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Field
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, which includes radio correlators and signal processing, radio receivers, antenna design, adaptive optics, and UV/optical/near-IR instrumentation. Our instrument development activities include
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, with desirable skills including building or aligning bespoke systems. Strong programming and data-analysis skills (e.g. Python and/or MATLAB) for processing signals and imaging data. The ability
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distributed fiber-optic sensing, passive seismology, urban geophysics, seismic imaging, wave propagation, or near-surface characterization. Experience processing large-scale DAS or seismic datasets, including
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signals over optical fibre and free-space laser links. Supported by significant ongoing investment from the Western Australian Government and the Joint Venture Universities, this is an exciting opportunity
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of the research project, research may also incorporate advanced optical diagnostics, quantitative image analysis, computational modeling, and remote sensing technologies to improve understanding, evaluation, and
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the optical, timing, and control subsystems, validate performance in laboratory settings, and help chart a pathway toward field-deployable prototypes with superior sensitivity, timing, and resolution. Key
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. Formulate detailed R&D experimental plans and carry out system setup, signal acquisition and processing, as well as algorithm design, implementation, and optimization. Assist the team in the establishment
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if the required remote sensing or photogrammetry experience is within satellite-based observation of Earth surface processes, using optical, radar or lidar methods. Good knowledge about cryospheric and mountain
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of the proposed solutions. Activities will include the implementation and evaluation of algorithms for signal processing, detection, correlation, localization, and tracking of acoustic sources, as
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relevant to the position. Key Responsibilities: Develop methodologies to detect, characterize, and model seismic, coastal hazards and other environmental signals recorded on dense seismic and fibre-optic