Chemistry with Forensic Science BSc(Hons)

3 Years On Campus Bachelors Program

University of Huddersfield

Program Overview

If you’re curious about the science behind solving crimes, this BSc (Hons) Chemistry with Forensic Science degree is perfect for you. You’ll gain a solid grounding in chemistry while exploring how it’s applied in forensic investigations — from analysing fibres and fingerprints to detecting chemicals and toxins.

Curriculum Structure

Year 1
Your first year lays the foundation. You’ll explore the essentials of chemistry in modules like Structure: From Atoms to Molecules and Materials and The Reactivity and Properties of Carbon Compounds, learning how atoms and molecules behave. At the same time, you’ll start hands-on forensic work through Practical Forensic Science 1, getting your first taste of evidence collection, fingerprint analysis, and basic lab tests. Data Handling for Forensic Science helps you make sense of numbers and results — a skill you’ll use throughout your degree.

Year 2
In your second year, things get more exciting. Modules like Methods and Strategies in Organic Synthesis and Molecular Analysis & Instrumental Methods deepen your chemistry knowledge, while Practical Forensic Science 2 lets you tackle more realistic casework, including chromatography and mass spectrometry. You’ll also practice simulating crime scenes and preparing evidence for legal proceedings, so you really start to see how chemistry meets law.

Year 3 (Optional Placement Year)
If you take the four-year route, you can spend a year gaining real-world experience in a lab or industrial setting. This could be anywhere from a pharmaceutical company to a forensic lab, helping you apply your chemistry and forensic skills outside the classroom and making your CV stand out.

Final Year
Your final year is all about independence and specialization. You’ll design your own research project, tackle advanced chemistry modules like Heterocycles, Selectivity & Modern Synthesis, and choose forensic-focused modules such as Interpretation of Forensic Evidence or Forensic Science & the Law. By the end, you’ll be confident in your lab skills, analytical thinking, and ability to communicate scientific findings — even in a courtroom setting.

Focus Areas

Chemical synthesis, analytical techniques, crime scene investigation, trace evidence, forensic toxicology, legal applications, and research skills.

Learning Outcomes

You’ll graduate able to apply chemistry knowledge to real forensic problems, analyse and interpret evidence, plan and carry out independent projects, and communicate complex findings clearly and confidently — whether to scientists, legal professionals, or the public.

Professional Alignment (Accreditation)

This course is accredited by the Royal Society of Chemistry (RSC), ensuring your qualification meets professional standards.

Reputation & Employability

The University of Huddersfield is rated Gold in the Teaching Excellence Framework (TEF 2023), recognising high-quality teaching and student experience.
Around 75% of graduates go on to jobs where their degree is essential or useful, with opportunities in forensic labs, research, pharmaceuticals, and more.
The course benefits from excellent lab facilities and links with industry, giving you a real head start in your career.

Experiential Learning (Research, Projects, Internships etc.)

What makes this course stand out is how much you’ll actually get to do. From your very first weeks, you’ll be in specialist chemistry and forensic labs, working with real equipment and real samples — not just watching demonstrations. You’ll practice the same techniques used in professional forensic labs, simulate crime scenes, and learn how evidence is collected, protected, and analysed. Because the University of Huddersfield has a strong research culture, you also benefit from advanced instruments and modern facilities that are normally reserved for postgraduate and professional scientists.

All of this means you won’t just learn the science — you’ll build real confidence with the tools, environments, and thinking that define forensic work. And you’ll keep developing those skills year after year, in labs, in simulated field environments, and during your final research project.

Here’s how that hands-on experience unfolds for you:

Work in dedicated forensic labs where you’ll carry out fingerprint development, fibre and hair microscopy, and spot tests used in real casework.
Use professional-grade analytical instruments — including chromatography and mass spectrometry — to examine drugs, poisons, and explosive residues during your second-year practical modules.
Step into realistic crime-scene scenarios through Crime Scene and Forensic Examinations, learning photography, evidence packaging, contamination control, and even producing a mock court report.
Take advantage of an optional 48-week supervised placement year, giving you the chance to gain industry experience in the UK or abroad in scientific, analytical, or forensic settings.
Complete a substantial final-year research project, where you'll work closely with an academic supervisor and use advanced chemistry techniques in research-level laboratories.
Develop teamwork and problem-solving skills in practical sessions such as Advanced Chemistry Practical, where you’ll plan experiments, interpret results, and present your findings.
Benefit from the University’s strong research environment within the Department of Chemical Sciences, giving you access to high-quality facilities, modern instrumentation, and active research groups.
Build confidence with digital data tools through modules like Data Handling for Forensic Science, where you’ll learn probability, statistics, and computer-based data processing used in scientific investigations.

Progression & Future Opportunities

One of the biggest strengths of this degree is how well it prepares you for real careers in both chemistry and forensic science. Many graduates step into roles where they’re analysing samples, supporting investigations, or working in high-tech labs — and employers value the combination of chemical expertise and forensic awareness you gain here. Common job paths include Analytical Chemist, Crime Scene Investigator, Laboratory Analyst, and Chemistry Technician, with opportunities across forensic labs, chemical companies, pharmaceuticals, and research environments.

And to help you get there, Huddersfield builds strong support into your journey:

Careers & Employability Service – You’ll have access to one-to-one career advice, employer events, CV workshops, and tailored support that connects you directly with organisations in the chemistry and forensic sectors.
Graduate employment outcomes – Around 75% of graduates move into roles where their degree was essential or highly useful, showing how well this course aligns with real employer needs.
Salary progression – According to sector data, typical roles linked to this degree start around £22,300, rise to about £25,200 after three years, and can reach £28,800+ after five years, reflecting strong long-term earning potential.
Industry connections – Through the optional placement year, students have worked with companies such as Arxada, Concept Life Sciences, and Thornton & Ross, gaining hands-on experience in professional laboratory environments.
Professional recognition – The course is accredited by the Royal Society of Chemistry (RSC), which adds real weight to your qualification and is valued by employers across the chemical industry.
Strong graduate outcomes – Across this subject area, 80–90% of graduates are in work or further study within 15 months — a reassuring indicator of career momentum.

Further Academic Progression:
If you decide to continue your studies after graduating, you’ll have strong routes forward. Many students progress into Huddersfield’s Forensic Chemistry MSc, where they specialise further in toxicology, advanced analysis, and casework interpretation. You can also move into a PhD in chemical or forensic sciences, especially if you enjoy research and want to take your expertise into academia or high-level scientific roles.