For students attending the Joint Master's Programme in Health Informatics Programme outline

Programme overview

The programme includes four semesters (120 ECTS) with different themes based on a progression from previous semesters: 

• bridging knowledge (semester 1),
• basic knowledge (semester 2) and
• in-depth knowledge of methods and their applications in current health informatics topics (semester 3),
• and finally a degree project in health informatics (semester 4).

It consists of core courses, integrated project work, and a master’s thesis. The curriculum combines classroom learning with hands-on, real-world exposure to clinical environments, industry projects, and research settings.

Year 1: Foundation and Methodology

The first semester introduces health informatics as a scientific field and practice area. Students with clinical backgrounds take bridging courses in computing and data science, while those with technical backgrounds study healthcare systems, clinical processes, and medical terminology. All students then engage in a course exploring healthcare needs, information management, digital systems, and their role in health service delivery.

In the second semester, the programme delves deeper into the core methodologies of health informatics. Students learn how to perform business analysis in healthcare, elicit and model user requirements, evaluate systems, and apply internationally recognized health IT standards. Training in data science and scientific research methods prepares students for both applied development work and academic inquiry.

Year 2: Application and Specialization

In the third semester, students focus on the practical application of their skills. They take courses in project management and explore current trends and research in the field. In addition, students choose one course in either information security or digital entrepreneurship.

The final semester is devoted to a master’s thesis, where students independently investigate a research question or develop a digital solution in collaboration with hospitals, healthcare companies, government agencies, or academic research groups. Many projects are carried out in real-world settings, offering invaluable professional experience.

Utilization of AI tools