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Dive into the research topics where Philip Crowther is active.

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Featured researches published by Philip Crowther.


Journal of Urban Technology | 2015

Guerrillas in the [Urban] Midst: Developing and Using Creative Research Methods--Guerrilla Research Tactics

Glenda Amayo Caldwell; Lindy Osborne; Inger Mewburn; Philip Crowther

Abstract This paper explores what we are calling “Guerrilla Research Tactics” (GRT): research methods that exploit emerging mobile and cloud-based digital technologies. We examine some case studies in the use of this technology to generate research data directly from the physical fabric and the people of the city. We argue that GRT is a new and novel way of engaging public participation in urban, place-based research because it facilitates the co-creation of knowledge, with city inhabitants, “on the fly.” This paper discusses the potential of these new research techniques and what they have to offer researchers operating in the creative disciplines and beyond. This work builds on and extends Gauntletts “new creative methods” (2007) and contributes to the existing body of literature addressing creative and interactive approaches to data collection.


WIT Transactions on Ecology and the Environment | 2016

Morphological Analysis Of The City For Achieving Design For Disassembly

Philip Crowther

While it is dangerously tempting to think of the city as a fixed built environment, the result of careful planning and design, it is in fact an ever changing system of infrastructures, buildings, spaces and materials. The commercial and social pressures of modern society demand constant newness and change. Unfortunately most of our cities are not designed or built to accommodate ease of change through disassembly; rather they succumb to demolition and the creation of waste. A strategy of design for disassembly has been successfully implemented in many mass produced products such as computers and cars, but it has not achieved popular or widespread application in the design and construction of cities. This paper presents a theoretical model for understanding the potential for design for disassembly in the city in order to reduce waste and increase reuse. It explores multiple scales of the city from materials and elements, through rooms and buildings, to urban form and territories. The paper draws on a typo-morphological analysis of the city through the theories developed by both the Italian and British schools of urban morphologists. It establishes a structure of time-related layers of the city and proposes ways to interact with those layers in a sustainable and systemic way. A morphological analysis of elements, structures, systems and organisms, is applied to a number of case study buildings and city territories in order to assess their disassembly potential, and through analysis, develop principles of design for disassembly that operate at a whole of city scale.


Faculty of Built Environment and Engineering | 1999

Design for Disassembly to Recover Embodied Energy

Philip Crowther


Faculty of Built Environment and Engineering | 1999

Design for Disassembly

Philip Crowther


Faculty of Built Environment and Engineering | 2009

Designing for disassembly

Philip Crowther


Faculty of Built Environment and Engineering | 2002

Design for Buildability and the Deconstruction Consequences

Philip Crowther


Faculty of Built Environment and Engineering | 2000

Building Deconstruction in Australia

Philip Crowther


Faculty of Built Environment and Engineering | 2010

Assessing architectural design processes of diverse learners

Philip Crowther


Archive | 2003

Design for disassembly : an architectural strategy for sustainability

Philip Crowther


International Journal of Architectural Research: Archnet-IJAR | 2012

PERCEPTIONS OF PHYSICAL VERSUS VIRTUAL DESIGN STUDIO EDUCATION

Mahmoud Reza Saghaf; Jill M. Franz; Philip Crowther

Collaboration


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Jill M. Franz

Queensland University of Technology

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Lindy Osborne

Queensland University of Technology

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Mahmoud Reza Saghafi

Queensland University of Technology

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Susan M. Savage

Queensland University of Technology

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Glenda Amayo Caldwell

Queensland University of Technology

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Paul S. Sanders

Queensland University of Technology

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Inger Mewburn

Australian National University

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Janis Birkeland

Queensland University of Technology

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Kristine P. Jerome

Queensland University of Technology

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