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project (Realtime Three-Dimensional Near-Field Microwave Imaging System). This project aims to develop a three-dimensional microwave system that can image and monitor the internal structure of objects in
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advancing agricultural practices and sustainability. This will be achieved through cutting-edge multi-modal imaging (e.g., RGB, multispectral, hyperspectral, thermal) and 3D analytics (e.g., LiDAR
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biology with a major focus on live cell imaging. An emerging profile in super-resolution microscopy, and confocal microscopy of mitochondria dynamics in temporal resolution. Demonstrate capabilities in
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on site/WFH options and flexible start/finish times, job share, compressed hours, and genuine career progression opportunities via the academic promotions process. About You Applicants should possess a PhD
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services in large, complex buildings (including technical, scientific or laboratory facilities), including: Large reticulated chilled water systems; First-in fault-finding on fume cupboards; Compressed air
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drivers for next-generation laser imaging systems. The role involves the design, implementation, and optimisation of laser systems; running experimental campaigns; and applying advanced control and signal
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negotiated based on individual merit. The following flexible employment options may be available for this role: Part time/job share; some working from home; variable start or finish times; compressed hours
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; compressed hours; purchased leave; flex-time. About UQ As part of the UQ community, you will have the opportunity to work alongside the brightest minds, who have joined us from all over the world. Everyone
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at St Lucia in the Business School. Key responsibilities will include: Engineer, prototype, validate and deploy statistical, machine learning models and analytic solutions to solve challenging problems
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Indigenous communities across Queensland. Aboriginal and Torres Strait Islander applicants are advised collection materials they may interact with in this role may contain images, voices, and videos