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I am a Lecturer at the School of Engineering and Information Technology, ��������Ƶ. My research is focus on metamaterials operating in acoustic domain. I have theoretical and experimental expertise in designing acoustic metamaterials, exploiting their intriguing possibilities to engineer waves in unprecedented ways. I have been working on noise control and structural health monitoring for many years, which enable me to apply the outstanding metamaterials for different engineering purposes ranging from micro-electro-mechanical systems to medical science. I am a member of the���������dzܱ�.

Research Projects and PhD supervision

Enquiries are welcome from potential PhD candidates who are��interested in conducting research��in the following areas:

• , including experimental design and characterisation
• Tunable, reconfigurable, nonlinear and time-varying metamaterials
• Modelling of acoustic resonators for energy harvesting
• Optimisation of acoustic structure by

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While specific expertise in these areas is not required, a��solid��background in acoustic or electromagnetic waves is essential. Projects can involve theory, experiment, and/or numerical simulation.
To be admitted to a UNSW PhD you must��meet the��.��Strong candidates should be eligible for one of the����available from ��������Ƶ. In addition, all applicants must meet the��English language requirements.

If you are eligible and interested in working on the above topics or related areas. Please kindly send me the following for review and advise

• Your academic CV
• Your academic transcripts
• Links to your Google Scholar page, ResearchGate page, Scopus ID etc.��

Publications and Profile

My����contains the most up to date list of all my research publications