Architect as composer: engaging architecture students with music in the design studio

This paper explores the engagement of architectural students with music in a second year design studio, through a Game and two design projects. A ‘Game’, in the context of this research, is a low-risk learning activity derived from the model established in the CUTSD ‘Reflective Making’ project. The Game required students to complete one of three tasks; to compose and record a piece of electronic music; to research the works of a composer within a digital presentation or to design a prototype musical instrument. This was used as a generative device to inform the design of a Music Room: a space for the contemplation and composition of music. A third stage of the project involved the actual construction of 8 Music Rooms, a high-risk, high-reward activity that requires physical resolution of an established relationship between music and architecture.

This paper will focus on the engagement of architecture students with the Game and related design projects. Student perceptions of the project are used to inform an evaluation of the project as an authentic learning experience and as a valuable component of their architectural education.

Developing international perspectives and prospects for architecture students

The architecture community is both challenged and rewarded by a multitude of dynamic phenomena related to professional practice of architecture in the 21 st century, not least of which are globalisation and intemationalisation. The implications for architectural education are profound and confronting, in terms of providing a relevant platform for graduates prepared for a professional climate tempered by the impacts of these phenomena, and for a sustainable professional future. Architecture
students, who pursue the challenge of working either in an office overseas or a local multinational office for professional experience and self-development, enrich the offices and the projects and open up wider opportunities for future prospects for themselves. This paper presents an initial evaluation of two educational initiatives developed and implemented at Deakin University. School of Architecture and Building, which respond to current tertiary education objectives for internationalisation in relation to increasing international experiences for students. developing international perspectives and increasing prospects for their future. The outcome of the paper is to identify common learning experiences of students which correspond to the aims of the programs and to review them against selected education and strategic policies on internationalisation. The paper also discusses how these learning experiences translate into desirable graduate attributes that might help secure the success of the profession in a global arena.

Warrock collection: original line drawings by fourth year Deakin University architecture students of the Warrock Homestead, a local heritage listed property in Victoria

This collection includes the original line drawings by fourth year Deakin University architecture students of a well known local heritage listed property, the Warrock homestead. The Warrock homestead consisted of detailed original timber structures of the 19th century. The drawings are the result of a conservation project funded by the Commonwealth Government of Australia National Estate Grants program. In 1999 a further deposit of original reports relating to individual buildings on the property was received. The collection consists of monographs, photographs and photograph negatives, architectural drawings, VHS tapes and ephemera.

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.

Children and university architecture students working together : a pedagogical model of children’s participation in architectural design

Increasing efforts have been made to engage children in the design of the built environment, and several participatory models have been developed. The aim of this paper is to propose a pedagogical model for children's genuine participation in architectural design, developed in an architectural education context. According to this pedagogical model, children (primary school students) and youth (university architecture students) work in teams to develop the architectural design proposals. This model was developed through a joint educational project between Deakin University and Wales Street Primary School (both institutions are based in Victoria, Australia). In the four-week duration of the project, first year architecture students worked with Grade 3 and 4 primary school children to design a school playground. The final product of the project was a 1:20 scale model of a playground, which was installed and presented at the end of the fourth week. The project received positive feedback from all the participants, including children, architecture students, university lecturers, primary school teachers and architects. In addition, it achieved a high level of children's genuine participation. This model can be refined and applied in new situations, and potentially with other primary schools working with Deakin University.

Transitional issues of induction into design education for international undergraduate students : a case study analysis of architecture

The overarching aim of this paper is to present and discuss a collaborative undertaking between the School of Architecture and Building and the Academic Skills Unit at Deakin University, Australia in a programme called The Integrated Support Programme for Architecture. It does this in the following ways. It provides a justification for the setting up of an integrated programme for international architecture students. It describes the programme that was set up and outlines the reasons for collaboration between an academic School and an Academic Skills support services unit to prepare students both nationally and internationally as graduates of architecture. It then reports on a study undertaken to evaluate the programme in terms of student response and perception. Following this, it highlights directions for effective and strategic transition of past and present learning for international students. Using a case study analysis, the thrust of this paper is to advance knowledge and understanding of the pertinent issues related to international students either commencing or articulating into the professional course of architecture. It is envisaged that in this discussion matters may be raised for a strategic and effective transition of generic and internationalised learning for international students.

Tertiary architecture and construction management students' academic performance: role of demographic variables

This study presents an account of how different demographic variables affect students’ academic performance. The studied sample comprises a cohort of 133 Architecture and Construction Management (ACM) students in a third-year unit allocated to construction methodology and structural knowledge required for high-rise construction. Data is collected for these students studying at the School of Architecture and Built Environment at Deakin University (A+B). Outcomes of group and individual task (exam) are analysed deploying statistical methods. The findings show no significant difference between students coming to university from Year-12-to-and those that come from the vocational education sector. Furthermore, the findings indicate significant discrepancy in terms of performance amongst the students enrolled in construction management course with double-degree and architecture students. Additionally, the study reveals that female students outperform male students in individual tasks. The findings could be applicable to redesigning assessments as well as planning of prerequisite units in the studied curricula.

Online self-and-peer-assessment for teamwork in architecture and business communications

There is considerable evidence of general student scepticism regarding the purpose of team assignments and high levels of concern for the fairness of assessment procedures when all members of a team receive the same grade. Some educators are similarly anxious about not only the validity of team grades, but also the need to assess ongoing team processes in addition to the final assignment product. This paper offers self-andpeer-assessment (SAPA) as a fair, valid and reliable method of producing information about ongoing team processes. The paper examines a pilot study investigating an online SAPA tool originally developed for a small class of architecture students. This tool is adapted for use for by students completing team assignment in two further architecture design units and for a very large class of 800 business communication students. The sample students studied on four campuses, as well as in off campus and offshore modes. The paper focuses on the initial stages of the study to demonstrate how researchers from very different backgrounds collaborated to adapt the online tool and implement a pilot study whilst maintaining both comparability of assessment and integrity of research design.

Re-casting terra nullius design-blindness: better teaching of indigenous knowledge and protocols in Australian architecture education

This paper reviews the current status and focus of Australian Architecture programs with respect to Indigenous Knowledge and the extent to which these tertiary programs currently address reconciliation and respect to Indigenous Australians in relation to their professional institutions and accreditation policies. The paper draws upon the findings of a recently completed investigation of current teaching: Re-Casting terra nullius blindness: Empowering Indigenous Protocols and Knowledge in Australian University Built Environment Education. Three data sets from this investigation are analysed: a desktop survey of Australian Built Environment curricula; workshops with tertiary providers and students, professional practitioners and representatives of three Built Environment professional institutes; and an online survey of Australian Built Environment students (of which their discipline could be isolated) ascertaining what is currently being taught and learned and what changes would be feasible within the constraints of courses from their perspective. Detailed descriptions are also provided of pedagogic improvements informed by the project findings. The findings suggest minimal current exposure of Architecture students to Indigenous Knowledge content beyond voluntary engagement in self-chosen thesis projects and elective (including studio) subjects led by passionate but largely unsupported teachers championing Indigenous issues; a paucity of teaching echoed by practitioners and accreditors who acknowledge lack of expertise in this area across the profession. This paper discusses ways in which Indigenous Knowledge might be better acknowledged, respected and introduced to Australian Architecture students’ education. Also discussed are teaching strategies with global relevance.

The teaching of cost planning using the building cost information service on-line system

This paper describes teaching and learning in building design cost management for undergraduate construction economics, construction management and architecture students using the WorldWideWeb based Building Cost Information Service. The paper also discusses the benefits of using such an authentic learning strategy to achieve specified learning outcomes which are considered by t he a uthors to be of considerable benefit in the teaching of this important subject area. Although there are a number of limitations in the application of building design cost management, as considered in this paper, some of which are discussed below, to date no satisfactory alternative has been developed, and therefore, a clear understanding of what the process is and how it is applied, is essential.

Traversing the international rainbow of academia and architectural practice

In the context of contemporary tertiary education immersed as such in internationalisation strategies and internationalised curricula, the cultivation and promotion of international awareness in Australian graduates can be expected to lead to desirable lifelong attributes. Consideration of the need to be prepared for a globalised professional and cultural climate is integral to sustaining and growing the future and the fortunes of many. For the architectural community, the combined phenomena of globalisation and internationalisation strategies herald implications for the education and professional preparation of architects which traverse academia and architectural practice. This paper presents the case for exploring potential benefits of establishing closer links between academia and architecture practice, discusses the relevance of international student practice experience for the twenty first century and looks at its role within an intemationalised curriculum in preparing graduates for the future. Analysis of a survey of work experience as a component of Australian architecture courses is used to gauge the extent of current programs that seek to integrate the academic curriculum with practice experience, and the Deakin study (a work in progress) of architecture students in international practice contexts is presented as a vehicle for exploring the degree to which the combination of professional practice education and cultural experience may be beneficial to architecture students, academia and the profession more generally.

Online self and peer assessment in large, multi-campus, multi-cohort contexts

The increasing use of team assignments within higher education is well documented. The driving forces behind this include desires to facilitate reflective and collaborative learning, to develop generic teamwork skills for graduate employment and to reduce the grading workloads of faculty staff. Students however consistently report dissatisfaction when the assessment of team assignments produces a common grade for all team members. Self-andpeer-assessment (SAPA) is presented as a fair, valid and reliable method of producing information about ongoing team processes. This information can provide ongoing feedback to team members and rich formative data to instructors attempting to assess the team process and students’ teamwork skills. This data can also enable individualised summative assessment in dysfunctional teams or situations of uneven team member contributions. Whilst manual SAPA protocols can work effectively for smaller classes, computer-assisted SAPA offers a solution to the problems of large classes. This paper reports on the early stages of an online SAPA tool, originally developed for small classes of architecture students, adapted for use by very large business communication classes comprising up to 1000 students in a semester. This large unit is delivered on four Australian campuses as well as off-campus and in off-shore mode, by up to fourteen instructors at any one time. The paper documents how three researchers from very different backgrounds worked to create their own research team, implement a pilot study, and adapt the online tool, whilst adhering to comparability of assessment constraints and maintaining integrity of research design.

Introductory computer programming as a means for extending spatial and temporal understanding

Should computer programming be taught within schools of architecture?

Incorporating even low-level computer programming within architectural education curricula is a matter of debate but we have found it useful to do so for two reasons: as an introduction or at least a consolidation of the realm of descriptive geometry and in providing an environment for experimenting in morphological time-based change.

Mathematics and descriptive geometry formed a significant proportion of architectural education until the end of the 19th century. This proportion has declined in contemporary curricula, possibly at some cost for despite major advances in automated manufacture, Cartesian measurement is still the principal ‘language’ with which to describe building for construction purposes. When computer programming is used as a platform for instruction in logic and spatial representation, the waning interest in mathematics as a basis for spatial description can be readdressed using a left-field approach. Students gain insights into topology, Cartesian space and morphology through programmatic form finding, as opposed to through direct manipulation.

In this context, it matters to the architect-programmer how the program operates more than what it does. This paper describes an assignment where students are given a figurative conceptual space comprising the three Cartesian axes with a cube at its centre. Six Phileban solids mark the Cartesian axial limits to the space. Any point in this space represents a hybrid of one, two or three transformations from the central cube towards the various Phileban solids. Students are asked to predict the topological and morphological outcomes of the operations. Through programming, they become aware of morphogenesis and hybridisation. Here we articulate the hypothesis above and report on the outcome from a student group, whose work reveals wider learning opportunities for architecture students in computer programming than conventionally assumed.