Bachelor of Engineering in Biomedical Engineering, Munster Technological University

Cork, Ulster

36 Months

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About this course

Biomedical engineering combines engineering principles with an understanding of the human body's functioning, whether healthy, injured, or diseased. The course prepares students for roles in designing, sourcing, and maintaining medical equipment and facilities within hospitals. It covers areas like prosthetic devices, wound care products, implants, diagnostics, and contact lenses. The program is delivered through lectures, tutorials, practicals, and projects, utilizing dedicated laboratories with advanced technology such as gait analysis, biomaterials, 3D light scanning, and rapid prototyping. Industry collaborations feature prominently, involving medical device companies and healthcare providers like Cork University Hospital. The course is fully accredited by Engineers Ireland, making graduates eligible for Associate Engineer status.

Why this course is highly recommended

Ireland has a strong medical device sector, with over 300 companies exporting €12.6 billion annually, and employing 32,000 people. Graduates of this course can pursue various roles in medical device design, manufacturing, research and development, and clinical support. The program combines practical industry-related projects and cutting-edge laboratory facilities, ensuring students gain relevant skills for a thriving industry. Moreover, its full accreditation by Engineers Ireland enhances employability and professional recognition.

Specialisation

The program focuses on biomedical engineering, integrating core engineering modules with biology, anatomy, and instrumentation. It covers materials science, mechanics, thermodynamics, fluid mechanics, computer-aided design (CAD), and medical equipment understanding, providing a comprehensive foundation for working in healthcare and medical device industries.

Course fees

Application fees

1st year tuition fees

12.19L

Living cost

Degree requirements

Applicants need to meet the CAO points requirement of 324 in 2024 and pass the minimum entry criteria, which include passing five subjects in the Leaving Certificate with O6/H7, including Mathematics and either English or Irish.

English language test

IELTS

PTE

TOEFL

DUOLINGO

110

Career prospects

Graduates are well-equipped to work as biomedical engineering technologists in healthcare settings, medical device companies, research labs, or clinical environments. They can also work in regulated industries such as healthcare and food sectors, engaging in device design, manufacturing, research, development, and technical support roles.

FAQs

What does a biomedical engineer produce?

Medical devices, instrumentation, or processes in clinical or manufacturing environments.

What is the difference between biomedical science and biomedical engineering?

Biomedical engineering involves designing and manufacturing products via engineering principles with an understanding of the human body, working in hospitals, manufacturing, or R&D. Biomedical science typically involves investigating tissue and body fluids for diagnosing and monitoring disease.