Come and study topics at the forefront of innovation and development in education, with a focus on how to expand your approach to educational techniques within a clinical and workplace context that will enhance and engage staff and students learning.
Working in partnership with Mersey Forest, LJMU have developed the Natural Curriculum, which is already gaining a strong local and regional reputation. We run a professional practice hub for local schools and have successfully delivered Department for Education/Natural England funded income-generating programmes for teachers.
Come and study topics at the forefront of innovation and development in education, with a focus on how to expand your approach to educational techniques within a clinical and workplace context that will enhance and engage staff and students learning.
Find out how we can provide your company with unbiased specialist advice and bespoke reports as well as student projects that can all significantly benefit your business financially as well as environmentally.
Researchers from the School of Computer Science and Mathematics specialise in a wide range of subjects, find out more.
LJMU is proud to host the Liverpool City Region Retrofit Summit and Expo 2026, a landmark, free to attend event bringing together housing professionals, local authorities, industry leaders, academics, community organisations and policy makers who are shaping the future of low carbon homes.
Find out more about Artificial Intelligence
Read the oration for Professor Francisco Sánchez Martínez on the award of their Honorary Fellowship from Liverpool John Moores University presented by Professor Peter Wheeler.
Hi-Tech Steel Services are a St Helens based steel stockholder and processor, with the capacity to process in excess of over 5,000 tonnes of strip mill product per month. LJMU were able to provide access to specialist academic expertise and offer a dedicated resource, enabling Hi-Tech Steel to investigate the options available to them.
Ana’s lab works on transforming waste products into new civil engineering resources. The team uses bio-based waste from agriculture and industry to make new construction resources with that have resilient, self-healing properties.