MSci Biochemistry

4 Years On Campus Accelerated-masters Program

University of Exeter

Program Overview

The MSci Biochemistry at the University of Exeter is an integrated four-year master’s degree that explores the science behind life at a molecular and cellular level. Ideal for students interested in healthcare, biotechnology, pharmaceuticals and scientific research, the programme combines advanced biochemistry knowledge with practical laboratory skills, research experience and specialist training in areas such as molecular biology, genetics and cellular processes.

Curriculum Structure

Year 1:
Your first year introduces the fundamental concepts that form the foundation of biochemistry and biological sciences. Through modules such as Biochemistry, Fundamental Principles for Bioscientists, Genetics, Microbiology, Cells, Structure and Reactivity of Organic Compounds I and General Chemistry, you will explore biological molecules, cellular functions, genetic information and the chemical principles that explain how living systems work.

Year 2:
In the second year, you will develop a deeper understanding of biochemical processes while strengthening your research and analytical abilities. Modules including Research Skills and Bioethics, Metabolism, Advanced Cell Biology and Analytical Techniques in Biochemistry allow you to explore cellular regulation, metabolic pathways and modern biochemical methods, while optional modules such as Genomics and Introductory Bioinformatics, Molecular Biology of the Gene and Experimental Pharmacology let you explore areas aligned with your interests.

Year 3:
The third year focuses on advanced biochemical concepts and prepares you for independent scientific research. Through modules such as Horizons of Biochemical Research, Biosciences Research Project and Protein Structure in Research and Industry, you will apply laboratory and analytical skills while exploring topics including molecular mechanisms, disease processes, biotechnology and the role of proteins in research and industry.

Year 4:
The final year of this integrated master’s degree is dedicated to advanced research training and specialist scientific investigation. Through modules such as Research Grant Proposal and the Research Project, you will develop the ability to plan experiments, analyse complex scientific data, communicate research findings and contribute to cutting-edge biochemical research.

Focus Areas: Biochemistry, Molecular Biology, Cellular Processes, Genetics, Microbiology, Metabolism, Protein Structure, Bioinformatics, Biotechnology, Pharmaceutical Research, Disease Biology, Laboratory Research.

Learning Outcomes: Develop advanced knowledge of biochemical processes, understand how molecules and cells function, apply laboratory and analytical techniques, interpret scientific data, design and complete research projects, evaluate scientific evidence, understand ethical considerations in bioscience and develop the research skills required for careers in science, healthcare and biotechnology.

Professional Alignment (Accreditation): The MSci Biochemistry programme provides advanced scientific and research training that supports progression into biotechnology, pharmaceutical industries, healthcare research and further academic research pathways such as PhD study.

Reputation (Employability Rankings): The University of Exeter provides research-led teaching and strong links between academic study and scientific practice. Students benefit from specialist scientific training, research experience and skills development that are valued by employers in biotechnology, pharmaceutical and healthcare sectors.

Experiential Learning (Research, Projects, Internships etc.)

Students on the MSci Biochemistry at the University of Exeter gain valuable practical experience by combining laboratory-based learning, research activities and advanced scientific training. The programme helps students develop the skills of a professional biochemist through hands-on experiments, independent research projects and access to specialist facilities used for studying biological processes at molecular and cellular levels. Learning takes place in a research-focused environment where students work alongside experts and use modern technologies that support areas such as molecular biology, genomics, imaging and biochemical analysis.

The programme provides opportunities to apply scientific knowledge through laboratory work, research projects and specialist facilities designed for modern bioscience:

Develop practical laboratory skills through teaching laboratory sessions, where you learn experimental techniques used in professional bioscience research and gain confidence in analysing biological systems.
Complete independent research projects through the Biosciences Research Project in Year 3 and the final-year Research Project, allowing you to investigate specialist areas linked to Exeter’s research groups.
Gain experience using advanced research facilities such as the Bioimaging Centre, which provides access to microscopy technologies used to study cells, tissues and biological structures.
Use specialist technologies including DNA sequencing and mass spectrometry facilities to support research in areas such as genomics, molecular biology and biochemical analysis.
Develop research and analytical skills through modules such as Analytical Techniques in Biochemistry, Genomics and Introductory Bioinformatics, Bioinformatics and Research Skills and Bioethics, combining laboratory science with modern computational approaches.
Work in specialist bioscience laboratories within the Geoffrey Pope Building, which provides dedicated teaching and research spaces for practical scientific training.
Access research environments within the Living Systems Institute, where scientists investigate complex biological systems and develop solutions to major challenges in health and disease.
Attend research seminars and engage with academics, researchers and visiting experts to gain insight into current developments in biochemical science.
Use digital learning resources and online platforms to access course materials, support independent study and develop scientific communication skills.
Benefit from research connections with medical, industrial and conservation organisations, providing insight into how biochemical research is applied beyond the laboratory.
Access additional bioscience facilities, including specialist research spaces supporting areas such as cellular analysis, biological imaging and wider life science research.

Progression & Future Opportunities

A MSci Biochemistry degree from the University of Exeter prepares graduates for careers in biotechnology, pharmaceuticals, healthcare, research and other science-related industries by combining advanced scientific knowledge with practical laboratory and research experience. The programme develops strong analytical, problem-solving and research skills, helping students progress into roles such as Biochemist, Biomedical Scientist, Laboratory Technician and Biological Scientist. With research-led teaching, specialist facilities and career support, graduates gain the confidence and expertise needed to enter scientific professions or continue into advanced research study.

The programme supports your career development through research experience, specialist guidance and strong connections with the scientific sector:

Benefit from the University of Exeter Careers Service, which provides careers advice, mentoring, employability workshops, skills development sessions, volunteering opportunities and guidance to help students prepare for graduate careers.
Develop career skills through Biosciences employability activities, including career talks, alumni networking events, employer sessions, mock interviews, assessment centre preparation and careers fairs.
Gain advanced research experience through the final-year Research Project, where you work on an independent scientific investigation and develop skills valued by employers in research and laboratory environments.
Build professional connections through Exeter’s links with scientific, medical, industrial and conservation organisations, creating opportunities to understand how biochemical research is applied in real-world settings.
Develop transferable skills including scientific communication, data analysis, teamwork, critical thinking, problem-solving and independent research, which are valuable across healthcare, biotechnology and science industries.
Graduates from Biosciences programmes at Exeter have progressed into roles such as Laboratory Technician, Biochemist, Biomedical Scientist, Biological Scientist, Chemical Scientist, Project Support Officer and Teaching Professional.
Previous graduates have moved into careers with organisations including NHS, Deloitte LLP, Environment Agency, Cawood Scientific, Met Office, PA Consulting and Thames Water, demonstrating the wide range of opportunities available after graduation.
Graduate Outcomes data for related Molecular Biology, Biophysics and Biochemistry graduates at the University of Exeter shows that 90% of graduates are in work and/or further study 15 months after graduation, with a median salary of £26,500 15 months after completing the course.
The MSci qualification provides long-term professional value by combining undergraduate study with master’s-level research training, supporting progression into scientific research, biotechnology, pharmaceutical development and innovation-focused careers.

Further Academic Progression:

After completing the MSci Biochemistry, graduates can continue into advanced academic and research pathways such as PhD programmes in Biological Sciences or specialist postgraduate study in areas including Medical Studies, Immunology, Conservation and Biodiversity, Evolutionary and Behavioural Ecology, Toxicology, Marine Environmental Management and other bioscience disciplines. The integrated master’s research experience provides a strong foundation for students aiming to pursue research careers, academic positions or specialist roles within biotechnology and pharmaceutical industries.