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implementation for wireless charging applications. You will also contribute to system-level integration, prototype development, and laboratory testing of WPT systems in collaboration with civil and mechanical
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partner (HB11 Energy) and existing experimental and theoretical research collaboration. Reporting to Prof. Alexander Fuerbach, you will: Conduct complex numerical simulations and theoretical studies
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educational settings. The Fellow will work collaboratively with academic staff, research students, and external partners to deliver research outcomes with strong translational impact, while contributing
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-platforms-lab . About You (Selection Criteria) You are a motivated and collaborative early career researcher with a strong foundation in AI and machine learning, and a genuine enthusiasm for applying
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and written communication skills and ability to work in a team collaborating across disciplines. About You You will be an emerging researcher with strong experimental capability and demonstrated
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- Location: Macquarie University, Wallumattagal Campus (North Ryde) Join a multi-disciplinary team pushing the boundaries of microbial membrane transport protein structure & function. Collaborate with world
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pathways for hearing loss, contributing to national and global frameworks. Collaborate with government bodies, NGOs, industry and community stakeholders to advocate for improved public health messaging and
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conducted as part of a long-term partnership with a major global industry collaborator that will be actively involved in the research, offering you the opportunity to conduct research with direct real-world
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environmental sensing. The incumbent will contribute to the development and deployment of real-time correction algorithms and hardware systems, leveraging GLAO technologies in collaboration with ULTIMATE-Subaru
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. This project is a collaboration between the MQ Photonics Research Centre and commercial partner Spiral Blue, funded by the CRC-P grant “In orbit demonstration of an AI-enabled LiDAR multisensor system