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automated simulation and analysis workflows 4. Developing a detailed mechanistic understanding of the interactions between oxidative and reductive processes in metal-ion batteries 5. Communicating scientific
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controlled freezing and deposition processes to advance the design of vascularised tissue scaffolds. By integrating experimental bioprinting of poly(vinyl alcohol) and gelatin methacryloyl (GelMA) systems with
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. This frontier research project will focus on establishing a new intelligent, AI-driven bioprinting platform with volumetric process vision and closed-loop control. This technology will be leveraged to fabricate
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are revolutionising the field of tissue engineering and regenerative medicine by enabling precise spatial control over the composition, architecture, and bioactivity of printed constructs. Within this transformative