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Research is part of the life blood of a dynamic science and is essential at both a fundamental and applied level. This is a key activity of The Centre for Forensic Science, often in collaboration with operational forensic science laboratories.
Ideas for research projects originate from a wide range of sources but a common theme is following up issues encountered in casework. A good example of this is the generation of databases, vital to the evaluation of evidence, as well as many other areas fundamental to the delivery of forensic science.
The University of Strathclyde is actively engaged in research into many areas of forensic science and forensic practice. This research is both directly related to the field as well as at a more fundamental and theoretical scientific level.
Our achievements
In the last 10 years members of staff of the Centre for Forensic Science have:
- Published over 100 publications in peer reviewed literature
- Delivered over 90 conference presentations at the leading forensic science meetings around the World including invited lectures, keynote lectures and workshop presentations.
- Authored 19 book chapters and edited three texts relating to forensic science practice.
- Patented a number of technological developments of relevance to forensic science.
This is the highest research output for any academic section or unit engaged in forensic science in the UK.
Working in Partnership
Since 1994 over 20 students have completed their PhD studies in Forensic Science at Strathclyde. The areas of research involved included drugs, documents, fires, explosives and DNA.
Almost 300 MSc research projects have been undertaken in partnership with most of the forensic science providers in the UK and leading forensic science laboratories and practitioners across the World.
Future Research
The Centre for Forensic Science will continue to be at the forefront of forensic science research and has a range of ongoing projects and interests including:
- DNA and human genomics
- Drug profiling
- Fire scene investigation and fire debris analysis
- Evaluation of complex data sets using statistical and probabilistic methods, including artificial neural networks and Bayesian techniques
- Environmental forensic science
- Forensic science policy and use of forensic science by law enforcement organisations
- Evaluating new technology and methodology