BSc in Physics with Biomedical Sciences

4 Years On Campus Bachelors Program

Dublin City University DCU

Program Overview

If you’re curious about how the laws of physics explain the world around us and fascinated by how science can improve healthcare, DCU’s BSc in Physics with Biomedical Sciences is perfect for you. This degree lets you explore the exciting intersection between physics and medicine, giving you hands-on lab experience and real-world insight into how science drives medical innovation.

Curriculum Structure

Year 1 & Year 2
In your first two years, you’ll build a strong foundation in both physics and life sciences. Expect to get to grips with subjects like mechanics, electricity and magnetism, cell biology, anatomy, and physiology — all supported by practical lab work and computing skills. These years are all about understanding the building blocks and gaining confidence in analyzing problems and experimenting with real data.

Year 3
By Year 3, things get even more exciting. You’ll dive into advanced physics topics like wave optics and laser physics while exploring biomedical applications such as biomaterials and medical diagnostics. You’ll also have the chance to do an INTRA placement, spending time in a hospital or biomedical company to see how your skills apply in the real world.

Year 4
In your final year, you’ll tackle advanced modules such as image processing and analysis, and take on a significant research project that combines physics and biomedical science. This year is all about refining your expertise, developing independence in research, and preparing for your next steps whether that’s a career in industry, research, or postgraduate study.

Focus areas: Physics fundamentals, biomedical applications like medical diagnostics and imaging, hands-on lab work, and industry placements.

Learning outcomes: You’ll graduate able to apply physics and biomedical science to real-world problems, carry out experiments and research projects, use advanced tools and technology confidently, work in teams, and communicate complex ideas clearly.

Professional alignment (accreditation): The degree meets NFQ Level 8 standards and aligns with the competencies recommended by the Institute of Physics, ensuring you’re prepared for professional work or further study.

Reputation (employability rankings): DCU is No. 1 in Ireland for graduate employment and ranks 19th globally for graduate employability in the QS Graduate Employability Rankings, showing the strong value employers place on its graduates.

Experiential Learning (Research, Projects, Internships etc.)

This degree is designed so you’re not just learning theory you’re doing science right from the start. You’ll work in modern physics and biomedical laboratories using real measuring instruments and scientific tools that mirror what professionals use in research and clinical settings. Throughout your studies, project work and experiments are structured to build your confidence and practical expertise, so you graduate with skills that employers value. By your third year, you’ll transition into hands‑on workplace experience, putting what you’ve learned into practice in real environments, including hospitals and research centres.

Here’s how that experiential learning plays out in practice:

Advanced laboratory work: You’ll use state‑of‑the‑art equipment in physics and science labs as part of your modules, getting comfortable with precision measurement, data collection, and scientific experimentation not just reading about it.
INTRA work placement: In Year 3 you’ll complete an extended INTRA placement, often in a hospital setting or with companies focused on biomedical instrumentation, biotechnological applications, or medical diagnostic technologies giving you real industry or clinical experience before you graduate.
Research placements: You can choose a research placement at DCU with top research groups such as the Fraunhofer Project Centre for Embedded Bioanalytical Systems and other national centres, working on real scientific challenges alongside expert researchers.
Group projects and teamwork: Throughout your studies, your assessments include group assignments and research projects that strengthen collaboration, leadership, and scientific communication skills.
Software and computational tools: You’ll apply mathematics, informatics, and computing tools to analyse experimental data, model physical systems, and explore image processing essential skills in modern physics and biomedical science careers.
Campus facilities: DCU offers excellent facilities across its campuses, including advanced labs for Physics, Chemistry, and Biotechnology, plus libraries and study spaces to support your work. A new world‑class STEM facility is also underway to further enhance your learning environment

Progression & Future Opportunities

Graduates of DCU’s Physics with Biomedical Sciences program are uniquely positioned at the intersection of physics and healthcare. With expertise in medical imaging, biophysics, and computational analysis, alumni move into careers such as medical physicist, biomedical researcher, clinical technologist, and data scientist. This blend of scientific depth and applied healthcare focus makes DCU graduates highly employable across hospitals, research institutes, and technology companies.

Progression & Future Opportunities

Here’s how DCU supports your journey from student to professional:

University Career Services: The DCU Careers Service offers tailored workshops, employer networking events, and one-to-one guidance, ensuring you’re prepared for roles in healthcare, research, and industry.
Employment Stats: DCU ranks in the top 200 globally for graduate employability (QS Graduate Employability Rankings), and physics graduates consistently report strong outcomes in both healthcare and technology sectors.
Industry Partnerships: The program benefits from DCU’s close ties with the Biomedical Diagnostics Institute (BDI) and the National Centre for Sensor Research (NCSR), giving students exposure to real-world biomedical applications and collaborative projects.
Accreditation Value: The degree satisfies the Teaching Council of Ireland’s subject curricular requirements for teaching physics, adding long-term career flexibility.
Graduate Outcomes: Alumni have progressed into roles in medical imaging, radiation therapy support, biophysics research, and data-driven healthcare innovation, reflecting the program’s strong alignment with Ireland’s growing biomedical sector.

Further Academic Progression

After completing the Physics with Biomedical Sciences program, you can continue into advanced study at DCU or internationally:

MSc in Biomedical Diagnostics – perfect for graduates aiming to deepen expertise in medical technologies and diagnostics.
MSc in Astrophysics and Relativity – for those interested in broadening their physics foundation while applying analytical skills to new domains.
PhD opportunities in Biomedical Physics and Applied Sciences – DCU’s research centres provide supervision in cutting-edge areas such as medical imaging, nanotechnology, and sensor development.
Postgraduate Diploma in Education (PGDE) – enabling graduates to qualify as secondary school physics teachers in Ireland.

This progression ensures you can tailor your future—whether you want to advance biomedical research, contribute to healthcare innovation, or inspire the next generation in education.