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Course Catalog 2006-2007

Degree Program in Electrical Engineering - International Master's Student

Biomedical Engineering

Persons responsible

Head of the Degree Programme: Jaakko Malmivuo
Department Secretary: Riitta Myyryläinen
Academic Studies Coordinator: Juha Nousiainen

Objectives

- Students learn to recognize, manage, and use the scintific and professional concepts of the major as well as manage the basics of the minor(s).
- Students attain the ability to apply scintific methods to carry out measurement, analysis and modelling projects and production sketches in the field of human biology and physiology. current and concrete assignments.
- Students reach the readiness to scientific post-graduate education.
- Students reach the readiness to operate as an expert, especially in co-operation with experts of medicine and bio sciences.
- Students reach the talent for participating in the social conversation and activity of the field.
- Students attain the proficiency in communication and cooperation required by the working life, scientific activity and social conversation.
- Students attain the proficiency in English language required by working life and a positive attitude for international co-operatation.

Structure

COMMON PROGRAMME AND SUBJECT-RELATED STUDIES, 20-25 cr

Objectives

- Varmistaa, että opiskelijalla on riittävät perustiedot lääketieteellisen tekniikan alalta syventäviä opintoja varten.
- Varmistaa, että opiskelijoilla on riittävät perustiedot sähköteknillisestä ja matemaattis-fysikaalisesta taustasta myöhempiä opintoja varten.

Obkigatory courses

Course Credits
LTT-1016 Human Anatomy and Physiology 6 cr
OHJ-1156 Programming II 5 cr
SMG-8056 Algebra for linear electric systems 2 cr
SMG-8106 Multivariable electromagnetic models 3 cr
SMG-8206 Circuits and electromagnetic fields 3 cr
Total 19 cr

Supplemental courses

Fill to the extent of the study block by choosing from list
Course Credits
KIE-1050 Finnish for Beginners 1 3 cr
LTT-1106 Introduction to Biomedical Engineering 3 cr
LTT-1126 Measurements of Physiological Systems 4 cr
MIT-1016 Measurement Technology 5 cr
SGN-1107 Introductory Signal Processing 4 cr
SGN-6056 Introduction to Computational Systems Biology 3 cr
TLT-2106 Basic Course on Networking 5 cr
TLT-8016 Basic Analog Circuits 6 cr
Total 33 cr


MAJOR STUDIES

Study block Credits
Medical Informatics 36-45 cr
Medical Instrumentation 36-45 cr
Medical Physics 36-45 cr


MINOR STUDIES

Study block Credits
Biomeasurements 25 cr

Computer Science (25 cr), Communications Engineering (30 cr), Computational Systems Biology (30 cr) Nanotechnology (30 cr), RF-electronics (30 cr), Signal Processing (30 cr), Software Systems (30 cr).


OPTIONAL STUDIES, 5-25 op


THESIS

Master's Thesis (30 cr)

Last modified 24.03.2006
Modified byJuha Nousiainen