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site-specific conditions such as structural anisotropy and in-situ stress variations leading to either overly conservative designs or unplanned dilution. To overcome these challenges, this project will
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cannot address this. This project explores a new approach using optical metasurfaces —ultra-thin optical layers that shape light—to enhance vision directly, without electronics. The aim is to increase
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oxygen production today is still based on the conventional cryogenic distillation process developed around 1900. Mixed ionic-electronic conductors (MIECs) that display high oxide ion conductivity and
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materials and garments that evolve through morphing structures or embedded living organisms. How do we experience such materials against our skin? How do they change in response to our movements and bodily
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education to enable regions to expand quickly and sustainably. In fact, the future is made here. The Department of Applied Physics and Electronics currently has around 100 employees and conducts research in
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research groups in the following seven departments: Materials Mechanics Management & Design, Engineering Structures, Geoscience and Engineering, Geoscience and Remote Sensing, Transport & Planning, Hydraulic
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empirical approaches to understand how AI-driven technological change reshapes the structure and resilience of labour markets by combining large-scale vacancy data with modern natural language processing
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analysis of spheroid morphology and drug-induced structural changes. Building and refining the computational analysis pipeline: from image preprocessing and feature extraction (spheroid size, cell cluster
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research groups in the following seven departments: Materials Mechanics Management & Design, Engineering Structures, Geoscience and Engineering, Geoscience and Remote Sensing, Transport & Planning, Hydraulic
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an agent visitGetting started toggle Getting started menu Back to menu level 2 Getting started Student email, password and Wi-Fi access Your student ID card and Swinburne login Student discounts and