Keele University

What you'll study

This degree covers the scientific principles and practical techniques used to examine physical evidence, recover and preserve scenes, and present findings in legal contexts. Teaching blends chemistry, biology, analytical techniques, statistics and forensic practice so you develop both laboratory competence and an understanding of investigative processes.

• Core laboratory skills: practical training in analytical chemistry, microscopy, DNA analysis, serology, and trace evidence examination.
• Crime scene and evidence handling: modules on scene examination, evidence recovery, contamination control, chain of custody and scene reconstruction using simulated crime scenes.
• Forensic disciplines: topics typically include forensic biology, forensic chemistry and toxicology, fingerprint science and pattern evidence, and footwear/tire mark analysis.
• Data analysis and interpretation: statistical methods for forensic evidence, quality assurance, validation of methods and reporting of uncertainty.
• Law and ethics: the legal framework for forensic work, expert witness responsibilities, ethics and the criminal justice process.
• Research project or dissertation: an independent, staff-supervised research project in a specialist area of forensic science in the final year.
• Optional practical experience: opportunities for a year in industry/placement or short work-based learning modules; some pathways include additional applied or investigative modules.

Entry requirements

Typical entry requires A-levels (or equivalent) with at least two science subjects such as Biology and/or Chemistry; applicants with a science-based BTEC or equivalent qualifications are also considered. GCSE requirements normally include passes in English and Mathematics. Some routes or specific modules may expect prior laboratory experience or demonstrable practical skills. International applicants will need an approved secondary qualification and proof of English language ability where applicable. Selection is based on academic achievement, personal statement and references; applicants may be invited to an interview or to provide evidence of practical experience for some programmes.

Career prospects

Graduates move into a range of science-led roles within the criminal justice and associated sectors. Typical destinations include forensic laboratory analyst, crime scene investigator, evidence recovery technician, fingerprint examiner, toxicology or DNA laboratory assistant, and roles within police forces, government laboratories, private forensic providers and regulatory bodies.

• Many graduates also progress to further study, professional training or vocational routes such as MSc forensic specialisms, forensic science technician training, or legal and investigative qualifications.
• Transferable skills from the degree—critical thinking, laboratory competence, report writing and statistics—are also valued in bioscience, healthcare science, quality assurance and research roles.

Why study at Keele University

Keele’s School of Forensic and Applied Sciences delivers forensic teaching within a research-active environment and provides dedicated laboratory facilities and simulated crime scene spaces for practical training. You will be taught by staff with experience across forensic disciplines and applied research, allowing close contact between teaching and current practice.

• Interdisciplinary curriculum combining chemistry, biology and investigative skills to reflect modern forensic practice.
• Emphasis on practical, hands-on learning with access to specialist equipment and opportunities for work placements and industry links.
• Small-group teaching, support for independent research projects, and a campus environment that supports collaborative learning and extracurricular forensic societies.