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The Centre is one of the largest and most comprehensive aerospace research and education activities of its kind, combining advanced postgraduate education, world-leading research, industrial collaboration, Continuing Professional Development (CPD) and unique large-scale experimental facilities. By integrating airframe and propulsion disciplines within a single Centre, we provide the expertise required to develop the next generation of sustainable, efficient and intelligent aerospace systems.

The Centre's expertise also extends beyond aerospace propulsion to encompass advanced power and energy systems. Building on decades of research in thermal power engineering, we develop technologies that improve the efficiency, reliability and sustainability of power generation across a range of applications, from conventional gas turbines to future low-carbon energy systems. Our research in power addresses the challenges of the global energy transition through innovations in energy conversion, hydrogen and alternative fuels, low-emission combustion, carbon reduction technologies, hybrid energy systems and integrated thermal management.

By combining expertise in aeronautics, propulsion and thermal power, the Centre delivers multidisciplinary solutions that support both the future of sustainable aviation and the wider decarbonisation of energy and transport.

Centre of Excellence in Integrated Aerospace and Power Systems

The Centre for Aeronautics, Propulsion and Power brings together more than 120 academic, research and technical staff, supported by a vibrant community of more than 250 postgraduate and doctoral researchers. Our activities span the complete aerospace engineering lifecycle—from conceptual aircraft design and multidisciplinary optimisation through propulsion integration, testing, certification and operational performance.

Our research addresses the major technological challenges facing the aviation, aerospace and power industries, including future aircraft architectures, sustainable propulsion, hydrogen-powered flight, hybrid-electric aircraft, advanced gas turbines, thermal management, digital engineering and autonomous systems.

The Centre is characterised by the close integration of education, research and industrial collaboration. Every year we educate hundreds of MSc students from around the world, supervise a large doctoral research community and deliver an extensive portfolio of specialist professional development courses. Students and researchers benefit from direct engagement with leading aerospace companies through collaborative projects, industrial placements and sponsored research.