Digital Health Interest Group
The Digital Health Interest Group within the Institute for Health Research are actively engaged with digital health research and aim to develop long-standing interventions to improve health care and pathways.
The Digital Health Interest Group within the Institute for Health Research are actively engaged with digital health research and aim to develop long-standing interventions to improve health care and pathways.
The LJMU Drone Research Group uses off-the-shelf and custom in-house-built drones for a wide array of applications that range from mapping of archaeological sites to counting orangutans. Find out more about the research taking place within this group.
Find out more information about LJMU's cross university Armed forces Steering Group and their commitment to supporting students, staff and its wider communities who have a connection to the Armed Forces.
The Liverpool Early Number Skills Project investigates the influence of the home learning environment, language and cognitive abilities on children's early number skills. Find out more about this project.
The Suicide and Self-Harm Research Group builds on existing areas of excellence in research and aligns with the national suicide prevention strategy (2019)
The Dance Research Group is at the forefront of the latest innovations in dance education. Our expertise includes professional studies, technology in dance, disability and dance, and creative practice.
The Liverpool Institute for Research in Education has an extensive record of conducting educational research that has been influential locally, nationally and internationally.
Here at LJMU, we recognise that your service and time spent in the Armed Forces has provided you with a range of skills and attributes that will enable you to excel in your studies at university and to reach your potential as you take the next step into civilian life.
LJMU Biodiversity and Conservation Group
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.