UCL SECReT is the international centre for training in security and crime related research degrees, the first centre of its kind in Europe. UCL SECReT was set up in 2009 following a £7m award by the EPSRC and £10m of support from industrial, academic and public sector partners (such as the Home Office, Met Police, British Transport Police, Lockheed Martin, BT plc, BAE Systems, Thales).
Current scholarships – www.ucl.ac.uk/secret/fees-funding/scholarships
We offer the most comprehensive integrated PhD programme for students wishing to pursue multidisciplinary security or crime-related research degrees. We recruit our doctoral students from a range of scientific backgrounds to pursue research in crime or security domains across the engineering and social sciences. Students can enter through various funding routes (self-funded, industry sponsors, scholarships).
See: www.ucl.ac.uk/secret for full programme details
During their PhD, all SECReT students develop an expertise in specific crime and security domains, e.g., cybercrime, terrorism, organised crime, sexual abuse, urban crime, environmental crime, heritage crime, etc. Their research can be classified into three categories as outlined in the box below.
How crime events occur and affect complex systems in the physical world or cyberspace. This research focuses on understanding what influence criminals’ decision making, the patterning of crime events in time and space, crime reporting, intelligence analysis and security operations, and directly informs the design of prevention policies and security measures. Students typically come from political science, crime science, psychology, geography, computer science, statistics and mathematics. During their PhD, they develop a strong theoretical knowledge in social/behavioural sciences along with advanced skills for complex systems analysis:
The design and evaluation of crime prevention and security measures eg. the emergence of new materials, sensors, and algorithms for security applications. With a focus on technological innovation and a powerful network of external partners, researchers come from physics, chemistry, electronic engineering and computer science:
This research addresses all stages of the forensic science process from the crime scene, to the analysis of evidence, the interpretation of those results and their presentation to a court. The focus of research projects within the forensic sciences broadly fall in two domains, 1) developing our understanding of trace evidence dynamics, and 2) addressing the interpretation of forensic evidence and intelligence. Students come from a range of backgrounds and develop a strong understanding of a particular forensic science domain and theoretical frameworks to enable more robust inference and interpretation of the significance and weight of intelligence and evidence.
Key research areas include:
Students applying must have (or expect to achieve) a 2.1 undergraduate degree.
Please visit our website to find out the current course fees.