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. Specifically the duties of the post will include Lead the radiation biology work-stream within our GLIOTREAT project to • Develop and optimize radiation protocols • Design and execute combination treatment
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the design and build of a suite of sensors (e.g., temperature, CO2, humidity) and feedback control systems using open-source, low-cost, arduino based platforms. The research assistant will work closely with
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automated droplet-based microfluidic platform for functional T-cell analysis. We’re seeking a talented researcher or engineer to design, fabricate, and test microfluidic devices that integrate precision
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closely with internal and external partners to design, develop, and deploy a national OHDSI compliant data Node as critical infrastructure to support this programme. Hosted within the Clinical Research
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Fund, the TU Research and Innovation Supporting Enterprise (TU RISE) programme supports the building of research capacity in higher education institutions in the technological sector. MTU is an equal
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-economic and cultural impacts of the transition to the circular economy and bioeconomy at both local/regional and rural/urban levels. • Designing financial incentives and systems
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required by your Principal Investigator, School or College. To assume a role in the design as well as the execution of research, contributing significantly to the development of research proposals and
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in vivo. The successful candidate will lead the design, fabrication, and characterisation of the device, enabling the identification of variations in skin stiffness, in vivo strain, and tissue
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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
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the design, fabrication, and characterisation of the device, enabling the identification of variations in skin stiffness, in vivo strain, and tissue anisotropy. PD1 and PD2 Salary €46,305 - €59,063