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Course structure: Romfysikk, sivilingeniør - master


1. year
1. semester:
Kalkulus (10 ects)
Examen philosophicum, Tromsøvarianten (10 ects)
Innføring i programmering (5 ects)
Beregningsorientert programmering (5 ects)
1. year
2. semester:
Lineær algebra (10 ects)
Mekanikk og modellering (10 ects)
Statistikk og sannsynlighet (10 ects)
2. year
3. semester:
Eksperimentell fysikk (10 ects)
Sun, planets and space (10 ects)
2. year
4. semester:
Elektromagnetisme (10 ects)
Quantum mechanics (10 ects)
3. year
5. semester:
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
Machine Learning (10 ects)
3. year
6. semester:
Image Analysis (10 ects)
Global climate change (10 ects)
4. year
7. semester:
Plan, kultur og næring (10 ects)
Geografi og samfunn (10 ects)
Bærekraftige samfunn (10 ects)
4. year
8. semester:
Techniques for investigating the near-earth space environment (10 ects)
Physics of remote sensing (10 ects)
5. year
9. semester:
Project Paper in Space Physics (10 ects)
Pattern recognition (10 ects)
Applied remote sensing (10 ects)
5. year
10. semester:
Master's Thesis in Space Physics (30 ects)
Kalkulus (10 ects)
Examen philosophicum, Tromsøvarianten (10 ects)
Innføring i programmering (5 ects)
Beregningsorientert programmering (5 ects)
Lineær algebra (10 ects)
Mekanikk og modellering (10 ects)
Statistikk og sannsynlighet (10 ects)
Eksperimentell fysikk (10 ects)
Sun, planets and space (10 ects)
Elektromagnetisme (10 ects)
Quantum mechanics (10 ects)
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
Machine Learning (10 ects)
Image Analysis (10 ects)
Global climate change (10 ects)
Plan, kultur og næring (10 ects)
Geografi og samfunn (10 ects)
Bærekraftige samfunn (10 ects)
Techniques for investigating the near-earth space environment (10 ects)
Physics of remote sensing (10 ects)
Project Paper in Space Physics (10 ects)
Pattern recognition (10 ects)
Applied remote sensing (10 ects)
Master's Thesis in Space Physics (30 ects)
1. semester
2. semester
3. semester
4. semester
5. semester
6. semester
7. semester
8. semester
9. semester
10. semester
1. year
1. semester:
Kalkulus (10 ects)
Examen philosophicum, Tromsøvarianten (10 ects)
Innføring i programmering (5 ects)
Beregningsorientert programmering (5 ects)
1. year
2. semester:
Lineær algebra (10 ects)
Mekanikk og modellering (10 ects)
Statistikk og sannsynlighet (10 ects)
2. year
3. semester:
Eksperimentell fysikk (10 ects)
Sun, planets and space (10 ects)
2. year
4. semester:
Elektromagnetisme (10 ects)
Quantum mechanics (10 ects)
3. year
5. semester:
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
Introduction to satellite and rockets techniques and space instrumentations (10 ects)
3. year
6. semester:
Image Analysis (10 ects)
Introduction to plasma physics (10 ects)
4. year
7. semester:
Optional courses
4. year
8. semester:
Techniques for investigating the near-earth space environment (10 ects)
Space Physics (10 ects)
5. year
9. semester:
Project Paper in Space Physics (10 ects)
Dust and complex (dusty) plasma in space and ionospheres (10 ects)
Optional courses
5. year
10. semester:
Master's Thesis in Space Physics (30 ects)
Kalkulus (10 ects)
Examen philosophicum, Tromsøvarianten (10 ects)
Innføring i programmering (5 ects)
Beregningsorientert programmering (5 ects)
Lineær algebra (10 ects)
Mekanikk og modellering (10 ects)
Statistikk og sannsynlighet (10 ects)
Eksperimentell fysikk (10 ects)
Sun, planets and space (10 ects)
Elektromagnetisme (10 ects)
Quantum mechanics (10 ects)
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
Introduction to satellite and rockets techniques and space instrumentations (10 ects)
Image Analysis (10 ects)
Introduction to plasma physics (10 ects)
Optional courses
Techniques for investigating the near-earth space environment (10 ects)
Space Physics (10 ects)
Project Paper in Space Physics (10 ects)
Dust and complex (dusty) plasma in space and ionospheres (10 ects)
Optional courses
Master's Thesis in Space Physics (30 ects)
1. semester
2. semester
3. semester
4. semester
5. semester
6. semester
7. semester
8. semester
9. semester
10. semester

Vektorkalkulus og Complex analysis with applications i 3. og 4. semester legges inn seinere. Mikroemner i 6. semester og Bærekraftig Innovasjon i 8. semester kommer også seinere.