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Engineering - Mechanical and Mechatronics Phd Unit Set

Code PHDERTEM

Research projects undertaken in both mechanical and mechatronic engineering at ECU focus on a number of themes which involve experimental and/or simulation based studies.

These include automotive engineering, energy systems, manufacturing and automation, mechanical behaviour of engineering materials, renewable and sustainable energy sources, robotics and thermofluids. The School of Engineering has an array of resources to support research activities within the above themes, with major on-campus resources including: Modern laboratories (e.g., robotics, materials characterisation, mechanical testing, energy, motorsports workshop) A well-equipped manufacturing workshop (CNC machine tools, 3D printing); Flow dynamics instrumentation (multi-channel constant temperature anemometry, flow visualisation, laser-diagnostics, infra-red imaging) Engine testing dynamometers; Modelling software (CFD, design, simulation, image processing, intelligent optimisation and prediction); and Project specific experimental set-ups (biomass combustor, impinging jet nozzle, custom designed engines, hexapod and wheeled robots). Higher degree by research projects undertaken in the above may also seek access to Perth based supercomputing facilities as well as establish collaborations with external partners (international, industry). Students considering starting a research degree in mechanical and mechatronic engineering at ECU should have a good level of research training as demonstrated by a publication record in peer-reviewed outlets, employment in research roles within academic and industry or equivalent avenues of practiced research excellence.

Special entry requirements

It is desirable that all applicants do not contact potential supervisors before applying. Applicants will be matched with a suitable supervisor if successful in gaining course admission.

Code

PHDERTEM

Availability & Campus

JO ML BU OL
JO - Joondalup BU - South West ML - Mount Lawley OL - Online

Notes

Important notes

Career Opportunities

Employment opportunities

Academia, Government Agencies, Engineering Consultancies, Research and Development, Industry

Possible future job titles

Automotive Engineering (Damper Valves, Crankcase Flows), Renewable and Sustainable Energy (Solar PV, Wind, Biomass), Energy Systems (Stand-alone, Hybrid, Modelling and Optimisation), Turbulent Jets (Swirl, Impingement, Heat Transfer), Manufacturing Systems and Processes (Machining, Heat Treatment, Special Purpose Machine Tools), Robotics (Industrial Applications, Deep Learning Methods for Unstructured Environments), Strength and Failure Mechanisms in Engineering Materials

This Phd Unit Set can be studied in the following courses

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