Keele University

What you'll study

The programme combines core forensic science topics with hands-on laboratory techniques and an independent research project. Typical modules cover:

• Principles of Forensic Science – the role of forensic science in the criminal justice system, legal frameworks and expert witness responsibilities.
• Crime Scene Examination – scene assessment, contamination avoidance, evidence recovery and documentation techniques.
• Forensic Biology and DNA Analysis – biological evidence, DNA profiling methods, interpretation of profiles and mixture analysis.
• Forensic Chemistry and Toxicology – chemical analysis of drug, poison and trace evidence using instrumental methods and interpretation of results.
• Analytical Techniques in Forensics – practical training in chromatography, spectrometry and microscopy commonly used in forensic laboratories.
• Digital and Trace Evidence – introduction to digital evidence issues and the recovery and interpretation of trace materials such as fibres, paint and glass.
• Statistical and Evaluative Methods – interpretation of forensic findings, probability, uncertainty and reporting scientific evidence.
• Research Dissertation – an independent research project or laboratory-based investigation supervised by academic staff, culminating in a written dissertation and presentation.

Teaching is delivered through a mix of lectures, seminars, laboratory practicals and case-based workshops. The programme emphasises practical competence in laboratory techniques and the critical evaluation of forensic evidence.

Entry requirements

Applicants are normally expected to hold a UK honours degree (2:2 or above) in a relevant scientific discipline such as biomedical science, chemistry, biology, forensic science or a closely related subject. Applicants with significant vocational experience in policing, forensic support roles or laboratory work may also be considered.

International applicants should demonstrate proficiency in English; typical requirements align with recognised qualifications such as an overall IELTS score at postgraduate level (with minimum component scores as required). Additional requirements may include a personal statement outlining relevant experience and interests, and academic references.

Career prospects

Graduates gain practical and analytical skills that are applicable to a range of careers within the criminal justice and scientific sectors. Typical roles pursued by alumni include:

• Forensic scientist or laboratory analyst in public or private forensic laboratories
• Crime scene investigator and evidence recovery officer
• Forensic toxicologist or trace evidence analyst
• Digital forensics support or specialist technical roles in law enforcement
• Laboratory quality assurance, technical support and research technician positions
• Progression to doctoral study or research careers in forensic science and related disciplines

The programme also supports transferable skills valued by employers, including report writing, data interpretation, critical thinking and project management.

Why study at Keele University

Keele delivers forensic science teaching within a research-informed environment on a single-site campus that brings academic departments, laboratories and student services into close proximity. The university emphasises practical, skills-based training supported by laboratory facilities and experienced academic staff with backgrounds in analytical science and forensic research.

Students benefit from multidisciplinary perspectives, opportunities for applied project work, and links with regional forensic providers and policing organisations which help contextualise learning and support employability. Keele's small-group teaching and dissertation supervision provide a supportive environment for developing technical competence and independent research capabilities.