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engineering, composite science, environmental science, and so on. Key Responsibilities: Develop green and scalable process for nanomaterials preparation and synthesis/production with controlled quantity and
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processes, and leading R&D efforts in material science for application development. Drives the development and implementation of coating techniques. Oversee the transition from experimental designs
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development, optimization, and validation of in vitro mammalian cell based assays that are related to metabolic diseases (such us cell culture, RNA/protein extraction qPCR, western blotting and other metabolic
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immunology. The projects focus on learning from bats with exceptional healthy longevity to develop bat-inspired new targets and strategies to fight human diseases and ageing and have multiple national and
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. • Applicants with expertise in interface development, micro/nano fabrication, animal experiments, and artificial intelligence would be preferred. • Strong written and spoken communication skills. • Open to
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experiments. Analyze data using different software tools. Write journal or conference articles related to the project. Prepare progress reports, financial reports, and other research-related documents. Manage
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, conference papers, books, and creative research artefacts where applicable. • Contribute to the strategic development of games research directions and priorities at ACRC. Grant Development and Funding
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engineering, composite science, environmental science, and so on. Key job purpose is to develop green and scalable pre-treatment process for polymer before mechanical or chemical upcycling, particularly
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propulsion, interaction with biological environments, and their potential use in targeted delivery, imaging, and therapeutic functions. Key responsibilities include: Design and development of light-driven
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frontiers of organ-on-a-chip and AI-driven translational biology. This project focuses on the development of modular micro-bioreactor platforms capable of supporting long-term culture, physiological