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Medical Informatics, 35 cr |
Major Studies
Jari Hyttinen
- The student understands the special features of the data and information created and managed in health care and medicine.
- The student is able to apply basic methods for processing physiological signals and for analyzing medical images, focusing on bioelectrical signals and hospital images.
- Student knows how information technologies and systems are applied in health care and medicine and how to produce eHealth services.
- The student has gained knowledge of modelling in order to study physiological systems and their measurements, and is able to construct finite element models for different medical applications.
Degree |
Biomedical Engineering - International Master's Student-Biomedical Engineering |
The student should have previous knowledge from the field of Information technology, Computer science, or Biomedical engineering.
( Advisable )
Course | Credit points |
BME-1806 Master's Seminar on Biomedical Engineering | 2 cr |
BME-2606 eHealth | 5 cr |
BME-2636 Medical Image Analysis | 5 cr |
LTT-4106 Processing of Physiological Signals | 5 cr |
LTT-5506 Biomedical Engineering Project | 4-7 cr |
LTT-6406 Modelling of Physiological Systems | 5 cr |
Total | 26 cr |
Please select courses from the list to complete the study block`s requirement (35)
Course | Credit points |
LTT-6306 Neuroinformatics | 5 cr |
MAT-41176 Theory of Automata | 5 cr |
MAT-51216 Information Theory | 4 cr |
MAT-51706 Bayesian Methods | 6 cr |
MAT-52506 Inverse Problems | 6 cr |
OHJ-1156 Programming II | 5 cr |
OHJ-1406 Introduction to Object-Oriented Programming | 4 cr |
OHJ-2016 Utilization of Data Structures | 5 cr |
SGN-2506 Introduction to Pattern Recognition | 4 cr |
SGN-2806 Neural Computation | 5 cr |
SGN-3016 Digital Image Processing I | 5 cr |
SGN-5306 Knowledge Mining | 3 cr |
Total | 57 cr |