BEng in Biomedical Engineering

4 Years On Campus Bachelors Program

Dublin City University DCU

Program Overview

The BSc in Physics with Biomedical Sciences at Dublin City University is designed for students like you. This degree blends core physics principles with biomedical science, giving you the tools to understand complex biological systems, medical technology, and healthcare innovations. Along the way, you’ll gain hands-on experience in modern laboratories, explore real-life applications in hospitals and research centres, and develop skills that open doors to careers in science, medicine, and technology.

Curriculum Structure

Year 1 & Year 2
Your first two years focus on building a strong foundation in both physics and the life sciences. You’ll cover essential physics topics such as mechanics, electricity & magnetism, and thermal physics, alongside modules in cell biology, human anatomy, and physiology. Practical laboratory work, computing, and problem-solving exercises are central to these years, ensuring you can apply theory to real-world situations. These years are all about curiosity and discovery, helping you gain confidence with scientific methods and experimental design.

Year 3
In Year 3, the program becomes more specialised, combining advanced physics with biomedical applications. You’ll study topics like wave optics, laser physics, and medical imaging, while also exploring biomaterials and processing technology relevant to healthcare. A highlight of this year is the INTRA placement, where you get real-world experience in a hospital or biomedical company — applying your learning in practical settings and seeing first-hand how physics and medicine intersect in professional environments.

Year 4
The final year is about integration and independent work. You’ll take advanced modules, such as image processing and analysis, and undertake a significant research project that combines physics and biomedical science. This year prepares you for professional life or further study by refining your technical, analytical, and research skills, while giving you the chance to make a tangible contribution to real-world biomedical challenges.

Focus areas:
Physics fundamentals, biomedical applications such as medical diagnostics, imaging and biomaterials, laboratory and computing skills, and practical placements in healthcare or industry.

Learning outcomes:
Graduates will be able to apply physics and biomedical science principles to solve real-world problems, carry out experiments and research projects independently, use advanced tools and technologies confidently, communicate scientific ideas clearly, and work effectively in professional teams.

Professional alignment (accreditation):
The degree meets NFQ Level 8 standards and is aligned with the competencies recommended by the Institute of Physics (IOP), ensuring graduates are well-prepared for professional roles or postgraduate study in science and technology.

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, reflecting the strong demand for graduates from this program.

Experiential Learning (Research, Projects, Internships etc.)

At DCU, learning is more than just theory — you’ll be actively engaged in hands-on science from day one. The programme emphasizes practical skills, giving you experience in modern laboratories, research projects, and real-world placements. You’ll work with advanced instruments and digital tools used in professional physics and biomedical research, preparing you to graduate with the confidence and skills employers value. By your third year, you’ll take part in a structured industry or clinical placement, bridging classroom knowledge with practical, professional experience.

Here’s how your experiential learning unfolds:

State-of-the-art laboratory work: Gain practical experience in DCU’s Physics and Science laboratories, using equipment for precision measurement, biomedical instrumentation, and experimental analysis.INTRA placement: In your third year, undertake a full-time structured placement in hospitals, research centres, or biomedical companies, applying your learning in professional environments. (DCU INTRA Programme)
Research opportunities: Participate in research placements with leading centres such as the Fraunhofer Project Centre for Embedded Bioanalytical Systems (FPC@DCU) and other national biomedical and physics research groups.
Group projects and collaborative learning: Throughout the programme, you’ll engage in team-based projects that enhance scientific communication, leadership, and problem-solving skills.
Software and digital tools: Use informatics, data analysis, and modeling software to analyse experiments, simulate physical systems, and process biomedical data.
Campus facilities: Benefit from DCU’s modern libraries, study spaces, and STEM facilities, including labs for physics, chemistry, and biotechnology. These facilities support both independent and collaborative learning.This combination of hands-on labs, professional placements, research projects, and digital tools ensures you graduate with not just knowledge, but real, practical skills that prepare you for careers in biomedical science, medical technology, research, or further study.

Progression & Future Opportunities

Your career journey starts while you’re still a student:

DCU Career Services: Provides personalised career advice, CV workshops, interview coaching, mentorship programs, and networking events with top employers in science and healthcare.
INTRA Placement Programme: In your third year, you’ll undertake an extended placement in a hospital, research lab, or industry partner, gaining real-world experience that often leads directly to job offers.
Graduate Outcomes & Salary: DCU graduates typically enter roles with competitive starting salaries (for example, hospital physicists in Ireland can earn €35k–€50k initially), with strong growth potential as you gain experience.
University–Industry Partnerships: DCU collaborates with organisations such as the Fraunhofer Project Centre for Embedded Bioanalytical Systems, helping students gain industry-relevant experience and contacts.
Accreditation & Recognition: Your DCU BSc (Level 8 NFQ) degree is internationally recognised, opening doors to global career opportunities and further study.

Typical graduate outcomes include careers in:

Biomedical instrumentation design
Medical physics and imaging
Laser and optical systems for healthcare
Biotechnology and healthcare technology management
Academic or industrial research

Further Academic Progression

After finishing your degree, you could continue your studies in areas such as:

MSc or PhD in Medical Physics, Biomedical Engineering, or related research fields
Specialised clinical training (e.g., Hospital Physicist qualification)
Advanced research opportunities in healthcare technology, medical imaging, or biophysics
This puts you in line for leadership roles in medical technology, healthcare innovation, and academia.

International Admissions — Making it Easy

If you’re an international student, DCU has a friendly, supportive admissions team that guides you through every step:

Who should apply: If you’re a non-EU student or need a student visa, this is the route for you. They also help students with international qualifications like A-Levels, IB, SATs, or equivalent diplomas.
Application process: Apply online via DCU’s official application portal, upload transcripts and English language proof, and submit any other programme-specific documents. Conditional offers are possible if some results are pending.
Deadlines: For most non-EU undergraduate programmes, submit by 1 July for entry the following academic year. Early applications are always better.
Support services: Guidance for document checks, English requirements, visa advice, and qualification equivalencies.
Fees & funding: DCU determines if you pay EU or non-EU fees, and scholarships are available for high-achieving international students.
Visa guidance: The team advises on proof of finances, medical insurance, and visa deadlines, helping make your move to Ireland smooth.
Arrival & support: Orientation programmes, International Student Advisers, English language help, and career guidance ensure you settle in and thrive.