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identified antigens and newly licensed adjuvants. The research will involve designing, testing, recording and evaluating methods and compositions of vaccine-based microneedle solid dosage forms, using
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they will focus on developing microneedle skin patches to deliver next generation malaria vaccines based on newly identified antigens and newly licensed adjuvants. The research will involve designing, testing
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into potential stakeholders, contact lists and social media. contribute to the design of the upwelling academy programme could contribute to delivery and coordination of some of the above-mentioned training and
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an adaptive, self-optimising manufacturing ecosystem where production lines can reconfigure in real-time, in collaboration with domain experts (e.g. operators, planners, designers) that are supported by digital
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an adaptive, self-optimising manufacturing ecosystem where production lines can reconfigure in real-time, in collaboration with domain experts (e.g. operators, planners, designers) that are supported by digital
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problems incorporating AI-based optimisation technology is essential. The main focus of this position will be on developing AI and optimisation tools to support interactive explainable and fair work
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of new lipid-based adjuvants to create needle-free, stable, immunogenic P. vivax vaccines. The research will involve designing, testing, recording and evaluating methods and compositions of vaccine-based