Specialty G22 Biomedical Engineering is the point where high technology becomes a part of the human body. Today, a specialist in this field is a Human Upgrade Architect and a MedTech Developer. You are the one who designs bionic prostheses, operates robotic surgeons, and creates artificial organs using 3D printers. The objects of your activity will be intelligent diagnostic systems (MRI, CT), nanorobots for targeted drug delivery, and neural interfaces that allow controlling technology with the power of thought.

The goal of training is to transform you into an "engineer of life" capable of combining biology with electronics and programming. We will teach you digital biosignal processing, implant development, and AI-driven medical software programming. This is the realm of Bio-Convergence, where code and hardware save lives in real time. You will learn to see the human body as a complex system requiring perfect engineering solutions, becoming an architect of longevity and new organism capabilities.

Your superpower: In a world striving for eternal health, you will possess Biological Systems Mastery and Clinical Engineering Intelligence—skills for creating technologies that become a "second skin" or a "new heart." Your professional toolkit will include:

- Prosthetics & Rehabilitation Robotics: creating exoskeletons and prostheses with sensory feedback.

- Medical Imaging & Signal Processing: developing AI algorithms for instant detection of pathologies in medical scans.

- Bioinformatics & Tissue Engineering: modeling biological structures and growing tissues in laboratories.

- Telemedicine & Wearable Devices: designing smart gadgets that monitor health status 24/7 in the cloud.

Our graduates are leading developers at Siemens Healthineers, Philips Healthcare, and Stryker, validation engineers at pharmaceutical giants, cyber-prosthetics architects, and founders of startups shaping the future of medicine.

Objects of activity for bachelor's graduates include medical electronic equipment; clinical trial software; biomaterials and artificial organs; as well as laboratory and functional diagnostic technologies.

Training is carried out at:

- the Department of Radioelectronic and Biomedical Computerized Systems and Technologies (502).

Educational Programs Offered:

Educational Program	Degree	Mode of Study	Duration
Biomedical Engineering	Bachelor	Full-time & Part-time	3 years 10 months
Biomedical Informatics and Radio Electronics	Master, Professional Educational Program	Full-time & Part-time	1 year 4 months