Bachelors in Biomedical engineering

5 Years On Campus Bachelors Program

Trinity College Dublin TCD

Program Overview

Program Overview:
If you’re curious about how engineering can directly improve healthcare, the Biomedical Engineering degree at Trinity College Dublin is made for you. You’ll learn how to design and improve medical devices, from prosthetics to imaging technologies, while gaining a deep understanding of the human body — preparing you to make a real difference in people’s lives. (tcd.ie)

Curriculum Structure

Years 1 & 2:
The first two years give you a solid grounding in core engineering skills like mechanics, electronics, and computing, alongside fundamental science. You’ll also explore modules in biology and physiology, helping you understand the building blocks of the human body while developing problem-solving skills that will be crucial in later years.

Year 3:
In your third year, you’ll start seeing how engineering meets biology. You’ll take courses like Signals and Systems, Anatomy and Physiology, and Mechanical Engineering Materials, giving you the tools to understand biological systems and design medical solutions. Hands-on projects, including the Biomedical Design Project, let you start turning ideas into real devices.

Year 4:
By the fourth year, you’ll be tackling more specialised biomedical topics and combining everything you’ve learned into practical applications. Modules such as Quantitative Physiology, Mechanics of Machines, and Manufacturing Technology will challenge you to integrate engineering principles with biology, while project work gives you experience solving real-world problems.

Year 5 (Optional Integrated Masters):
If you choose the optional fifth year, you’ll take your knowledge even further with advanced biomedical engineering subjects and a major Capstone research project. This is your chance to design medical devices, model tissue scaffolds, or create next-generation prosthetics — all showcasing the skills employers or research programmes are looking for.

Focus areas: designing medical devices, biomechanics, biomaterials, anatomy & physiology, data analysis, and hands-on biomedical innovation.

Learning outcomes: apply engineering principles to biological systems, design and evaluate medical technologies, combine mechanical, electronic, and biological knowledge, and carry out independent research projects.

Professional alignment (accreditation): The programme leads to an NFQ Level 8 degree, with the option of a Level 9 integrated Masters, giving you strong professional recognition and a clear path into engineering or research roles.

Reputation (employability rankings): Trinity College Dublin is Ireland’s top-ranked university, ranked 75th globally in QS World University Rankings 2026, with excellent graduate employability worldwide.

Experiential Learning (Research, Projects, Internships etc.)

From day one in the Biomedical Engineering programme at Trinity College Dublin, you’ll be getting your hands on the tools and techniques that real engineers use in hospitals, labs, and industry. This isn’t just about lectures — you’ll be designing, experimenting, and problem-solving in spaces that mirror the professional world. With access to state-of-the-art labs in the Trinity Centre for Biomedical Engineering (TCBE), you can explore everything from tissue engineering to biomechanics, medical imaging, and device design. The idea is simple: learn by doing, so that by the time you graduate, you’re confident and ready for whatever path you choose, whether that’s research, industry, or further study.

Here’s how the programme brings learning to life:

Hands-on labs: Work in specialist spaces for tissue engineering, biomaterials, biomechanics, and imaging. You’ll get experience with real equipment like micro-CT scanners, fluorescent microscopes, and 3D printing tools — exactly what biomedical engineers use in practice.
Capstone & group projects: In your final year, tackle real-world challenges — like designing a stent, modelling 3D-printed scaffolds, or developing prosthetic solutions — often in teams, just like in a professional setting.
Modern engineering tools: Learn to use 3D CAD and other design software to bring your ideas to life, turning concepts into physical prototypes.
Optional industry internship: Gain professional experience by spending a semester working with real companies, building your network, and applying your skills in a workplace environment.
Collaborative learning: From lab partners to group projects, you’ll learn how to communicate, problem-solve, and innovate with peers from day one.
Research-rich environment: TCBE connects you to cutting-edge research, seminars, and interdisciplinary projects, giving you a taste of real biomedical innovation alongside postgraduate researchers and faculty.

Progression & Future Opportunities

A degree in Biomedical Engineering from Trinity College Dublin opens doors to exciting careers where technology meets healthcare. Graduates often move into designing cutting-edge medical devices, supporting clinical systems in hospitals, or contributing to research in life sciences. With Trinity’s strong reputation and connections, you’ll be stepping into a field where your skills are in real demand.

Future Progression & Opportunities:

• Career Support at Trinity: The Trinity Careers Service is here for you every step of the way — from one-on-one career advice and mentoring to job fairs and networking with top employers. You’ll also get access to MyCareer, Trinity’s platform for internships, graduate roles, and direct connections with recruiters.
• Job Prospects & Salaries: Biomedical Engineers are highly sought after, especially in Ireland’s booming medical technology sector. Typical starting salaries can range from €35,000–€45,000, with plenty of growth as you gain experience.
• Typical Roles Graduates Take On:
– Biomedical Engineer
– Medical Device Designer
– Clinical or Healthcare Systems Engineer
– R&D Engineer in life sciences or medtech
• Industry Connections: Trinity works closely with leading global medtech companies like Abbott, Boston Scientific, Johnson & Johnson, Medtronic, and Stryker. These partnerships mean opportunities for internships, projects, and graduate roles.
• Accreditation & Long-Term Value: This is a Level 8 Bachelor’s degree recognised internationally, with the option to continue to a Master’s. Employers know Trinity graduates bring both technical expertise and critical thinking.
• Graduate Outcomes: Trinity graduates consistently find roles around the world, benefiting from a strong reputation for employability and innovation.

Further Academic Progression:
Once you finish your undergraduate degree, there are plenty of ways to take your learning further:

• Master’s Degrees: Many continue to a Master’s in Biomedical Engineering or related fields to deepen their expertise and boost career opportunities.
• PhD & Research: If research excites you, a PhD can lead to a career in academia, high-tech labs, or innovation hubs.
• Professional Specialisation: You could also pursue specialist certifications in areas like clinical engineering, medical device regulation, or healthcare technology innovation.