Bachelor of Science (Biomedical Science)

4 Years On Campus Bachelors Program

National University of Ireland Galway NUIG

Program Overview

The Bachelor of Science in Biomedical Science at the University of Galway gives you an in-depth understanding of human biology, disease, and the scientific methods used to investigate health at the molecular and systemic levels. It’s perfect for curious students who love lab work, want to build strong research skills, and are eager to explore careers or postgraduate study in biomedical research and health-related industries.

Curriculum Structure

Year 1
In your first year, you’ll build a solid foundation in core sciences like Fundamentals of Human Biology, Biology, Chemistry for Health Science, Physics for Biomedical Science, and Introduction to Biomedical Research. You’ll also begin developing essential academic and analytical skills through modules like Skills for Biomedical Science 1, preparing you for more specialised study later in the degree.

Year 2
Second year expands your understanding of human biology by letting you choose from pathways in Anatomy, Biochemistry, Pharmacology, and Physiology. Alongside these, you’ll continue refining your scientific skills in Skills for Biomedical Science 2 and engage with scientific literature and communication exercises, helping you blend theory with real research thinking.

Year 3
In third year you specialise further by continuing your chosen pathway (e.g., Anatomy or Biochemistry) and selecting complementary electives such as Neuroanatomy, Introduction to Bioinformatics, or Immunology. You’ll also study Biostatistics and Research Methods and Applications, and get hands-on experience through a mini research project that brings practical investigation and critical analysis into focus.

Year 4
Final year deepens your pathway expertise in subjects like Physiology or Pharmacology and culminates in a major independent research project where you design experiments, conduct analysis, and present your findings — the perfect preparation for postgraduate study or industry roles demanding scientific autonomy and creativity.

Focus areas

Human biology and health sciences, laboratory and research skills, anatomy, biochemistry, pharmacology, physiology, biostatistics, scientific communication, and independent research.

Learning outcomes

Graduates will be able to apply scientific methods in real labs, critically analyse research, communicate findings effectively, specialise in advanced biomedical topics, and undertake independent scientific research projects.

Professional alignment (accreditation)

This programme isn’t accredited for CORU clinical laboratory registration, so it won’t directly qualify you for hospital clinical scientist roles — but it’s highly respected for research-oriented careers and pathways into postgraduate study or biomedical industry roles.

Reputation (employability rankings)

The University of Galway is ranked in the Top 2% of universities globally in the QS World University Rankings, with strengths in research and innovation that benefit biomedical science students seeking employer recognition internationally.

Experiential Learning (Research, Projects, Internships etc.)

From your very first year, this programme immerses you in hands-on practical training designed to build real scientific competencies you can take into research, industry or further study. You’ll work in state-of-the-art laboratories alongside expert researchers, gaining experience with techniques that professionals use every day. Independent research projects and group assignments ensure you’re not just learning facts you’re applying them.

Here at University of Galway, you get access to world-class research facilities and scientific tools that support your learning and discovery. From advanced microscopy to high-throughput analysis and cell culture suites, your labs are equipped for real research challenges not just basic class exercises:

Experiential learning highlights include:

Hands-on laboratory training: Practice molecular and cellular techniques (e.g., PCR, cell culture, protein analysis) in real labs from early in the programme, guided by staff and researchers. State-of-the-art scientific tools: Use industry-standard equipment such as flow cytometers, mass spectrometers, electron and confocal microscopes, and advanced imaging and data-analysis software.
Research projects: You’ll design, conduct and present your own experiments, including a major independent research project in your final year. This mirrors the workflow of professional scientists.
Team and individual work: Modules include both group research tasks and individual assignments to strengthen collaboration, communication, and scientific writing skills.
Expert research community: Engage with some of Ireland’s leading biomedical researchers who bring real research challenges into your classroom and lab sessions.
Academic support tools: Access digital resources such as Canvas for coursework, Office 365 for collaboration, and university academic skills centres to help with presentations and scientific communication.
Library & research resources: The James Hardiman Library supports your studies with extensive scientific collections and digital access to journals and research publications.

Progression & Future Opportunities

Graduates from the Bachelor of Science (Biomedical Science) at University of Galway go on to pursue careers in biomedical research, the biopharmaceutical and medical technologies industries, and further specialist study: typical roles include Research Scientist, Lab Technician, Clinical Research Assistant, and Medical Technology Specialist. The programme equips you with practical laboratory skills and critical thinking that employers value in health-related science careers.

Future Progression & Opportunities:

University Services to Support Your Career:
- The Career Development Centre offers personalised career guidance, CV/interview support, job search resources, and access to Careers Connect, helping you find graduate roles and internships. Graduates can use these services for up to three years after finishing their degree.
- Regular career fairs, networking events, and employer sessions connect students directly with industry recruiters.
Employment Prospects & Salary Figures:
- The degree prepares you for employment in biopharmaceutical, diagnostics and medical device sectors companies like Allergan, Abbott, Medtronic and Boston Scientific regularly hire graduates. While exact salary figures vary by role and location, biomedical science graduates in Ireland typically start in research or lab roles with competitive industry salaries that grow quickly with experience and postgraduate qualifications (consult official career services for up-to-date data).
University–Industry Partnerships:
- University of Galway’s location within Ireland’s medtech and biopharma hub gives you access to employers active in research collaborations and graduate recruitment.
- Careers events and employer engagement through the Career Development Centre build direct links to industry.
Accreditation & Long-Term Value:
- The BSc programme is rooted in state-of-the-art laboratory training and research-led teaching, equipping you with skills that are valued across scientific sectors globally.
- University of Galway is ranked in the top 2% of universities worldwide, enhancing the degree’s credibility with employers.
Graduation Outcomes:
- Graduates typically enter roles in biomedical research labs, medical technology firms, pharmaceutical companies, or science-related technical positions.
- Many also choose to pursue postgraduate study to specialise further (see below).

Further Academic Progression:
After completing this degree, you could progress to Master’s programmes in specialised areas like Biomedical Science, Biomedical Engineering, Genomics, or Biotechnology all offered at University of Galway and designed to deepen your expertise and open doors to senior research, industry or academic roles.
You could also pursue PhD research or professional health sciences degrees (e.g., Medicine, Pharmacy) with this strong scientific foundation