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regions. Develop fluoride glass compositions providing high transparency and gain at visible and ultraviolet wavelengths and work with collaborators to realise direct laser-written photonic chips using
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the Australian workforce, not only in university research, but also in industry. The successful applicant will develop innovative multi-drone planning for tracking algorithms for use in real-world applications
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workplace. The size, breadth and quality of our education and research programs - including significant industry, government and community collaborations - offers you vast scope and opportunity for a long
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and mentoring opportunities to develop into a highly visible future leader in their own right. The opportunity to establish themselves in a new institute and to have a profound impact on the research
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goal is to develop and demonstrate a deployable solution concept capable of: Interfacing a platform via vehicle OBD-II port and CAN bus interface on a communications router Demonstrate robust defence-in