At LJMU we’re changing the way we consume and produce goods to ensure an increased focus on sustainability. The concept of sustainability has influenced our curriculum, with students having the opportunity to learn about sustainable production in existing modules. Our research and knowledge exchange efforts have also helped to revolutionise material production as far afield as Bangladesh and the Philippines.
We’re committed to protecting our environment and supporting a sustainable future for our students and the global community. On campus, we launched the UK’s first undergraduate degree on climate change and have revamped our buildings to reduce carbon emissions. Globally, used ground-breaking research to tackle peat fires in Indonesia and we’ve delivered flood resilience workshops in Cumbria.
LJMU research and facilities help to protect marine life and preserve our oceans for future generations. Locally, we offer state of the art facilities for students to train the next generation of maritime experts. We also work closely with ports and maritime companies to tackle key industry challenges. Internationally, our researchers have used forensic science to curb the illegal trade of marine wildlife and to detect microplastics in seas.
Find out more information about how the Equality, Diversity and Inclusion Team work proactively to promote inclusivity for all at LJMU.
Find out how The Doctoral Academy are broadening opportunities for postgraduate students to increase their Equality, Diversity and Inclusion awareness.
Working with businesses in Lancashire to create innovative low carbon goods, processes and services. Business assistance is free in most cases, find out how the LoCal-i project can help your company.
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Our research is applicable to clinical and sport and exercise biomechanics. Our focus includes: musculo-skeletal growth and development, gait analysis, virtual rehabilitation, postural stability, footwear biomechanics, and artificial neural networks.
Find out more about research projects undertaken by the Biomechanics Research Group.
Find out more about members of the Biomechanics Research Group.