Health and Human Development
Health and Human Development research crosses disciplinary boundaries to find solutions to complex health issues and improve peoples' lives.
We conduct research on human development and learning from infancy through adulthood into old age. We investigate perceptual, social, and linguistic problems using a combination of experimental, observational, computational, and neurophysiological techniques.
We also develop and evaluate novel statistical methods of study design and data analysis for pharmaceutical companies and medical research units.
- Advanced manufacturing
- Analytical skills
- Behavioural, computational and neuropsychological techniques
- Medical and pharmaceutical statistics
We work in partnership with Lancaster University's Faculty of Health and Medicine, which offers an additional and complimentary blend of biomedical, medical, and social science expertise.
Science and Technology at Lancaster University is part of the North West Coast Academic Health Science Network, strengthening links between NHS services and local universities, business and industry.
Benefits of Collaboration
- Access unique knowledge and technologies
- Access our multi-million pound facilities
- Gain extra resources through student engagement activities
- Tap into our global network
- Work with us to develop new products and processes
Working in Partnership
We have extensive links with the NHS and work with a range of private and public sector organisations.
Our enterprise activities are organised across seven key interdisciplinary themes which build on disciplinary excellence and provide natural points of collaboration:
- View our themes
Organisations can access our expertise through five types of collaborative partnership:
- Collaborative research
- Commercialisation of intellectual property
- Professional training
- Student engagement
- Facilities for research and development
Aviation Technology Applied to Healthcare
Professor Garik Makarian collaborated with the University Hospital of South Manchester to develop a real-time patient monitoring and risk prediction system, similar to those used by pilots to monitor the safety of their aircraft.
The new tool has been designed to make sense of a diverse range of patient data to provide health care professionals with a clearer indication of what might happen to their patients in the near future, buying them precious time to take preventative action.
Doctors can then potentially access this information at any time, even from home on their laptop or phone.
- Air quality models and GIS mapping
- Anthropology of health and illness
- Atmospheric particles and health
- Biomedical physics
- Clinical trial methodology
- Design and development for medical devices, surgical guides and pre-operative planning tools
- Diabetes mellitus and cognitive performance and the role of glucose and insulin in Alzheimer's disease
- Epidemiological methods
- Infrared spectroscopy
- Impoverished nutrition
- Language acquisition and a typical language development
- Long-term social impacts of disaster recovery
- Microfluidic and biofluidic devices, electronics design for test, reliability and health monitoring
- Neuropsychological markers of degenerative diseases
- Nuclear medicine-radiation detection
- Parasite-human interactions with malaria
- Radio frequency hardware development and signal and imaging processing for medical scanners
- Voice recognition for speech therapy