Exploring creative music making as a vehicle for integrated teaching and learning

The arts have evolved with each society as a means of consolidating cultural and social identity and connecting past with future generations (Russell-Bowie, 2006, p3). Situating the arts within a broader interdisciplinary curriculum, we believe, allows students to discover and explore social issues and their relevance to students' contemporary lives. We argue that creative music making through composition promotes a deeper and more personally relevant teaching and learning experience for teacher education students, particularly when situated within an interdisciplinary framework.

The challenge for us as teacher educators' is to prepare pre-service teachers for both disciplinary and interdisciplinary learning as is required by the Victorian Essential Learning Standards (VELS). At Deakin University, in the Bachelor of Teaching (Primary/Secondary) Degree, the postgraduate unit called Humanities, Societies and Environments; Language and Music Education adopts an interdisciplinary pedagogy that encourages students to learn from each other, share content knowledge and make links between and across VELS domains.

In this paper we reflect on the possibilities exploring of creative music making to enhance the teaching and learning of social education, with particular reference to issues of environmental change. Specifically, we reflect on non-music specialist students' experiences in Semester 1, 2008 using Jeannie Baker's book Window (1991) as a platform to deliberate about the impact of urbanisation on the environment. Through dramatisation and a sonic environment students were able to both further conceptualise issues of social change and their understandings of the power of integrating music across other VELS domains.

Teaching in practice : work integrated design learning and practice readiness for architecture students

This literature review describes the theoretical basis for developing a pedagogical model of higher education/industry engagement for the built environment and related design disciplines, with a focus on architecture. In particular, attention is given to the conceptualisation informing the development of such a model as a form of work integrated learning (WIL). In the discussion, the use and development of WIL in architecture will be placed in the historical context of Cooperative Education as a whole. The objective of the paper is to present ideas about the way in which design education relocated to practice might better prepare students for professional life.

Aiming to capitalize on the work place as a location for authentic learning, the paper will propose a form of WIL that will be termed “Teaching in Practice” (TiP). A prime aim of such a model is to bridge the growing gap between academia and the profession by enabling students to learn design from practitioners within a practice environment. The paper will argue that TiP allows practitioners to have a direct influence on design education, and thus establishes connections between academia and the professions that ensure built environment education remains relevant to industry needs.

Spending time on primary science in integrated units

Examines the amount of time spent on science education in primary schools in Australia. Quality of teaching; Profile of science in the school; Presence of science in the curriculum.

Environmental education - appropriate vehicle for teaching science?

This article we have addresses the issue of an integrated science education curriculum. Following Beane (1995), we suggest an approach that begins with an issue, topic or problem that has an independent existence in real life, and which can serve as a supra.disciplinary organizing principle in providing a framework ror developing a curriculum that presents science content in a contextual fashion alongside other disciplinary content, as dictated by the demands of doing justice to an investigation of the issue, topic or problem. The article illuminates the approach with reference to a case study of a whole-year environmental program. It engages some of the issues raised in recent literature on integrated science curricula, concluding that environmental education might well serve as a useful vehicle for an integrated science education.

Staff and student views of the usefulness of information technology materials within an integrated curriculum: are these educational resources effective in promoting student learning?

This paper reports on a study on the perceived effectiveness of educational resources within the context of a single course in a first-year biology program at the University of Sydney (Australia). The overall study examined the dynamic state of perceptions towards these resources by the major stakeholders involved with the course (students, teaching staff, and technical staff). A major focus of the research was the extent to which the students used the computer-based resources made available to them, and staff and students' perceptions of the usefulness of these resources in supporting their learning. Specifically, results are discussed related to student use of computers and the Internet, use of biology online materials in the virtual learning environment, use and perceptions of communication technologies, and use and perceptions of computer-based online resources. Data were collected from the students using surveys and focus groups and from staff using surveys and interviews within an action-research paradigm. While the majority of students found the resources to be of use in supporting learning, some did not find them useful, and some did not use them at all. In comparison, the staff had higher expectations of both usage and usefulness. The level of student use was not a function of access to computers or the Internet, so the findings suggest that the provision of online resources will not necessarily generate value-added learning.

The impact of information and communications technology on teaching and design of flexible, online and distance education courses at Deakin University

This paper describes the use of an online learning environment which has been established for postgraduate students studying at Master’s level in Professional Education and Training Deakin University. A detailed evaluation of the use of computer conferences in an Open and Distance Education specialism was undertaken during 2000 as part of a CUTSD funded project, Learner Centred Evaluation of Computer Facilitated Learning Projects in Higher Education. As the Open and Distance Education specialism is being revised and new units are written, the information gathered in this evaluation is being integrated into the pedagogical planning and the technological decisions being made about the design of the new master’s program.

So what do customer value propositions and strategic planning have to do with teaching and learning?

Within most universities there are central areas that assist with teaching and learning and, in the case of universities offering programs through distance education or flexible learning, there are also units that develop and or manufacture course material. As budget constraints squeeze universities and, with a plethora of choices in online and integrated learning, the usefulness of centralised learning resource units can be called into question. To ensure these units remain vital and can justify their budgets to their parent organisations they need to demonstrate delivery of customer value. What do faculty staff value from a central unit? What irritates students about their course materials? What are the most important services from the point of view of a head of school? This paper outlines the process followed by Learning Services at Deakin University to discover its customers’ value model. Customer value propositions and the removal of what irritates the customer are then used to drive strategic planning, service offerings and continuous process improvement.

Jack of all trades, master of some ...or none? Training teachers in Integrated Arts

This article reports on the integration of music with other ‘Arts’ in teacher training at a South African university where a challenge tertiary educators face is how to successfully integrate music within the Arts and Culture learning area of the school education system. The article firstly provides a brief background to the South African educational context. Secondly, it outlines current practices in the in the implementation of the integrated arts curriculum in schools and teacher training. Thirdly, it discusses pertinent issues and challenges in relation to team teaching, integration and curriculum change in teacher training. Given the constraints and opportunities that universities currently experience, this article investigates and reports on the issue of whether students should be trained as Jack of all trades and master of some…or none or Master of one trade and Jack of some with regard to integrating the Arts.

Analysing online teaching and learning systems using MEAD

The review of literature pertaining to systems analysis and design and the design of systems for online teaching and learning has identified some “gaps” and has shown the need for a more specialised and specific method for the design of such systems. This paper presents research that was conducted to collect information to assist in the filling of the gaps of the systems analysis and design knowledge within Australia and also presents a method for the development of online teaching and learning systems. Currently design is done in an ad-hoc fashion with little formal input from the student users; this research aims to rectify this. The paper puts forwards an educational design approach based upon Soft Systems Methodology (SSM). The outcome of the research is a practical method – the Method for Educational Analysis and Design (MEAD).

Integrated physical education model

This paper focuses on an Integrated Physical Education Model that links the cyclical model of experiential learning (Kolb, 1971, 1979), the Complete 4MAT System (McCarthy, 1980), and Teaching Games for Understanding (Bunker & Thorpe, 1982). Understanding the similarities between experiential learning and a games-based approach to teaching games may help physical educators to design and to facilitate more beneficial lessons for their students. Key outcomes of successful physical education are students that have the ability to make successful decisions on the field and have awareness of both technical and tactical aspects of games. This discussion of an integrated approach involves playing games, emphasises active involvement, and encourages student decision-making.

An integrated approach to coaching athletes

This paper discusses an integrated approach to coaching athletes, which focuses on adapting coaching methods to individual learning style, and developing a tactical awareness of how to play the game alongside technique. An Integrated Coaching Model is proposed that links the cyclical model of experiential learning (Kolb, 1984), the 4MAT System (McCarthy, 1980), and TGfU (Bunker & Thorpe, 1982). Alternative approaches to teaching sport and physical education have been proposed; in particular, discussion in the coaching and physical education literature has debated the merits of tactical versus technical approaches, as opposite ends of a continuum. More recently, a number of authors have indicated that this argument is limited, as learning is complex and varied and should not be reduced to a linear model.

Key aspects of successful coaching are that the players have the ability to make successful decisions on the field and to increase a player’s self-awareness of both technical and tactical game aspects. This discussion of an integrated approach involves playing games, emphasises active involvement, considers player’s learning styles, and encourages democratic decision-making.

Analysing online teaching and learning systems using MEAD

The review of literature pertaining to systems analysis and design and the design of systems for online teaching and learning has identified some “gaps” and has shown the need for a more specialised and specific method for the design of such systems. This paper presents research that was conducted to collect information to assist in the filling of the gaps of the systems analysis and design knowledge within Australia and also presents a method for the development of online teaching and learning systems. Currently design is done in an ad-hoc fashion with little formal input from the student users; this research aims to rectify this. The paper puts forwards an educational design approach based upon Soft Systems Methodology (SSM). The outcome of the research is a practical method – the Method for Educational Analysis and Design (MEAD).

Exploring the pedagogies used in work integrated learning

This paper focuses on the pedagogical approaches used in New Zealand WIL programs in terms of integration of student knowledge, and what impact these have on student learning. A collective case study methodology was used involving three areas of tertiary education science and engineering; business and management; and sport studies. The study involved researchers working collaboratively conducting focus group interviews with a selection of WIL students, academic supervisors, and employers from the relevant discipline about their teaching and learning experiences at both the academic institution and in the workplace. Relevant documentation (e.g., course/paper outlines, graduate profiles, etc.) was analyzed to afford data triangulation. The findings indicated that the WIL experience is a point of difference that students and employers value. Student learning (soft and hard skills, personal and professional development) occurs from a variety of sources (self-directed, supervisors, and peers) and a variety of modes (on campus, on placement). The findings reinforce what can be achieved through WIL programs, and through dissemination of the findings raise awareness amongst tertiary education institutions (TEIs) of the future possibilities available
via this pedagogy.