Engineering Research at the University of Liverpool has always been very active and strong. Research topics are diverse and cover many engineering disciplines. The main research areas include: aeroelasticity and computational fluid mechanics, flight simulation and control, structural dynamics and control, vibration-based structural identification and modal testing, non-Newtonian fluid mechanics and rheology; Nanostructured functional materials, structural materials and mechanics, explosion resistance and impact, fracture and mechanics of solids; renewable energy, advanced sustainable manufacturing, rapid prototyping and 3-D printing, sustainable transport infrastructure materials, risk and uncertainty.
Research students are given good education and training to prepare them for various careers. The school is well equipped with many advanced experimental and computing facilities. Most academic staff are internationally renowned experts in their fields.
Find out more about our PhD and MPhil degree programmes below or view our Research activity.
Find out more about resources available for Postgraduate Research students.
Biomedical Engineering MPhil/PhD
Biomedical Engineering is one of the fastest growing engineering disciplines with exciting employment prospects in an inter-disciplinary area. Biomedical Engineering in Liverpool is home to world-class researchers in the fields of material characterisation, numerical simulation, topography analysis and medical device development.
The Computational Fluid Dynamics research conducted in the School of Engineering at the University of Liverpool is world-renowned for its research in a number of areas, e.g. rotorcraft aerodynamics and aero-mechanics, aero-elasticity, development of CFD methods, high-speed aerodynamics and wind turbine aerodynamics.
Flight Simulation and Technology Engineering MPhil/PhD
The Centre for Engineering Dynamics in the University of Liverpool is world-renowned for its research in the field of Flight Modelling and Simulation. Research activities in pilot-vehicle technologies, flight control, flight handling qualities and, most generally, aircraft design through modelling and real-time flight simulation technologies for fixed-wing and rotary-wing aircraft are particular strengths of the Group.
The Centre for Engineering Dynamics in the University of Liverpool is world-renowned for its research in the broad field of fluids engineering. Research on non-Newtonian fluid mechanics, drop dynamics, turbulence and transition is particularly strong.
Manufacturing within the Centre for Materials and Structures in the School of Engineering, encompasses a diverse range of research areas into novel advanced manufacturing techniques and systems. The manufacturing carried out here at Liverpool is world-renowned for its research in a number of areas.
Materials research is at the cutting edge of technological development in a diverse range of sectors including ICT, energy production and storage, manufacturing, aerospace, automotive, catalysis, biomedical technology and many others besides. The materials research carried out here at Liverpool is world-renowned and within the School of Engineering we have particular expertise in functional thin films, advanced materials characterization, materials chemistry, colloidal processing and complex structures, ceramics, graphene-based materials, porous metals, high temperature oxidation, nuclear materials, bio-medical materials, and materials for energy storage and production.
We create sustainable, smart, reliable and robust engineering solutions from multi-disciplinary expertise and with cutting-edge technologies to deal with uncertainty and reduce risk. We pursue cross-disciplinary developments to master the challenges of our changing natural and societal environment with sustainable, smart and robust engineering solutions.
The Centre for Engineering Dynamics in the University of Liverpool is world-renowned for its research in the broad field of Vibration and Control. Research on modal testing, inverse analysis, moving-load dynamics, vibration, robotics and engine control is particularly strong.
Within the School of Engineering, we produce internationally recognised and ground-breaking research. We provide a well-equipped, well-resourced research environment that encourages collaboration across disciplines, Departments and organisations.
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