BIOMEDICAL ENGINEERING
Biomedical engineering combines knowledge of technical, medical, and biological sciences. Therefore, biomedical engineers generally focus on designing devices to help doctors diagnose, treat, and prevent diseases. We will teach you issues linking technology and medicine, including computer science and medical electronics, telematics, medical materials, biomechanics, modeling of biological structures and physiological processes, and medical imaging techniques. Your skills will let you support medicine with advanced technologies.
| Subject | Hours in total |
|---|---|
| PHYSICAL EDUCATION | 30 |
| FOREIGN LANGUAGE | 30 |
| TECHNIQUES AND TOOLS FOR COMMUNICATION | 30 |
| MATHEMATICS FOR ENGINEERS | 30 |
| INFORMATICS AND BASICS OF PROGRAMMING | 30 |
| ENGINEERING GRAPHICS | 30 |
| FUNDAMENTALS OF BIOMEDICAL EGINEERING | 120 |
| TOTAL | 300 |
| Subject | Hours in total |
|---|---|
| PHYSICAL EDUCATION | 30 |
| FOREIGN LANGUAGE | 30 |
| INTRODUCTION TO ENTREPRENEURSHIP | 30 |
| MATHEMATICS | 90 |
| PHYSICS | 30 |
| BIOMEDICAL DATA | 60 |
| ENGINEERING TECHNOLOGIES IN MEDICINE AND SPORTS |
60 |
| INTRODUCTION TO PROBLEM BASED LEARNING | 45 |
| ELECTIVE COURSE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| FOREIGN LANGUAGE | 30 |
| INTELLECTUAL PROPERTY PROTECTION | 15 |
| MATHEMATICS | 60 |
| PHYSICS | 45 |
| MODULES OF ELECTIVE COURSES ENABLING THE SELECTION OF A DEFINED SCOPE OF DIPLOMAS: – BIOMATERIALS AND TECHNOLOGIES FOR MEDICINE OR – BIOMECHATRONIC DEVICES DESIGN OR – MEDICAL INFORMATICS AND ARTIFICIAL INTELLIGENCE OR – ELECTRONICS AND BIOMEDICAL INFORMATICS |
225 |
| ELECTIVE COURSE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| FOREIGN LANGUAGE | 30 |
| PHYSICS | 30 |
| MODULES OF ELECTIVE COURSES ENABLING THE SELECTION OF A DEFINED SCOPE OF DIPLOMAS: – BIOMATERIALS AND TECHNOLOGIES FOR MEDICINE OR – BIOMECHATRONIC DEVICES DESIGN OR – MEDICAL INFORMATICS AND ARTIFICIAL INTELLIGENCE OR – ELECTRONICS AND BIOMEDICAL INFORMATICS |
315 |
| ELECTIVE COURSE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| MODULES OF ELECTIVE COURSES ENABLING THE SELECTION OF A DEFINED SCOPE OF DIPLOMAS: – BIOMATERIALS AND TECHNOLOGIES FOR MEDICINE OR – BIOMECHATRONIC DEVICES DESIGN OR – MEDICAL INFORMATICS AND ARTIFICIAL INTELLIGENCE OR – ELECTRONICS AND BIOMEDICAL INFORMATICS |
375 |
| ELECTIVE COURSE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| MODULES OF ELECTIVE COURSES ENABLING THE SELECTION OF A DEFINED SCOPE OF DIPLOMAS: – BIOMATERIALS AND TECHNOLOGIES FOR MEDICINE OR – BIOMECHATRONIC DEVICES DESIGN OR – MEDICAL INFORMATICS AND ARTIFICIAL INTELLIGENCE OR – ELECTRONICS AND BIOMEDICAL INFORMATICS |
375 |
| PRACTISE | |
| ELECTIVE COURSE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| MODULES OF ELECTIVE COURSES ENABLING THE SELECTION OF A DEFINED SCOPE OF DIPLOMAS: – BIOMATERIALS AND TECHNOLOGIES FOR MEDICINE OR – BIOMECHATRONIC DEVICES DESIGN OR – MEDICAL INFORMATICS AND ARTIFICIAL INTELLIGENCE OR – ELECTRONICS AND BIOMEDICAL INFORMATICS |
255 |
| BACHELOR PROJECT | 45 |
| TOTAL | 300 |
