Researcher

Associate Professor Edward Obbard

My Expertise

I lead nuclear engineering at UNSW.

For masters program inquires please see our flyer and website and contact me if you need further information.

I am recruiting PhD Students in the following areas:

Please get in touch. Scholarships are available for top students.

For an overview of our research group please see here.

MY RESEARCH EXPERTISE

Nuclear fuel technology
Nuclear engineering design
Metallurgy - particularly alloys in uranium, titanium and zirconium systems
Materials for fusion reactors and Generation-IV fission reactors
Virtual reality, human-machine interfaces and remote handling
Nuclear safeguards and nuclear materials accounting systems

RESEARCH TOOLS

Neutron transport, criticality and neutron/gamma shielding simulation
In-situ diffraction characterisation (neutron, synchrotron radiation) for phase and texture analysis including radioactive or fissile samples
Materials testing
Fuel cycle simulation, burn-up analysis, activation/depletion calculations
Virtual reality software and hardware
Teaching methods, blended learning, and online course design

RELEVANT INDUSTRY SECTORS

Nuclear engineers in Australia work in vital industry, government and research.

Nuclear medicine
Uranium mining
Radiation safety
Research
Safety critical systems
Nuclear non-proliferation and nuclear safeguards
Nuclear regulatory agencies
Nuclear engineering education and training

Fields of Research (FoR)

Nuclear Engineering (incl. Fuel Enrichment and Waste Processing and Storage), Metals and Alloy Materials, Mineralogy and Crystallography, Condensed Matter Physics, Synchrotrons; Accelerators; Instruments and Techniques, Radiation and Matter, Energy Generation, Conversion and Storage Engineering, Environmental and Occupational Health and Safety, Performance Evaluation; Testing and Simulation of Reliability, Virtual Reality and Related Simulation, Design Innovation

SEO tags

Nuclear Energy

Materials performance and processes

Energy

Workplace Safety

Technological and Organisational Innovation

Biography

I am a nuclear materials engineer in the School of Mechanical and Manufacturing Engineering, UNSW Sydney. I obtained my PhD in materials science in 2010, at the Chinese Academy of Science Institute of Metal Research and I previously studied Mechanical Design, Materials and Manufacture at the University of Nottingham, UK. I apply fundamental knowledge of materials to industrial problems in nuclear and manufacturing engineering. I have...view more

I am a nuclear materials engineer in the School of Mechanical and Manufacturing Engineering, UNSW Sydney. I obtained my PhD in materials science in 2010, at the Chinese Academy of Science Institute of Metal Research and I previously studied Mechanical Design, Materials and Manufacture at the University of Nottingham, UK. I apply fundamental knowledge of materials to industrial problems in nuclear and manufacturing engineering. I have researched manufacture and repair technology in the gas turbine power industry. At the Australian Nuclear Science and Technology Organisation, I designed, then managed the construction and commissioning of a hot cell facility for nuclear materials research and radioactive materials testing. I also designed, and performed engineering analysis of, nuclear materials testing facilities that are now part of the Open-Pool Australian Light-water Reactor.

Nuclear energy allows human development in a carbon constrained energy economy, while providing our best chance of preserving the Earth's biodiversity under future climatic conditions influenced by global warming. At UNSW Sydney, I research new materials and technology that enhance the safe and sustainable deployment of nuclear energy. This includes my original field of materials science, plus essentially human focused research such as virtual reality tools for remote handling and blockchain (shared ledger) systems for nuclear materials tracking. I teach courses on the UNSW MEng.Sci in nuclear engineering and I contribute to space engineering research.