The study plan of the Bachelor in Biomedical Informatics Engineering degree program consists of 167 credit hours, covering foundational and specialized topics in medical informatics, bioinformatics, health information systems, software development, medical data analytics, machine learning, signal and image processing, and systems biology. The curriculum integrates theoretical coursework with applied training to ensure students develop both technical knowledge and real-world skills.

Students participate in hands-on laboratory work in areas such as programming, data science, medical imaging, and health information technologies. The program also includes four career development courses to enhance professional and communication skills throughout the academic journey.

A two-term graduation project challenges students to develop practical solutions to biomedical informatics problems, while a mandatory four-month full-time field training (six credit hours) in hospitals, research centers, or health tech firms provides essential industry exposure.

Students holding recognized international certifications in relevant fields may waive up to one elective course. Foreign language courses are included to improve global employability and communication in international healthcare and research settings.

This comprehensive curriculum prepares graduates to succeed in the fast-growing field of biomedical informatics, bridging the gap between healthcare and information technology.