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simulation will be performed using data collected by the ATLAS experiment. The PhD will facilitate experience and knowledge opening up career routes into traditional academic roles in high energy physics
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at conferences and collaborate with vaccine manufacturers and stakeholders (assessed at: application/interview) Self-motivation and self-driven to perform high-quality research. Utilising attention to detail
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fluidised bed granulation for powder-based pharmaceutical manufacturing. Fluidised bed granulation processes remain a challenge to design, scale up and control, and this can result in high costs
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research programme is to use genetic, molecular and cellular, and imaging/image analysis approaches to understand the development and function of the vertebrate inner ear, the organ of hearing and balance
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scope for improvements. This PhD project will focus on exploiting the power of additive manufacturing to deliver high performing functional materials to allow increases in performance of electrical
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Decarbonising construction: Advanced spectroscopic approaches to understand nanostructural development and phase evolution in high-performance, low-carbon cements School of Chemical, Materials and
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and low power (yet high performance) RF circuits and hardware, spanning the entire field and spectrum of RF design. The purpose of this research project is to investigate present state-of-the-art
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High-Performance Laser Powder Bed Fusion of Polymer Parts Using Quantum Cascade Laser Arrays School of Electrical and Electronic Engineering PhD Research Project Self Funded Dr Kristian Groom
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shear flows, aerodynamics. Numerical analysis, in particular Computational Fluid Dynamics. Excellent programming skills in C, Fortran, or any other high-level language. Desirable: final-year project on a
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ensure the smooth day-to-day operation of the programme. The post requires excellent organisational skills and a high level of attention to detail throughout the project cycle including administrative