Keele University

What you'll study

This integrated masters programme builds chemistry knowledge from fundamentals to advanced analytical methods applied to forensic problems. Teaching typically covers core chemical principles in the early stage, progressing to specialised forensic modules and a substantial independent research project in the final year.

• Core analytical chemistry: quantitative analysis, instrumental techniques, chromatography (GC, HPLC), mass spectrometry, spectroscopy (IR, UV–Vis, NMR fundamentals) and method validation.
• Forensic-specific modules: trace evidence analysis (fibres, paints, glass), forensic toxicology, controlled substances and drug profiling, arson and explosive residue examination, and interpretation of forensic evidence.
• Crime scene and evidence handling: contamination avoidance, sample collection and chain of custody, courtroom presentation and report writing, and the interface between scientists, investigators and the legal system.
• Data analysis and quality systems: chemometrics, statistics for forensic data, laboratory quality assurance, accreditation standards and audit processes.
• Professional skills and placement options: opportunities for an industrial placement or work-related learning, professional practice modules, and interdisciplinary sessions with criminology and law.
• Research project: an extended laboratory-based or applied research project supervised by academic staff, producing a dissertation and practical outcomes suitable for scientific or postgraduate progression.

Entry requirements

Applicants are expected to have a good secondary school leaving qualification with chemistry as a principal subject; typical offers reflect strong performance in chemistry plus one other science or mathematics. Entrants with relevant science or laboratory-based foundation qualifications, HND/HNC or a suitably classified undergraduate degree in chemistry or forensic science are also considered.

• Typical A-level/Scottish Higher expectations: strong grades including Chemistry and a second science or Mathematics. Exact offers vary by year and pathway.
• International equivalents such as the International Baccalaureate, recognised diplomas or vocational qualifications are accepted where they demonstrate suitable science content and achievement.
• Applicants whose first language is not English will need to meet Keele's English language requirements; satisfactory scores in recognised English tests are required where applicable.
• Relevant laboratory experience, a personal statement outlining motivation for forensic chemistry and references are taken into account. Mature applicants with workplace experience in chemistry or forensic settings are encouraged to apply.

Career prospects

Graduates move into a range of laboratory-based and analytical roles across public and private sectors. The programme equips students for roles that require robust chemical analysis, interpretation of evidence and familiarity with legal processes.

• Forensic scientist positions in police or governmental forensic laboratories and private forensic service providers.
• Analytical chemist roles in pharmaceutical, environmental, food or materials testing laboratories.
• Toxicology and controlled-substances analysis in clinical or regulatory laboratories.
• Quality assurance, laboratory management and roles in accreditation and compliance.
• Graduate entry to research (PhD) or further professional training, including opportunities in consultancy, expert witness work and teaching.

Why study at Keele University

Keele offers a campus-based learning environment with strong interdisciplinary links across chemistry, criminology and law, supporting a forensic approach that combines science with real-world practice. Teaching is delivered by staff active in analytical and forensic research, and students have access to modern laboratories and instrumentation.

• Practical skills development using industry-standard instrumentation and dedicated laboratory space for forensic techniques.
• Emphasis on employability through project work, opportunities for placements or work-related learning and skills in report-writing and courtroom communication.
• Interdisciplinary teaching that brings together chemical analysis, evidence interpretation and understanding of the criminal justice context.
• Supportive student experience in a residential campus setting, with access to academic support, careers guidance and research supervision for final-year projects.