Interactive urban language and city growth

The thesis is a refinement of semiotic theory in architecture which aims towards developing a conversation between Western theory and the Eastern city. Using theoretical bases including semiotic theory, Japanese analytical text and analogies of cultural products, this thesis proposes that urban language can be perceived and analysed.

Collaboration Down Under : investigating team learning in Australia in architecture and related design contexts

This position paper reports on an Australian Learning Teaching Council (ALTC) funded project – “Enhancing and Assessing Group and Team Learning in Architecture and Related Design Contexts.” This is a two-year project, commencing in November 2011, which is investigating best practice in Australian higher education for the teaching of teamwork in the design disciplines, with a focus on Architecture. At the time of the conference presentation, data on current practices will be reported on that has been collected and analysed from four universities in Australia. The project aims to: highlight and develop innovative approaches to collaborative studio-based learning; structure team learning within curricula; develop graduate attributes for teamwork; and inform assessment of team design that supports team-working skills and increased learner confidence.

Mobile Architecture and Built Environment Laboratory (MABEL) - a building performance evaluation tool

This paper describes the Mobile Architecture and Built Environment Laboratory (MABEL) and its application for systematic building performance evaluation for compliance testing, commissioning, strategic and operational facility management and continuous improvement in the built environment.

The first part of the paper introduces the application areas of on-site building performance evaluation and discusses the shortcomings in this regard in current practice. It emphasises the need for on-site investigations to generate information on 'as built performance' for the 'feedback' loop between design, operation and occupancy of new buildings, retrofit or adjustment.

The second part introduces the Energy-Comfort-Behaviour Framework for 'across-the-board' building evaluation and discusses MABEL's role in this scheme. MABEL's objectives, procedures and the performance measurement matrix are explained and discussed.

Science in school and society

This article describes the insights generated from a series of focus groups conducted around significant areas of science research and development, with practitioners of science and technology, and policy and education people from industry and government. The participants in these groups had a great deal to say about how important the understandings and attitudes of members of the community were to their field of activity, as well as the way science is practiced in contemporary settings. On the basis of the evidence we argue that school science should take as its focus the development of understandings of, and attitudes to, science for citizens generally. We suggest that this means, for both future citizens and scientists, that practice in school science needs to change to better represent contemporary science practice.

A case for a mobile architecture and built environment laboratory

Deakin University and other research and industry partners have recently won a grant for the establishment of a Mobile Architecture and Built Environment Laboratory (MABEL). MABEL provides the first means of integrated, on-site measurement of the key aspects of the built environment (power, sound, light and comfort) using the latest instrument technology. There exists an ongoing need to establish a versatile and comprehensive in-situ testing facility for built internal environments, for the provision of research, education, training and technology diffusion. The ability to make on-site measurements across the environmental spectrum is unique and important. Individual measurements might demonstrate improved lighting performance, reduced power consumption, and improved ventilation or better building acoustics. More importantly, an integrated perspective will address an interaction in terms of energy efficiency and overall occupant comfort. H is recognised that many of the parameters we can measure with existing instrumentation remain unresolved regarding their diagnostic significance on occupant health, comfort and productivity. Also, developed standards for in-situ measurement are at an emerging state, in the delivery of reliable and useful assessment methods. This paper discusses the inception and role of the MABEL facility for building research, learning and teaching.

Teaching building services to architecture and building students

Building environmental services can often be categorised as ‘one of the least desirable courses’ in the curriculum of architecture and building. Nevertheless, it is also one of the most important and confronting subjects in the procurement of real building projects. The principal message to designers is that of spatial requirements while to the builders it may become one of capital cost, installation specifications and maintenance of equipment. Getting these concepts across in a creative, yet project oriented, manner can be challenging to the students and to the lecturer. This paper presents the developments of ten years of teaching the subject, as well as the methods of delivery which have proven to be successful.

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.