Master in Computing in Medical Device Software Engineering

Dundalk Institute of Technology (DkIT), founded in 1970 and situated in Dundalk, Ireland, is recognised for its applied approach to higher education. The institute focuses on delivering practice-oriented teaching across business, engineering, computing, creative arts, hospitality, and health sciences, fostering strong links with local and international employers so students graduate ready to enter the workforce.

With a student body of around 6,000 and a growing international presence, DkIT offers an extensive array of programmes—many that include work placements, industry projects, and collaborative research. Its emphasis on employability and skills-based learning means coursework frequently involves real-world briefs, lab-based training, and internships, supported by a committed faculty and modern facilities that reflect current professional standards.

Life in Dundalk balances a close-knit campus experience with easy access to Ireland’s major cities and European connections. Student services provide practical assistance with accommodation, visa guidance, and career planning, while partnerships with employers streamline placement opportunities. For students seeking a university experience that prioritises hands-on learning, industry engagement, and clear career pathways, DkIT offers a practical, student-focused option grounded in regional development and international collaboration.

The Master in Computing in Medical Device Software Engineering is a 2-year program that focuses on the healthcare software industry. This Master's degree is offered by Dundalk Institute of Technology in Ireland and is taught in English. The program helps students gain detailed knowledge and understanding of software engineering and programming for medical devices.

The curriculum includes subjects like Human Computer Interaction, Healthcare Software, Software Design and Validation for Healthcare Software, and Research Methods. Students also work on a research project that involves problem definition, literature review, design, development, implementation, validation, and research findings. The program helps students develop skills in software engineering, research, and innovation.

Graduates of this program can work as Medical Device Software Engineers, Regulatory Quality Assurance Leads, Product Owners or Product Managers, Medical Device Software Researchers, or Medical Device Software Cybersecurity Engineers. They can find jobs in healthcare companies, software companies, or research institutions.