Educational goals
The aim of the Biomedical Engineering course is to acquire the professional competence to practise as a biomedical engineer who is able to practise a non-medical health profession in accordance with the applicable legislation. The study programme is in line with the current vocational study programmes of the European Union countries and corresponds to the basic principles for the education of health professionals. The study is designed as a theoretical-practical whole with a focus on the preparation of a qualified non-medical health professional with a university education in biomedical engineering.
Profile of the graduate
The graduate demonstrates knowledge in the basic fields of physico-mathematical, biomedical, socio-science and related sciences. The graduate, without professional supervision and without indication to the extent of his professional competence, provides healthcare in accordance with legislation and standards, ensures compliance with the hygienic-epidemiological regime in accordance with public health legislation, makes entries in medical records and other documentation resulting from other legislation, works with the health service provider’s information system. The graduate provides information to the patient in accordance with his or her professional competence and, where appropriate, instructions from a doctor, dentist, pharmacist, clinical psychologist or clinical speech therapist, participates in practical instruction in curricula to acquire fitness for the health profession, participates in the preparation of standards, educates individuals, families and groups of people to adopt healthy lifestyles and to care for themselves, participates in ensuring the integration of the new entrant A graduate without professional supervision and without the indication of a doctor organises and supervises the activities of biomedical technicians (according to the applicable legislation he can perform the activities of a biomedical technician). In providing diagnostic and therapeutic care, the graduate supervises compliance with the principles of the correct use of medical devices in accordance with the instructions for use and other guidelines laid down by the manufacturer of the medical device, proposes internal regulations for the handling of medical devices by the health service provider, adjusts the basic programming of the devices according to the specific needs of the workplace or patients in accordance with the instructions for use and other instructions of their manufacturers (does not perform activities related to the operation of those parts of the medical devices that are resource equipment and equipment utilities .
Information
- Study programme
- Biomedical Engineering (N0914P360003)
- Faculty of
- FZS
- Type of study
- Postgraduate Master
- Form of study
- Full-time
- Length of study
- 2
- Awarded degree
- Ing.
- Language
- Czech
- Education area
- Health Care
Courses of Biomedicínské inženýrství programme
1. semester
- Anatomy and physiology in 3D (compulsory)
- Applied mathem. and physic. computations (compulsory)
- Biophysics (compulsory)
- Computer-Based Signal Processing (compulsory)
- English for Specific Purposes 5 (compulsory)
- Chapters in clinical propedeutics (compulsory)
- Methods for study of biological systems (compulsory)
- Physic. fields in med. diagn. and therap (compulsory)
- Programming Techniques – Data Processing (compulsory)
- Selected chap. from medical terminology (compulsory)
- Selected Chapters from El. Engineering (compulsory)
- Selected chapters from signal theory (compulsory)
- Technical Documentation,project manag. (compulsory)
2. semester
- Basic Principles of Electr. Engineering (compulsory)
- Communication Skills in Healthcare (compulsory)
- Electrical Measurements, Oper. E. Safety (compulsory)
- Electronic Systems Architecture (compulsory)
- English for Specific Purposes 6 (compulsory)
- Human computer interaction (compulsory)
- Individual Practical Training (compulsory)
- Ioniz and non-ioniz. rad. in diag. and t (compulsory)
- Measurement of El. and non-El. Quantit. (compulsory)
- Physical methods in therapy (compulsory)
- Public Health, H. Promotion and Protect. (compulsory)
- Risk Management, Reliability, Robustness (compulsory)
- Selected chapters from non-med. research (compulsory)
- Selected chapters from Pharmacology (compulsory)
- Seminar on Diploma Thesis Writing (compulsory)
3. semester
- Diploma Thesis 1 (compulsory optional)
- Electrophysiology and Impulse Therapy 1 (compulsory optional)
- English for Specific Purposes 7 (compulsory)
- Ethics (compulsory)
- Gas for Medicine,Properties, Distributio (compulsory)
- Image Analysis and Data Acquisition (compulsory optional)
- Imaging methods and systems 1 (compulsory)
- Instrumentation 1 (compulsory)
- Interpretation of 3d Biomedical Images (compulsory)
- Medical systems (compulsory)
- Practical Training – Cardiology (compulsory optional)
- Practical Training – Robotics (compulsory optional)
- Recognition and Image Processing (compulsory)
- Robotics 1 (compulsory optional)
- Selected chapters from first aid (compulsory)
- Ultrasound imaging in cardiology 1 (compulsory optional)
4. semester
- Biocybernetics (compulsory)
- Biostatistics (compulsory)
- Diploma Thesis 2 (compulsory optional)
- Electrophysiology and Impulse Therapy 2 (compulsory optional)
- Imaging methods and systems 2 (compulsory)
- Instrumentation 2 (compulsory)
- Law in Healthcare (compulsory)
- Management of health services (compulsory)
- Modelling in biomedicine (compulsory optional)
- Robotics 2 (compulsory optional)
- Selected Psychol. Problems in Biomed. (compulsory)
- Statistical Analysis of Data (compulsory)
- Ultrasound imaging in cardiology 2 (compulsory optional)
Courses without specified study plan
- Basics medicine (compulsory)
- Instrumentation in cardiology (compulsory)
- Medical management and legislation (compulsory)
- Medical technology (compulsory)
- Robotické systémy v biomed.a biokyber. (compulsory)
Admission procedure
Admission to a follow-up Master’s degree is subject to completion of a Bachelor’s degree programme with the acquisition of professional competence in the profession of biomedical technician. Another condition for admission is the medical fitness of the candidate meeting the medical criteria laid down for the study and pursuit of the profession under the legislation in force.
More about the admission process
More details
Contact: Jirák Daniel, prof. Ing. Ph.D., daniel.jirak@tul.cz