We are based within the James Watt School of Engineering, making internationally leading contributions in design, synthesis and manufacturing of polymer composites, light-weight alloys and important construction materials including concrete. We have a broad scope of expertise, with 12 academics and around 20 researchers and PhD students. An implicit goal in much of our research is sustainability, through for example, light-weighting, recycling and reduced CO2 synthesis and manufacturing.
An important underpinning philosophy behind our research is that of Integrated Computational Materials Engineering, linking materials and manufacturing processes at multiple length scales, to better understand and control the process-properties-performance relationship. We work closely with the Glasgow Computational Engineering Centre and have a wide range of facilities available including specimen preparation and microscopy, 3-D printing, mechanical testing and access to a suite of analytical material characterisation techniques. We are equipped to tackle highly complex materials and manufacturing challenges, particularly from an industrial perspective and are keen to engage through both research projects and industrial consultancy services. If you wish to collaborate with any of our team, then please do get in touch.
An important underpinning philosophy behind our research is that of Integrated Computational Materials Engineering, linking materials and manufacturing processes at multiple length scales, to better understand and control the process-properties-performance relationship. We work closely with the Glasgow Computational Engineering Centre and have a wide range of facilities available including specimen preparation and microscopy, 3-D printing, mechanical testing and access to a suite of analytical material characterisation techniques. We are equipped to tackle highly complex materials and manufacturing challenges, particularly from an industrial perspective and are keen to engage through both research projects and industrial consultancy services. If you wish to collaborate with any of our team, then please do get in touch.
What we do
Experiments
We test a range of materials under different conditions to deepen our understanding of material behaviour. |
Simulations
Computational analyses and prediction models are vital in addressing engineering problems. |
Validation
We are one of the few research groups that bridge the gap between theoretical modelling and experimental work. |
Building bridges between academia & industry
We believe that research should not only make an impact but also provide solutions to engineering challenges faced by suppliers and manufacturers in the UK. This is why we strive to maintain good partnerships with an increasing number of industries and companies.
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Sectors we support
Aerospace
In a sector where materials are expected to perform close to their limits, we ensure they do so reliably. |
Manufacturing
We assess the suitability and performance of certain alloys for advanced manufacturing methods. |
Biomedical
Engineering our way to offer materials solutions to the growing demands of the biomedical industry. |
Our Seminar SeriesJoin us monthly as we host academics from the group, as well as from all over the UK and beyond to talk about a materials-related topic! Pre-registration is required, as details for the Zoom calls will be emailed the day before.
Missed the talk? You'll find some of them on our Youtube channel. You can also sign up to receive notifications about upcoming seminars by following the link below. |
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Current Opportunities
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Opportunities to join the group and work on a pioneering materials research project come up throughout the year. The following projects are currently accepting applications:
Fully Funded (Open to International Students/Fall 2022) PhD in Engineering at Glasgow: Data-Driven Digital Twins for Smart Manufacturing Fully Funded (Open to International Students/Fall 2022) PhD in Engineering at Glasgow : Machine Learning for Digital Manufacturing |