BSc Biomedical Science (Joint Programme with MTU)

4 Years On Campus Bachelors Program

University College Cork UCC

Program Overview

The BSc (Hons) in Biomedical Science at University College Cork is a hands-on, four-year full-time honours degree that equips you with deep scientific understanding and practical skills in diagnosing disease and analysing clinical samples — a vital role in modern healthcare. This joint programme with Munster Technological University (MTU) blends cutting-edge laboratory training with real medical science applications, ideal for students who want to make an impact in healthcare, research or the biopharmaceutical industry.

Curriculum Structure:

Year 1:
Your first year lays a broad yet solid scientific foundation with modules like Introduction to Biomedical Science I & II, Cell Biology, Introduction to Human Biology, Chemistry for Biological Science I & II, Calculus for Science, and Physics for Biomedical, Environmental, Food and Nutritional Sciences. You’ll discover how biological systems function, build core analytical and laboratory skills, and start exploring the scientific processes behind clinical testing and health-related science.

Year 2:
In the second year you deepen your biomedical knowledge through continued study of key subjects in medical science such as microbiology, haematology, and biochemistry, while also expanding your understanding of human physiological systems and laboratory techniques. This year continues to strengthen your scientific reasoning and prepares you for more specialised topics by developing your ability to interpret laboratory results and apply theory to real testing scenarios.

Year 3:
Year three introduces specialised core modules and more advanced laboratory work that are central to professional biomedical practice, such as detailed study of tissue pathology, clinical diagnostics and transfusion science. You’ll take on more responsibility in planning and executing experiments, critically analysing data, and linking your work to real clinical outcomes — sharpening your readiness for professional or research roles.

Year 4:
In your final year you dive into advanced subjects like Clinical Biochemistry, Transfusion & Transplantation, Haematology Disorders, Bioinformatics for Biomedical Science, Clinical Microbiology, and complete a substantial Research Project. This capstone experience pulls together all your skills — from laboratory expertise and statistical analysis to scientific communication — preparing you for either postgraduate study or immediate entry into professional scientific environments.

Focus Areas:
Biomedical diagnostics, clinical biochemistry, microbiology, tissue pathology, haematology, transfusion science, molecular diagnostics and biomedical research.

Learning Outcomes:
As a graduate you will be able to assess, evaluate and interpret clinical laboratory tests; apply theory and laboratory methods in real healthcare contexts; communicate scientific results clearly; and demonstrate scientific reasoning, ethical judgement and technical competency valued in research, diagnostics and industry.

Professional Alignment (Accreditation):
When you complete your BSc and a postgraduate Diploma in Clinical Laboratory Practice, you will meet the academic requirements for registration with CORU — Ireland’s health and social care professions regulator — and the programme is accredited by the Irish Academy of Clinical Science & Laboratory Medicine and the UK Institute of Biomedical Science (IBMS), supporting eligibility for professional biomedical scientist roles in Ireland and the UK.

Reputation (Employability Rankings):
UCC is one of Ireland’s leading research universities, with strong graduate outcomes and international recognition in biomedical science education; its graduates are sought after in hospitals, research institutes and biotech industries across Europe and beyond

Experiential Learning (Research, Projects, Internships etc.)

At UCC, the Biomedical Science degree isn’t just about theory — you’ll develop practical, real-world laboratory skills that matter in clinical and research settings. From early hands-on classes in biochemistry, microbiology, pathology and haematology, to analysing real clinical data and mastering cutting-edge diagnostic technologies, your learning is rooted in practice. Because this programme is delivered jointly with MTU, you’ll benefit from access to laboratories and scientific facilities across both campuses, preparing you for real roles in medical laboratories, healthcare or research. In your final year, you’ll take on a significant independent research project, building confidence in scientific inquiry and evidence-based decision-making — experience that sets you apart for postgraduate study and professional careers.

Here’s how experiential learning is built into this degree:

Hands-on laboratory classes: Throughout your four years you’ll attend practical sessions in areas like clinical biochemistry, cellular pathology, haematology and diagnostic microbiology — literally working with samples and instruments used in real medical labs.
Joint access to UCC and MTU facilities: You’ll benefit from laboratories, tutorials and practical classes across both University College Cork and Munster Technological University, gaining familiarity with diverse scientific environments.
Core final-year research project: In Year 4 you’ll complete a 15-credit research project where you design, execute and present your own scientific investigation a major experiential milestone.
Modern diagnostic and analytical tools: Modules such as Molecular Diagnostics, Bioinformatics for Biomedical Science and Statistics in Biomedical Science give you experience with contemporary scientific software and analytical workflows used in healthcare and research.
Scientific reasoning and interpretation: You’ll learn to assess, evaluate and interpret clinical laboratory tests and results — a key practical skill for medical scientists and researchers.
Project-based assessments: Beyond labs, assessments include laboratory reports, independent research mini-theses, seminar presentations and practical exams — mirroring tasks professionals undertake in real settings.
Optional external placements: While formal work placements aren’t a built-in part of the degree, many students take summer research placements either in Ireland (e.g., at Cork Cancer Research Centre) or abroad (such as through international programmes) to extend their practical experience.Professional readiness and accreditation: The degree is accredited by CORU (Ireland’s healthcare regulator) and professional bodies like the Academy of Clinical Science and Laboratory Medicine and the Institute of Biomedical Science — giving you confidence the skills you learn meet real-world professional standards.

Progression & Future Opportunities

Graduates of the Biomedical Science (MT871) programme at UCC move into careers that genuinely make a difference from hospital laboratories to biotechnology and research settings. The programme’s strong practical focus and professional recognition mean you graduate with skills that employers trust and actively look for, while keeping your options open for further study or clinical qualification.

Career outcomes & professional pathways:

Typical roles graduates progress into:
• Medical Scientist (following completion of the required postgraduate clinical diploma)
• Biomedical or Clinical Laboratory Analyst
• Research Assistant in biomedical or pharmaceutical labs
• Quality Control or Technical Specialist in biotech and medical device companies
Career support that works for you:
• UCC Careers Network provides one-to-one career guidance, CV clinics, interview preparation and employer networking events tailored to science students.
• Final-year research project gives you hands-on laboratory experience, helping you graduate with confidence and real-world skills.
• Access to two institutions: As a joint UCC–MTU programme, you benefit from the facilities, expertise and industry links of both universities.
Industry recognition & long-term value:
• This degree is professionally accredited and recognised by key bodies including CORU and the Institute of Biomedical Science (IBMS), meaning it meets the standards required for clinical and laboratory careers.
• The programme aligns closely with the needs of modern healthcare and biomedical industries, making graduates highly employable.
• Completing the optional postgraduate Diploma in Clinical Laboratory Practice allows you to qualify as a registered Medical Scientist — a role in consistent demand within healthcare systems.
Graduate outcomes:
• Alumni work in hospitals, diagnostic laboratories, biotechnology companies, research institutes and public health services.
• Many graduates progress quickly into permanent laboratory roles or continue into postgraduate study to specialise further.

Further Academic Progression:
After completing this programme, you can continue your academic journey through:

Taught Master’s degrees in Biomedical Science, Biotechnology, Molecular Biology or related fields
Research-based MSc or PhD programmes for careers in advanced research or academia
Postgraduate clinical training to qualify as a Medical Scientist
Professional development courses in laboratory management, diagnostics or regulatory affairs