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, virtual reality and multi-sensory processing. We are an ambitious and successful School providing a friendly, supportive and inclusive working environment located on the beautiful Highfield Campus
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and optimise the operation and design of aircraft systems, subject to complex, real-world constraints. You will join a growing team of engineers working on a range of digital design technologies
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setup fitted on the tribometer, its operation, testing its capabilities, running experiments and formulating protocols for its optimum use in various operating conditions. The aim is to establish
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field. Expertise in composite materials and their behavior under different loading conditions. Experience with manufacturing techniques for composites (e.g., autoclave processing, additive manufacturing
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industrialise algorithms designed to simulate and optimise the operation and design of aircraft systems, subject to complex, real-world constraints. You will join a growing team of engineers working on a range of
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manufacturing techniques for composites (e.g., autoclave processing, additive manufacturing). Proficiency in computational tools such as ANSYS, LS-DYNA3D, Abaqus, or similar FEA software. Excellent written and
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. Experience in Fc glycosylation, effector function studies, or therapeutic antibody development is beneficial. Knowledge of IP processes and translational research is also desirable. Teamwork and Communication
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journal publications. The post is based in the Signal Processing, Audio and Hearing (SPAH) Group within the Institute of Sound and Vibration Research (ISVR) in the Faculty of Engineering and Physical
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fellow with skills and knowledge to complement our team. In this role, you will work with others to design and create glass layers via processes such as flame hydrolysis deposition and various
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on encapsulation materials and processes to improve durability and reliability and requires knowledge of textile manufacturing, materials and testing. E-Textile wireless sensing utilising RFID technology to monitor