COURSE CURRICULUM

The Medical Informatics specialization includes subjects that provide students with the knowledge and practical skills needed to develop and manage digital technologies in the healthcare sector. The curriculum begins with an introduction to healthcare systems, where students gain an understanding of how hospitals, clinics, healthcare organizations, and public health services operate, as well as the structure, administration, and delivery of healthcare services. Students also complete an introduction to medicine, which familiarizes them with basic medical terminology, human anatomy, clinical processes, disease concepts, and the principles of patient care, enabling effective collaboration with healthcare professionals. Another core subject is the introduction to medical informatics, where students explore the use of information technology, data management, electronic health records, clinical information systems, telemedicine, and healthcare software to improve medical services and patient outcomes. The program also includes a practical medical informatics project that allows students to apply their technical and analytical knowledge to real healthcare challenges by designing, developing, or evaluating digital health solutions. In addition, students study validation procedures, learning how to test, verify, and ensure the quality, reliability, security, and compliance of medical software and healthcare information systems according to professional and regulatory standards. Throughout the specialization, students strengthen their analytical, technical, communication, research, and problem-solving skills while gaining practical experience in interdisciplinary healthcare environments. Graduates have a wide range of career opportunities within the healthcare and health technology sectors. They can work in hospital IT departments, managing healthcare information systems, electronic medical records, and digital infrastructure. Other career paths include the development of medical software, where graduates design applications that support healthcare professionals and improve patient care, as well as the creation of telemedicine platforms that enable remote healthcare services. Opportunities are also available in data analysis for clinical studies, where professionals analyze healthcare data to support medical research, clinical trials, and evidence-based decision-making. Graduates may also specialize in the development of interfaces that integrate healthcare systems and enable secure data exchange between medical devices, hospital information systems, and digital health platforms. The specialization prepares students for successful careers at the intersection of healthcare, information technology, and digital innovation.