Explore the programs and courses offered by Bachelor in Biomedical and Hospital Informatics
Browse Programs Admission InformationThe Bachelor's Degree in Biomedical and Hospital Informatics is an interdisciplinary program combining computer science and biomedical sciences. It aims to train professionals capable of developing, managing, and maintaining information systems in the healthcare sector. While, its objective is to meet the needs of the hospital and healthcare sectors by training qualified executives to manage the diagnosis, expertise, and maintenance of biomedical equipment.
The curriculum covers medical electronics, biomedical instrumentation, telemedicine, and digital health. Students acquire skills in algorithms, software development, database management, and system and network administration. Specialized courses focus on medical imaging, medical metrology, and connected medical devices. The program also includes project management and medical innovation modules. Graduates can work in public and private hospitals, the pharmaceutical industry, and medical technology companies.
The program involves mastery of the subjects such as Information Systems and Databases, Computer Networks, Web Technologies, Development Technologies, AI for Healthcare, Embedded Electronics.
Furthermore, Medical Imaging, Hospital Technical Platform, Healthcare Management, Development Tools for Artificial Intelligence, Diagnostic and Monitoring Equipment, Hospital/Company Internship and Management and Maintenance of Medical Equipment, are also done.
A Technical English course completes successful for students.
Modern, high-quality medicine relies on the efficient and secure management of medical information. The increasing complexity of medicine marked by medical specialization, vast amounts of data, drug dosage optimization, and adherence to best practice guidelinesrequires the development of robust information systems to support healthcare professionals in their daily work.
Various methods, techniques, and tools contribute to improving the structuring of data and knowledge within health information systems, ultimately enhancing patient care.
Furthermore, model engineering enables the storage and sharing of information across multiple hospital information systems (HIS), while knowledge engineering facilitates the formalization and integration of medical expertise Additionally, artificial intelligence plays a key role in implementing reasoning mechanisms for effective knowledge management
Required Baccalaureate :