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to identify the material degradation details in extreme environments. A novel techniques/method will be developed with focus on better prediction and more accurate measurement of high temperature corrosion rate
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of materials such as High Hard Steel (HHS), are used to reduce the catastrophic effect of these threats. Although full scale blast trials are conducted to assess the protection level provided by a range of
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to monitor online the manufacturing process and development of damage in the material and the incorporation of heating and cooling. The Composites and Advanced Materials Centre at Cranfield has recently
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manufacturing. AI-driven quality control systems ensure streamlined production safety and product quality. Generative AI enables effective optimisation of material and energy usage and contributes to more
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. The manufacturing capability is world leading and combines a multi-disciplinary approach that integrates design, technology and management expertise. We link fundamental materials research with manufacturing
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state of the art technologies including advanced cloning systems and CRISPR tools, and synthetic microbial communities for bioengineering technologies in the water and waste sectors. About the Role We
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biology strategies for environmental applications in the water and waste sectors and explore untapped biology of diverse microorganisms. About the Role We are looking for a passionate and skilled
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related research and education as well as to contribute across the Centre; To develop collaborations both within the university (e.g. with aeronautics, materials, manufacturing) as well as nationally and
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monitoring, resource recovery and bioremediation strategies. The integration of engineering principles with biological systems is vital for managing pollutant cycles during waste and wastewater treatments
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the range of £37,337 to £40,347 per annum About the Role This role will shape our Centre’s research, focusing on optimising hybrid materials for next-gen aircraft landing gears. Addressing gaps in technology