'Sea change' communities: inter-generational perception and sense of place. The aim of this research is to establish a more rigorous method of evaluating the impact of the sea change process on the built and natural environments of coastal settlements. It will assist those communities to implement effective, place-sensitive sustainable planning and associated development practices.
Making better decisions about built assets: learning by doing. This research will assist the built environment professions and their clients to make better decisions about new developments through a novel 'learning by doing' approach. Used successfully in other fields such as natural resource management, this idea will capitalise on the large number of asset investments undertaken to benchmark original stakeholder intentions and aspirations against the reality of current performance. Decisions w ....Making better decisions about built assets: learning by doing. This research will assist the built environment professions and their clients to make better decisions about new developments through a novel 'learning by doing' approach. Used successfully in other fields such as natural resource management, this idea will capitalise on the large number of asset investments undertaken to benchmark original stakeholder intentions and aspirations against the reality of current performance. Decisions will be re-evaluated in the context of contemporary economic, social and environmental criteria to enable existing multi-criteria models to deliver more sustainable outcomes that are also feasible and in the national interest, and consequently minimise the industry's current exposure to future climate change.Read moreRead less
Strategic Assessment of Building Adaptive Reuse Opportunities. This research will review a large database of existing buildings, many of which have exceeded their useful life. An innovative model will be developed to enable Australia's building and property industries to identify the most viable opportunities for building adaptive reuse. The model will integrate financial, environmental and social sustainability, enabling community stakeholders to make informed decisions with widespread benefits ....Strategic Assessment of Building Adaptive Reuse Opportunities. This research will review a large database of existing buildings, many of which have exceeded their useful life. An innovative model will be developed to enable Australia's building and property industries to identify the most viable opportunities for building adaptive reuse. The model will integrate financial, environmental and social sustainability, enabling community stakeholders to make informed decisions with widespread benefits. The research is aligned with the national priority area: An Environmentally Sustainable Australia: Transforming Existing Industries. The expertise developed in this project will be regionally and internationally applicable, providing momentum for the growing adaptive design and conservation market.Read moreRead less
Modelling greenhouse gas emissions associated with commercial building construction. A reliable model of greenhouse gas emissions for commercial building construction is required. Construction product manufacturing emissions are well known, but those associated with the construction process (representing up to 25% of the energy embodied in construction products) have not been fully elucidated. Commercial building construction requires more energy per square metre than residential building constr ....Modelling greenhouse gas emissions associated with commercial building construction. A reliable model of greenhouse gas emissions for commercial building construction is required. Construction product manufacturing emissions are well known, but those associated with the construction process (representing up to 25% of the energy embodied in construction products) have not been fully elucidated. Commercial building construction requires more energy per square metre than residential building construction, due mainly to lifting of heavy items. The results will be used to develop cost effective strategies for optimising greenhouse gas emissions associated with the total emissions from commercial building construction and operation. This will improve the environmental performance of the Australian construction industry.Read moreRead less
Embodied energy modelling of individual commercial buildings. This research will develop a method for modelling the energy embodied in individual commercial building construction. Construction material manufacturing emissions are well known in most industries, but the total embodied energy of the construction supply chain is difficult to model for individual buildings. For efficient commercial buildings, the embodied energy can represent up to 40 years of operational energy. The results will be ....Embodied energy modelling of individual commercial buildings. This research will develop a method for modelling the energy embodied in individual commercial building construction. Construction material manufacturing emissions are well known in most industries, but the total embodied energy of the construction supply chain is difficult to model for individual buildings. For efficient commercial buildings, the embodied energy can represent up to 40 years of operational energy. The results will be used to develop cost effective strategies for optimising the total life cycle energy of individual commercial buildings. This will in part improve the environmental performance of the Australian construction industry.Read moreRead less
Catastrophe: a historical and philosophical assessment of urban disaster, ethics and the built environment. This project provides a comprehensive framework for the re-evaluation of civil society in relation to the built environment. It proposes that ‘safeguarding Australia’ and understanding its place in the world can begin by looking at urban planning and architecture, the perceptions that define them, and the catastrophic risks that attend them.
Prefabricated reusable building modules: reducing building life cycle environmental impacts. The outcomes of this project will enhance Australia's ability to provide globally competitive next generation building construction solutions. It will also help to not only ensure that Australian industry is at the forefront of best-practice environmental innovation but also support industry to develop and expand export markets, providing significant economic benefits. The outcomes of this project will b ....Prefabricated reusable building modules: reducing building life cycle environmental impacts. The outcomes of this project will enhance Australia's ability to provide globally competitive next generation building construction solutions. It will also help to not only ensure that Australian industry is at the forefront of best-practice environmental innovation but also support industry to develop and expand export markets, providing significant economic benefits. The outcomes of this project will be valuable to the construction industry to make implementation of ecologically sustainable design more rigorous. Strategies for improving the environmental performance of construction, particularly through prefabrication of durable building components will be able to be better facilitated by the research undertaken in this project.Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE190100730
Funder
Australian Research Council
Funding Amount
$414,216.00
Summary
Designing for early engagement and wellbeing in palliative care. This project aims to generate design guidelines to assist architects in creating better palliative care environments to mitigate the stress associated with end-of-life events for patients, their families and healthcare teams. Facing death, either one’s own or that of a family member, is one of life’s most difficult experiences. Targeted design interventions can encourage early engagement with palliative care, enhance communication ....Designing for early engagement and wellbeing in palliative care. This project aims to generate design guidelines to assist architects in creating better palliative care environments to mitigate the stress associated with end-of-life events for patients, their families and healthcare teams. Facing death, either one’s own or that of a family member, is one of life’s most difficult experiences. Targeted design interventions can encourage early engagement with palliative care, enhance communication and social support in palliative care environments and support staff to deliver optimal patient care. These factors have all been shown to contribute positively to wellbeing. This project will provide benefits for patients, their families and healthcare teams.Read moreRead less
The influence of Indian Antecedents on the geometry of Southeast Asian temples. Australia is an emerging player in the field of heritage and conservation in the Asia-Pacific region. This project will greatly improve the ability of Australian cultural heritage institutions to address the preservation and conservation initiatives in the region.
A successful Australian heritage export industry will foster improved diplomatic relations with Asia. It will provide momentum to a vital and expanding na ....The influence of Indian Antecedents on the geometry of Southeast Asian temples. Australia is an emerging player in the field of heritage and conservation in the Asia-Pacific region. This project will greatly improve the ability of Australian cultural heritage institutions to address the preservation and conservation initiatives in the region.
A successful Australian heritage export industry will foster improved diplomatic relations with Asia. It will provide momentum to a vital and expanding national industry, broadening the scope of Australian trade in cultural heritage and allied professional services and enhancing the nation's image in Asia. This corresponds with the key objectives of the Australian government's foreign affairs and trade portfolios.
Read moreRead less
Spatial Knowledge and the Built Environment: The Design Implications of Making, Processing and Digitally Prototyping Architectural Models. The construction industry accounts for 6.7% of Australia's GDP. Beyond the more pragmatic economic benefits, however, lies the potential to influence the physical quality and appearance of our nation's building within an existing economic framework. The evaluation of differing modelling methods in design will have considerable implications for the way in whic ....Spatial Knowledge and the Built Environment: The Design Implications of Making, Processing and Digitally Prototyping Architectural Models. The construction industry accounts for 6.7% of Australia's GDP. Beyond the more pragmatic economic benefits, however, lies the potential to influence the physical quality and appearance of our nation's building within an existing economic framework. The evaluation of differing modelling methods in design will have considerable implications for the way in which designing is carried out. It will lead to new kinds of computer strategies that will guide the direction of development of programs used in design modelling by showing that current tools do not properly facilitate certain kinds of design inquiry available by more traditionally established means.Read moreRead less