Please, check full admission requirements -->UNDER THIS LINK<--
The candidate is obliged to register in the online recruitment system, fill in online application form, pay the admission fee and upload following documents:
- Secondary School Certificate legalized at the Polish Consulate or Apostilled
- The statement confirming that Secondary School Certificate allows you to continue your education on a higher level in the country where it was issued. If it is not written on your Secondary School Certificate you may obtain this statement on a separate document from the Ministry of Education in your country or the school which issued Secondary School Certificate - a sample available here 2
- Certification of the English knowledge at the level minimum B2
- Photocopy of the passport
Biomedical engineering studies allow their graduates to look at the human body and all phenomena related to it from an engineering point of view. Saving and improving the quality of people’s lives is possible due to the use of advanced devices that are a daily occurrence in hospitals, clinics, or rehabilitation centers. However, their design and manufacturing require specialized knowledge. Therefore, biomedical engineering is one of the leading scientific research fields in European countries and the United States. This is an elite engineering study enriched with knowledge of medical apparatus, rehabilitation and orthopedic equipment. The students learn to design and manufacture modern medical apparatus and rehabilitation equipment and apply modern technologies in medicine, biomedical engineering, and related fields. Biomedical engineering studies prepare students to communicate efficiently with doctors, rehabilitation specialists, and other medical professionals to apply advanced technical solutions in the medical environment and design prostheses, implants, and medical devices. The biomedical engineering programme is an interdisciplinary course that provides students with knowledge of the fundamentals of mechanics, materials engineering, manufacturing techniques, elements of human anatomy and physiology, engineering biomechanics, fundamentals of programming, medical electronics, mechatronics, basic imaging techniques, equipment and modern technologies (including 3D printing, virtual reality, and artificial intelligence) used in medicine and rehabilitation.