|
Telemedicine - Technology
The “Technology” field of study
 |
| Sensor |
The discipline offers a technological study programme that enables graduates to contribute in the development of systems and applications for medical informatics, telemedicine and e-health applications. The problem formulations for the experimental activity are derived from medical technology. The aim is that the student should be able to contribute in the design, adaptation and maintenance of telemedicine and e-health systems. Courses in medical informatics, telemedicine, e-health, computer science, physics and mathematics play a key role in the programme.
The programme includes theory, experimental work and application of the knowledge in practical projects. The focus on both general and specialized knowledge of theoretical and experimentation aspects in the design of complex systems in the health sector also enables students to participate in the development of complex systems in other areas.
During the programme, students take both ordinary computer science courses and specialized courses in medical informatics, telemedicine and e-health. It is also possible to take courses in physics, specially intended for medical imaging. Students at the technology field of study will be expected to have experience and knowledge in computer programming.
The point of departure for the course is the research activity at the Department of Computer Science and in the telemedicine/e-health environment locally as well as internationally. The last half-year of the programme comprises a master's thesis, which may be completed at the department, in industry or at a research institute in Norway or abroad.
List of courses in semester:
|
List of cources in semester:
|
|
2S
|
INF-3996
M.Sc. thesis in telemedicine and e-health
|
|
2A
|
Elective subject
|
Elective subject medical informatics (Specialization)
|
Elective subject medical informatics (Specialization)
|
|
1S
|
Elective subject
|
INF-3791
Telemedicine and e-healthsystems
|
INF-3793
Medical informatics 2
|
|
1A
|
INF-3200
Distributed Systems Fundamentals
|
TLM-3020
The Health Service
|
INF-3792
Medical Informatics 1
|
Courses involved :
Course |
Course title |
Credits |
Semester |
Mandatory |
Dept |
| INF-3200 |
Distributed Systems Fundamentals |
10 |
1A |
Mandatory |
IFI |
TLM-3020
|
The health service |
10 |
1A |
Mandatory |
ISM |
INF-3792 |
Medical Informatics 1 |
10 |
1A |
Mandatory |
IFI |
INF-3793 |
Medical Informatics 2 |
10 |
1S |
Mandatory |
IFI |
INF-3791
|
Telemedicine systems |
10 |
1S |
Mandatory |
IFI |
INF-3790 |
Electronic health record systems |
10 |
|
Elective subject, Spec. courses |
IFI |
INF-3795 |
Advanced telemedicine systems |
10 |
Autumn 2007 |
Elective subject, Spec. courses |
IFI |
INF-3796 |
Pervasive computing in telemedicine |
10 |
|
Elective subject, Spec. courses |
IFI |
FYS-3012 |
Pattern recognition |
10 |
Autumn 2006 |
Elective subject, Spec. courses |
IF |
FYS-3020
|
The physics of medical imaging |
10 |
Spring 2007 |
Elective subject, Spec. courses |
IF |
INF-3799
|
Research seminar in Medical Informatics |
10 |
|
Elective subject, Spec. courses |
IFI |
INF-3982 |
Capstone project |
10 |
Available on request |
Elective subject, Spec. courses |
IFI |
INF-3100
|
Distributed algorithms |
10 |
Spring 2006 |
Elective subject |
IFI |
INF-3201 |
Concurrent and Parallel Programming
|
10 |
Autumn 2007 |
Elective subject |
IFI |
INF-3203 |
Advanced distributed systems |
10 |
Spring 2007 |
Elective subject |
IFI |
INF-3310
|
Computer security |
10 |
|
Elective subject |
IFI |
INF-3320
|
Middleware |
10 |
|
Elective subject |
IFI |
INF-3700 |
Database systems 2 |
10 |
|
Elective subject |
IFI |
INF-3701 |
Advanced database systems |
10 |
Spring 2007 |
Elective subject |
IFI |
STA-3001
|
Computational Statistics |
10 |
Spring 2007 |
Elective subject |
IMS |
INF-3996 |
M.Sc thesis in telemedicine and e-health |
30 |
2S |
Mandatory |
IFI |
|
