Forensic Biology BSc (Hons)

At Keele University, the Forensic Biology programme places a strong emphasis on hands-on learning, allowing students to gain practical skills that are directly relevant to careers in forensic science. From working in advanced laboratories to participating in crime scene simulations, students experience real-world applications of the science they study. This approach ensures that graduates leave with both the knowledge and the confidence to apply it effectively in professional settings.

Students have access to a variety of practical experiences and facilities, including:

• Specialist Forensic Laboratories: Equipped with advanced instrumentation for DNA analysis, microscopy, and chemical testing, allowing students to practice core forensic techniques.

• Crime Scene Simulations: Students participate in mock crime scene investigations to develop skills in evidence collection, documentation, and analysis.

• Final Year Research Project: Each student completes an independent research project, applying laboratory and analytical skills to a focused forensic problem.

• Group Projects and Collaborative Work: Opportunities for teamwork develop communication, problem-solving, and project management skills essential for forensic careers.

• Industry Exposure and Field Trips: Visits to forensic labs, police facilities, and other relevant organizations provide insight into professional practices and real-world applications.

• Access to Digital Tools and Software: Students learn to use forensic databases, analytical software, and digital reporting tools commonly used in professional laboratories.

• Comprehensive Library and Research Facilities: Keele’s libraries and online resources support students in research, literature reviews, and data analysis.

• Undergraduate Research Conference: Students present their findings from final-year projects in a conference-style environment, enhancing presentation and communication abilities.

These experiences ensure that graduates are not only scientifically competent but also confident in applying their skills in forensic investigations and research, giving them a competitive edge in the job market.

Graduates of Keele University’s Forensic Biology programme leave with the skills, knowledge, and practical experience needed to enter a wide range of forensic and scientific careers. Many pursue roles in criminal investigations, laboratory research, and law enforcement, equipped to handle real-world challenges with confidence. Typical career paths include Forensic Scientist, Crime Scene Investigator, Laboratory Analyst, and DNA Analyst:

• Career Support at Keele: The university offers dedicated employability support, including one-to-one career guidance, CV and interview workshops, and access to professional networking events, all tailored to students in forensic and biological sciences.

• Employment and Salary Outcomes: Graduates enjoy strong employment prospects, with many securing positions in forensic laboratories, police services, or research institutions. Starting salaries typically range from £24,000 to £32,000, increasing with experience and specialization.

• University–Industry Partnerships: Keele collaborates with forensic laboratories, law enforcement agencies, and research centers, providing students with placement opportunities, industry projects, and exposure to professional practices.

• Accreditation and Professional Recognition: The programme aligns with standards in forensic science, offering a respected qualification that supports career progression in scientific and criminal investigation fields.

• Graduate Success: Alumni move into roles in forensic science, analytical laboratories, research, and law enforcement, equipped with both practical and analytical skills that are highly valued in the workplace.

Further Academic Progression:

Graduates can continue their studies or professional development through:

• Master’s Degrees: Specialising in forensic science, molecular biology, or forensic genetics to deepen expertise and open advanced career opportunities.

• PhD Programmes: Pursuing research in forensic science, molecular analysis, or criminal biology.

• Professional Training: Additional certifications or training in forensic analysis, law enforcement, or criminal investigation to enhance career prospects and specialization.

This programme ensures students are not only ready to start their careers immediately after graduation but also well-prepared to continue learning and advancing in the evolving field of forensic science.