Current funded projects
|Project title||A security-aware and contractually supported framework for data management in Building Information Modelling (BIM) enabled infrastructure projects’|
|Researcher(s)||Dr Yihai Fang|
Dr Xingliang Yuan
Professor Paula Gerber
Assoc Prof Normann Witzleb
2018 Monash Infrastructure Interdisciplinary Research Seed Funding Scheme
|Project summary||Building Information Modelling (BIM) is an innovative, collaborative approach to project design and delivery that is being used on large scale construction and infrastructure projects. It requires that all teams involved in the design and construction share their data and models across a single platform. Although BIM promises increased efficiencies, it also raises many new and complex legal and contractual issues as well as challenges relating to data management and data security. This interdisciplinary research team will investigate and address how the adoption of appropriate cybersecurity protocols and contractual risk allocations can minimise the risks associated with the use of BIM. This project is intended to be the first step in attracting competitive external funding for a large and sustained research program in this developing field.|
|Project title||Legal and ethical issues in the inheritable genetic modification of humans|
|Duration||2017 - 2019|
|Researcher(s)||Mills, Catherine (Primary Chief Investigator (PCI))|
Ludlow, Karinne (Chief Investigator (CI))
Sparrow, Robert (Chief Investigator (CI))
Warren, Narelle (Chief Investigator (CI))
Australian Research Council
The aim of this interdisciplinary project is to investigate the legal and ethical implications of technologies that allow inheritable modifications of the human genome. The use of these technologies in human embryos is fast becoming an international reality, and this project aims to be the first to rigorously examine the implications of this in the Australian context. The intended outcomes of the Project are to clarify the current legal status of inheritable genetic modification technologies in Australia, provide a comprehensive analysis of the ethics of these new technologies, and, building on this, propose a set of recommendations for regulatory reform to guide Australia's response to international scientific and legal developments.
|Project title||Legal and social dynamics of eBook lending in Australia’s public libraries|
|Researcher(s)||Dr Rebecca Giblin (Monash University), A/Prof Kimberlee Weatherall (The University of Sydney), Prof Julian Thomas (Swinburne University of Technology) and Prof Geoffrey Webb (Monash University)|
Australian Research Council - Linkage
EBooks have tremendous beneficial potential, particularly for Australians in remote areas and those with impaired mobility or vision. Compared to physical books however, the rights of libraries to acquire and lend them are severely restricted. This project brings together 8 library partners with legal, social and data science researchers to investigate eBook lending practices and understand their social impacts. Building upon that evidence base, the project will identify ways of reforming policy, law, and practice to help libraries fulfil their public interest missions.
|Project title||A3.2: Better Regulatory Frameworks for Water Sensitive Cities|
Faculty of Law – Professor Graeme Hodge, Dr Colin Campbell, Ms Tara McCallum, Ms Emille Boulot, Emeritus Professor Arie Freiberg, Adjunct Professor Pamela O'Connor. Other team researchers – Dr Ruth Lane, Faculty of Arts, Professor Alex Gardner, UWA, Ms Dariel De Souza, Maddocks Lawyers, Professor
The Monash Law Faculty has been awarded a major research project on Better Regulatory Frameworks for Water Sensitive Cities. It is part of Monash's Cooperative Research Centre for Water Sensitive Cities (CRCWSC) which is aiming to revolutionise water management in Australia and overseas. The CRCWSC is a huge undertaking, collaborating with over 80 research, industry and government partners, and with a research budget of over AUD $100 million. With strong industry engagement, it has a vision of making towns and cities more water sensitive, and it oversees some 31 such international research projects.
The project aims to assess current legislative and regulatory frameworks in order to investigate what helps and what hinders the adoption of more water sensitive systems and practices. The research is seeking to identify gaps, barriers and overlaps in our regulatory arrangements for alternative water sources and water sensitive urban design projects and is pursuing more integrated and supportive regimes. The project will also classify and evaluate mechanisms for assessing, allocating, sharing and distributing risks associated with alternative water sources and water sensitive technologies and will develop a new model for risk assessment and risk diversification. It will also provide principles and tools for aligning our legislative, administrative and institutional arrangements with the goal of water sensitive cities.
So far, the Better Regulatory Frameworks for Water Sensitive Cities project has published six reports on Australia's urban water sector. The latest of these reports is a comparative review of urban water regulation across the cities of Brisbane, Melbourne and Perth.
Alongside the faculty's research on better regulatory arrangements, Professor Hodge is also overseeing another of the CRC's projects examining Statutory Planning for Water Sensitive Urban Design. This project is being led by Mr Barnaby McIlwraith (Maddocks), with research being undertaken by Ms Linda Choi and Don Williams.
|Project title||B5.1 Statutory Planning for Water Sensitive Urban Design|
|Researcher(s)||Prof Graeme Hodge|
The project will assess the role of statutory planning legislation, regulation and processes in facilitating or constraining the adoption of Water Sensitive Urban Design (WSUD) and identify best practice planning policies and planning legislation to facilitate water resilience in cities
Past funded project
For a listing of vis the past funded project page.
For details of other projects, please see individual member profiles.