Field of study: Biomedical Engineering 1st LEVEL UNDERGRADUATE STUDIES

Graduates have knowledge of medical constructions, medical information technology, biomechanics and biomaterials engineering. They know how to use modern apparatuses as well as diagnostic and therapeutic systems applied in medicine. They are prepared to cooperate with doctors as regards computer assistance in medicine,integration, operation and malntenance of medlcal apparatuses as wellas operatlon of dlagnostlc and therapeutlc systems. They have basie knowledge and skillsto design and manufacturemedical devices.

specialization: medical structures and materials
Graduates with this specialization have broad engineering knowledge,especially of medical constructions and biomaterials. They are prepared to design,manufacture and operate medical equipments and devices,especially in the area of orthopedics,stomatology and rehabllltatlon,wlth the use of modern medlcal materlals. They know how to use the com­ puter systems and software in design processes. The acquired knowledge may be used for direct implementation of orthopedic supply,for consultancy,sale or marketing work in the medical services market, and to apply for specialist professional qualifications and certiti­ cates.

specialization: computer assistance in medicine
Graduates with this specialization have modem knowledge of information technology, advanced methods of making software, databases, operation systems and computer networks, data safety and modelling complex biologica! systems. The skills related to the slgnals and lmages processlng are based on extenslve knowledge of physlcal and medlcal basics related to their capturing. Graduates are prepared to work in medical teams,solve problems related to the integration of apparatuses and software, operate complex medical software andtrainmedical personnel inthe use of it.

Field of study: Biomedical Engineering 2nd LEVEL MASTER’S DEGREE

Graduates have knowledge of modern structures and technologies in medicine and medical information technology. They have the skills necessary to work in different areas of engi­ neering actlvlty, to create technlcal progress and to lmplement speclallst research or development tasks. They can solve speclallst problems In the area of health protectlon with the use of information technologies. They are prepared to work in modern medical manufacturing plants as well as cooperate with medical doctors for the integration,ope­ ration and maintenance of medical devices. Thanks to the acquired knowledge graduates can work In design and manufacturlng of medlcal devlces, dlagnostlc and therapeutlc systems as well as conduct sclentlflc research and development projects related to biocybernetics and biomedical engineering.

specialization: modern structures and technologies for medicine
Graduates have theoretlcal and practlcal knowledge of how to use modem technologles
in medical industry plants and facilities, especially as regards orthopedics,stomatology, utilization of medical devices and operation of medical equipment. Graduates are prepared to cooperate with medical practitioners in various fields and specialisations,especially in
orthopedics and stomatology,bridging between medlcal and technlcal knowledge.

specialization: computer science in medicine
Graduates with this specialization can solve problems related to health protection with use of information technologies. They know how to prepare, implement and verify projects connected with medical computer science and telemedicine. They are familiar with medical apparatures, diagnostic systems, software and equipment implementations as well as systems of archiving and transmitting medical signals. They have knowledge covering computer-aided medical diagnostics, biocybernetics, medical information systems, expert systems and bioinformatics.