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Dr
Saber
Elsayed
Faculty/Unit:
School of Engineering & IT
Research areas:
Automatic configurations of evolutionary algorithmsConstrained and unconstrained optimisationSchedulingLarge-scale optimisationDynamic optimisation
Dr
Morten
Pedersen
Faculty/Unit:
School Humanities & Soc Scien
Research areas:
Burmese politics and development affairs, human rights, tools of international statecraft. Is currently preparing a multi-year comparative project on international human rights work in Burma, Cambodia and Vietnam.
Professor
Jiankun
Hu
Faculty/Unit:
School of Engineering & IT
Research areas:
Cyber Security including biometric security.
Dr
Ned
Dobos
Faculty/Unit:
School Humanities & Soc Scien
Research areas:
* The ethics of war and political violence* Humanitarian intervention* Pacifism, non-violence, and "post military" defence systems* Business ethics and corporate social responsibility* Ethics in employment and workplace relations
Professor
Richard
Pashley
Faculty/Unit:
School of Science
Research areas:
Water treatment and purification, water recycling, desalination, membrane filtration and fouling. Emulsion and colloidal stability and flocculation. Properties of electrolyte and surfactant solutions. Experimental and theoretical study of forces between surfaces and colloidal particles.
Dr
Christina
Spittel
Faculty/Unit:
School Humanities & Soc Scien
Professor
Paul
Hazell
Faculty/Unit:
School of Engineering & IT
Research areas:
Ballistic impact and projectile-penetration mechanisms, Dynamic behavior of materials, Shock propagation in condensed matter, Hydrocode analysis.
Dr
Anne
Junor
Faculty/Unit:
School of Business
Research areas:
Casualisation; women and work; pay equity; work/life balance; flexibility; IR changes; public sector employment; teachers' work; higher education restructuring; performance pay; performance management.
Professor
Nicole
Moore
Faculty/Unit:
Rector's Office
Research areas:
Australian literature, censorship, Women's writing,
Associate Professor
Robert
Niven
Faculty/Unit:
School of Engineering & IT
Research areas:
Theory and applications of probabilistic inference, including maximum entropy analysis and Bayesian inference, applied to complex systems (including fluid flow systems, dynamical systems, flow networks and fluid turbulence), and new tools of applied mathematics including transport theorems and operators. Environmental contaminants and impacts, especially per- and polyfluoroalkyl substances (PFASs), non-aqueous phase liquids (NAPLs), and heavy metal contaminants in subsurface soils, groundwater, surface waters and the atmosphere, and environmental management and sustainability.
Keywords:
maximum entropy analysis