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Jednostka prowadząca kierunek
Faculty of Electrical, Electronic, Computer and Control Engineering W2
International Faculty of Engineering (IFE)
Zdjęcie w tle
Woman working on the scientific device in the laboratory.

Biomedical Engineering and Technologies

Professional title

engineer

Cycle of study

First-cycle

Mode of study 

full time

Number of semesters

7

Language of instruction

English

Admission

Winter semester

Subjects passed at the baccalaureate exam

mathematics 
mathematics 
english
english (min 50% from advanced level)

Additional subjects

physics
physics
chemistry
chemistry
biology
biology
information technology
information technology
professional diploma
professional diploma

Professional diploma

311909 technik automatyk
311413 technik robotyk
311408 technik elektronik
311410 technik mechatronik
311412 technik szerokopasmowej komunikacji elektronicznej
352203 technik telekomunikacji
351103 technik teleinformatyk
311303 technik elektryk
311307 technik energetyk
311930 technik urządzeń i systemów energetyki odnawialnej
311940 technik urządzeń dźwigowych
311929 technik chłodnictwa i klimatyzacji
311302 technik elektroenergetyk transportu szynowego
351203 technik informatyk
321406 technik programista
technik automatyki i robotyki (decyzja MEN z 09.07.2019)

Dyplom zawodowy
W rekrutacji na ten kierunek nie jest brany pod uwagę dyplom technika

    About the field of study

    The Biomedical Engineering and Technologies field of study combines knowledge from technology and medicine to provide a holistic understanding of how medical equipment functions and is used. The study program is designed to provide knowledge in a wide range of scientific fields. Already in the first year, students pursue computer science, scientific and technical subjects such as mechanics and robotics, which they develop during subsequent semesters. They are learning about increasingly complex biological processes and disciplines, starting with basic anatomy and ending with sensors and artificial organs. Completing a degree in Biomedical Engineering and Technologies allows you to gain the skills necessary to design the most modern and best suited to human needs medical equipment, diagnostic and therapeutic systems. Students will learn advanced applications of materials that can come into direct contact with the tissues of the human body. They also undertake cooperation with physicians in the operation and design of medical equipment, diagnostic and therapeutic systems. By studying in English, they have the opportunity to perfect their language skills and learn specialized vocabulary.  
     
    See the detailed study program.

    Graduate opinions

    I always wanted to combine the power of different disciplines to create something that could serve and help people. Today I can confirm that this was the right decision. The medical job market is very much focused on all innovations and technological developments.

    Kobieta przy urządzeniu w laboratorium.
    Karolina Wilgocka, Tricomed S.A.

    Competencies you will gain

    Biotechnology
    Biomedical engineering
    Information Technology
    Biomaterials engineering

    About you

    Do you want to become an engineer who will support the development of medicine around the world? Biomedical Engineering and Technologies is a hit! 

    Choosing this field of study will allow you to become qualified to work in many areas of the biomedical industry. What can you learn during your studies? First of all, you will gain the necessary foundation in the sciences, with a special emphasis on biology and related fields. You will also learn about the applicability of technical methods in business. You will gain skills in programming basics and control systems. All this will allow you to design diagnostic and therapeutic devices based on the latest research. You will also have the opportunity to do internships at partner companies, as well as complete one semester of study at a foreign university - the so-called  “Mobility Semester”. 

    Internship

    Job perspectives

    • hospitals, clinical, outpatient and clinic units, and other treatment units, 
    • manufacturing units of medical apparatus and devices, 
    • commercial marketing and technical acceptance and accreditation units, 
    • design, construction and technology units of medical apparatus and devices, 
    • scientific research and consulting units and medical administration, 
    • a sector of companies that manufacture or service medical equipment, develop IT solutions related to biometrics or biomedical data analysis, design and manufacture biomaterials, prostheses or implants, 
    • scientific units, implementing new technologies in medicine and bioengineering.