University of Hull

What you'll study

This honours degree provides a balance of core scientific principles and applied forensic techniques. Early modules build a strong foundation in chemistry, biology and data analysis, then progress to specialised forensic topics. Typical areas of study include:

• Analytical chemistry — instrumental methods, sample preparation and interpretation of chemical evidence.
• Forensic biology — DNA analysis, serology, body fluid identification and microbiological approaches to evidence.
• Crime scene investigation — evidence recovery, scene examination, photographic documentation and chain of custody procedures.
• Forensic toxicology — principles of toxicology, interpretation of drug and poison findings and their legal implications.
• Trace evidence — fibres, hairs, glass and paint analysis using microscopy and comparative techniques.
• Forensic data and statistics — reporting uncertainty, basic statistics and use of databases for investigative support.
• Law, ethics and report writing — the legal framework for forensic evidence, expert witness testimony and ethical responsibilities.
• Research project — a substantial independent investigation in the final year, developing experimental design, analysis and scientific communication skills.

Teaching combines lectures, small-group tutorials and extensive laboratory sessions. Students typically complete assessed practicals, coursework, problem-based learning and an independent final-year project. The programme emphasises employability skills such as report writing, courtroom presentation and teamwork, and commonly offers opportunities for laboratory visits, simulated crime scenes and external guest lectures from practitioners.

Entry requirements

Applicants are normally required to have A‑level (or equivalent) qualifications with firm grades in science subjects. Typical offers expect good passes in subjects such as chemistry and/or biology and a supporting science or mathematics subject. Alternative qualifications accepted include BTEC National Diplomas (with strong overall grades), Access to HE diplomas with appropriate science content, Scottish Highers or international equivalents.

GCSE-level requirements commonly include English and mathematics at grade C/4 or above (or equivalent). Practical science experience, work placements or voluntary experience in related settings can strengthen an application. Applicants whose first language is not English will need to demonstrate English language proficiency through an approved test or qualification.

Career prospects

Graduates from the Forensic Science degree pursue a wide range of careers across the criminal justice and scientific sectors. Common destinations include:

• Forensic laboratory roles analysing biological, chemical and trace evidence.
• Scene of Crime Officer or crime scene investigator positions with police or private providers.
• Analytical chemist, toxicology or trace evidence technician roles in public and private labs.
• Intelligence, casework or evidence management roles within law enforcement and government agencies.
• Further study and research, including postgraduate MSc programmes in specialist forensic disciplines and doctoral research.
• Related careers in quality assurance, laboratory management, health and safety, and science communication.

The degree develops transferable skills valued by employers: critical thinking, laboratory technique, data interpretation and written and oral communication. Many students take professional development courses, paid placements or internships during their studies to improve employability.

Why study at University of Hull

The University of Hull offers a forensic science programme taught within a scientific environment that emphasises practical laboratory training and interdisciplinary collaboration. Students benefit from dedicated laboratory time, small-group teaching and opportunities to work on authentic investigations and research projects. The university maintains links with local and regional criminal justice organisations and industry, providing guest lectures, employer talks and opportunities for work experience.

Teaching staff include active researchers and practitioners who bring current methodologies into the curriculum. The course is designed to combine rigorous scientific training with applied forensic skills, preparing graduates for technical roles or further specialist study within the forensic science sector.