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Lecturer in Accounting
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Caulfield campus
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Level B ($123,138 - $146,228)
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| Deliver accounting education, research and industry engagement, with expertise in audit, assurance or related disciplines in the Monash Business School. |
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PhD Scholarship in Cultural Diversity and Global Bioethics (2x positions)
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Clayton campus
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| The project will undertake a comprehensive examination of how bioethics engages with cultural diversity across Australian and global healthcare contexts, drawing on a combination of qualitative, quantitative and analytical methods. |
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Animal Ethics Committee Member: Category A - Veterinarian
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Clayton campus
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| This currently advertised position will fulfil a role on an Animal Ethics Committee (AEC) that will review research activities that will be instrumental in improving patient treatments and health outcomes through our biomedical research programs, including cancer, cardiovascular disease, diabetes, neurological disorders, metabolic diseases, and reproductive health. |
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PhD Scholarship Opportunity: Quantum-Secured Artificial Intelligence Models
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Clayton campus
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| This is an unprecedented opportunity to work at the intersection of quantum computing and artificial intelligence – two most fascinating fields of research. The PhD candidate will be supervised by world-leading quantum computing expert Professor Muhammad Usman at the Faculty of Information Technology. The PhD project involves developing novel quantum artificial intelligence models which are intrinsically robust against adversarial attacks, with applications in wide range of industry sectors such as autonomous vehicles, military systems, and medical diagnostics. |
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PhD Scholarship Opportunity: Secure Quantum Computation on Shared Quantum Processors
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Clayton campus
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| This project offers an unprecedented PhD research opportunity to work on secure quantum computations on a shared quantum processor. Quantum computing is an emerging area of research with potential for revolutionary industry applications. In the near-term, the access to quantum processors is provided through shared environment via cloud systems. In this model, many users access the same quantum processor to perform their computing jobs. However, such shared environment poses a serious security vulnerability where an adversary can create cleverly selected sequence of quantum gates interfering with the computing jobs by other users leading to wrong answers. Similar security issues have been detected in the process of quantum error correction or software level compilations. In this project, PhD student will analyse security vulnerabilities of shared quantum computers and develop software level solutions to ensure secure and reliable sharing of quantum compute resources. |
