexibility in the usage and access of the technical equipment in the laboratories. Conclusion: The School of Engineering at Deakin University Australia has developed a project-oriented design based learning environment which allows students to learn through design activities while being driven by the deliverables and outputs of a project. The technical equipment is required to be able to be used for traditional laboratory experiments in order to achieve fundamental knowledge requirements as well as project oriented knowledge and practice.

The best of all worlds: Immersive interfaces for art education in virtual and real world teaching and learning environments

A narrative interpretative research methodology was used to investigate collaboration between higher education students and an art educator with the aim of establishing a community of learners. Located, Cloud based and graphically built 3D virtual, socially networked, e-learning environments were used to encourage synchronous and asynchronous student participation in authentic learning and collaborative art practice. Discussion focuses on art educator observations, student visual journal entries, their virtual exhibition of artworks on Deakin Art Education Island in Second Life and student evaluations of the unit Navigating the Visual World. It was concluded that immersion in an e-technology rich blended learning environment resulted in the establishment of an effective e-learning community of art.

Pre-service visual art teachers’ perceptions of assessment in online learning

This paper reports on a study conducted into how one cohort of Master of Teaching pre-service visual art teachers perceived their learning in a fully online learning environment. Located in an Australian urban university, this qualitative study provided insights into a number of areas associated with higher education online learning, including that of assessment, the focus of this paper. Authentic assessment tasks were designed within the University’s learning and teaching framework of constructive alignment and were sequenced across the three semesters of the visual art program. Analysis of data collected through a questionnaire and semi-structured interviews revealed that participants largely held very positive attitudes about the suite of online assessment tasks, particularly in light of (a) the collaborative learning that took place, (b) the nature, structure and sequence of the tasks, and (c) the ways in which the tasks contributed to their workplace readiness.

The in‐between: exposing everyday learning at work

Much has been written about how space and time are integral to understanding social relations, in particular about associations between space and understanding learning in workplaces. Drawing from a research study exploring everyday learning at work, this paper looks beyond what is generally understood as work situations by turning to those spaces and times where ‘social’ and ‘work’ overlap, such as breaks in tearooms. These spaces are not so work orientated that they can be described as ‘workspaces’, nor are they entirely social. The nexus between work and the social, of being a worker and a social being, of engaging in legitimate work and socializing are put forward as rich expanses for everyday learning. The paper draws on interviews and observational data from four work sites within one organization. It undertakes an exploration of the intersection of space, time and informal learning with regard to the social/work spaces located at work. It argues that a key location for everyday learning at work is at the points of intersection between work and social spaces and that it is necessary to abandon simplistic dichotomies between work, social and learning space.

Formalising industry feedback in assessment practice for work integrated learning

Work Integrated Learning (WIL) programs, such as co-operative education programs, offer students a learning environment which exists outside the traditional classroom and specific discipline boundaries. This necessitates assessment practices that go beyond traditional practices and relationships. Work placement supervisors are best located to observe the students' learning and development and offer feedback on performance and improvement. An investigation was carried out in order to articulate the role of supervisors and work colleagues in facilitating learning in the workplace environment and their involvement in assessment practices. Interviews were conducted with academics and industry representatives on their perceptions of assessment task validity in terms of professional and generic skill development. A synthesis of the findings formed the basis of the research described in this paper. Key findings highlighted the need for better preparation of industry supervisors as to their role in providing feedback and assessment; better preparation of students for transition from the classroom to the workplace; and the importance of ongoing involvement of the three stakeholders (academic, supervisor and student) to maximise learning and professional development. Recommendations for assessment practices include suggestions on how to involve employers in appraising workplace performance; how to measure the real life application of learning; and the development of generic employability skills. © Common Ground, Kathy Henschke, Joan Richardson.

The affordances of blended learning in a higher education flipped art classroom

In this paper the author reports on the conceptualization and implementation of the flipped classroom, integrating located, online and virtual world learning environments to support the collaborative lived experiences of a group of students and the educator participating in a higher education undergraduate art unit, Navigating the Visual World. A qualitative narrative methodology, A/r/tography, incorporating both image making and textual recording is used to explore and identify interwoven aspects of the artist/ researcher/ educator relationship in the creative artistic process of exploring concepts of identity within inquiry based art practice. Selected student examples, including a collaborative group assessment project demonstrate effective student engagement with experiential blended learning within the flipped classroom.

Blended learning and art education: student participation in a collaborative, authentic assessment project

This paper reports on higher education student engagement with blended learning experiences incorporating located (on campus), cloud based (online e-learning ) and graphically built, socially networked 3D multi user virtual environments (MUVES). Immersion in this environment enabled collaboration between two groups of students enrolled in separate undergraduate art education and public relations units, to identify, develop and participate in an integrated, authentic assessment project. It is contended that immersive blended learning experiences support creative problem solving and encourages synchronous and asynchronous student participation in authentic problem solving and collaborative practice. Interacting with co-learners, students gain knowledge and skills through situated learning, defined as the application of knowledge, learned in one setting and transferred to another and where immersion in a virtual learning experience leads to higher level engagement on the transfer task in a real world setting. In this project, collaborative blended learning involved the creation of a collection of digital artworks by art education students using computer software located in a real world environment. These artworks were curated and exhibited by the students in a virtual gallery they designed and built on Deakin Arts Education island in Second Life. For public relations students, the virtual art exhibition was the focus of a virtual campaign, designed, researched and developed by them to promote the Deakin Virtual Art Gallery on Deakin island in Second Life. The final promotion for the Virtual Gallery was presented by the students at a symposium in both real world and virtual world environments.

Online professional learning for rural teachers of mathematics and science

Professional learning is crucial for the ongoing development of teachers and the improvement of student outcomes. Professional learning in mathematics and science education has the potential to address concerns about shortages in these areas and their impact on economic growth. However, attendance at face-to-face professional learning is problematic for many teachers located in rural areas. This study explores the utilisation of online professional learning in mathematics and science education by teachers in rural areas, and canvasses teachers’ requirements for this form of professional learning. An activity system, using cultural-historical activity theory, is developed for online professional learning for teachers of mathematics and/or science. Qualitative interpretive analysis of transcripts of 14 semi-structured individual interviews with three different groups of people suggests that teachers of mathematics/science require professional learning programs which are not only flexibly delivered but also provide professional learning content that has high utility value. By better understanding how teachers respond to the notion and practice of online professional learning, informed decisions can be made about how best to support teachers and thus build capacity in schools for success in mathematics and science.