13 parallel-programming "Intelligent Systems Group" Fellowship positions at UNIVERSITY OF SYDNEY
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will contribute to the development of next-generation intelligent wireless systems that integrate communication, sensing and computing within a unified network. This role offers the opportunity to
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systems, including mathematical programming, software verification and testing, documentation, and new ways for researchers to interact with computational mathematics software compile data sets
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s) or related fields; strong experience in large-scale data processing and management, including working with high-dimensional, multi-country or time-series datasets; sound programming skills, with a
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, healthcare systems, or related disciplines. Research experience relating to electronic health records, digital systems, or large-scale healthcare change initiatives will be highly regarded. Your key
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researchers and clinicians, the role will support high-quality clinical and health systems research under the supervision of the PRSP investigators (The PRECI Consortium) and liaise with the Ministry of
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environmental change in coastal systems. Working under broad direction, you will undertake high-quality independent and collaborative research, contribute to publications and research outputs, and participate in
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facilitate timely report submissions, maintain data integrity within University systems and support compliance initiatives coordinate stakeholder meetings, workshops and community engagement activities
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, rehabilitation and systems reform. Situated at the intersection of law, criminology, psychology, child protection, gender-based violence, digital harms and social policy, the research responds to
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R or python strong general IT skills, including familiarity with Linux/Unix environments and HPC systems experience in assisting with the supervision of students undertaking undergraduate or higher
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and corpus based studies of Formosan and/or Australian language acquisition. Key responsibilities include: collaborating with Associate Professor Hartshorne and members of the research group acting as