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Course structure: Anvendt fysikk og matematikk, 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)
Machine Learning (10 ects)
2. year
4. semester:
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
3. year
5. semester:
Numerical Methods (10 ects)
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
3. year
6. semester:
Introduction to plasma physics (10 ects)
Waves and optics (10 ects)
4. year
7. semester:
Optional courses
4. year
8. semester:
Fusion plasma physics (10 ects)
Optional courses
5. year
9. semester:
Stochastic modelling and non-linear dynamics (10 ects)
Project paper in applied physics and mathematics (10 ects)
Mathematical Methods (10 ects)
5. year
10. semester:
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
Numerical Methods (10 ects)
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
Introduction to plasma physics (10 ects)
Waves and optics (10 ects)
Optional courses
Fusion plasma physics (10 ects)
Optional courses
Stochastic modelling and non-linear dynamics (10 ects)
Project paper in applied physics and mathematics (10 ects)
Mathematical Methods (10 ects)
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
2. year
4. semester:
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
3. year
5. semester:
Numerical Methods (10 ects)
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
3. year
6. semester:
Global climate change (10 ects)
Waves and optics (10 ects)
4. year
7. semester:
Optional courses
4. year
8. semester:
Wind Modelling (10 ects)
Climate Dynamics (10 ects)
5. year
9. semester:
Fluid dynamics of atmospheres and oceans (10 ects)
Project paper in applied physics and mathematics (10 ects)
Optional courses
5. year
10. semester:
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
Numerical Methods (10 ects)
Statistisk fysikk og termodynamikk (10 ects)
Signal processing (10 ects)
Global climate change (10 ects)
Waves and optics (10 ects)
Optional courses
Wind Modelling (10 ects)
Climate Dynamics (10 ects)
Fluid dynamics of atmospheres and oceans (10 ects)
Project paper in applied physics and mathematics (10 ects)
Optional courses
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
2. year
4. semester:
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
3. year
5. semester:
Numerical Methods (10 ects)
Signal processing (10 ects)
Mikrokosmosfysikk (10 ects)
3. year
6. semester:
Waves and optics (10 ects)
Image Analysis (10 ects)
4. year
7. semester:
Optional courses
4. year
8. semester:
Photonics (10 ects)
5. year
9. semester:
Project paper in applied physics and mathematics (10 ects)
Optical nanoscopy (10 ects)
Optional courses
5. year
10. semester:
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
Numerical Methods (10 ects)
Signal processing (10 ects)
Mikrokosmosfysikk (10 ects)
Waves and optics (10 ects)
Image Analysis (10 ects)
Optional courses
Photonics (10 ects)
Project paper in applied physics and mathematics (10 ects)
Optical nanoscopy (10 ects)
Optional courses
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
2. year
4. semester:
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
3. year
5. semester:
Numerical Methods (10 ects)
Signal processing (10 ects)
Measurement techniques (10 ects)
3. year
6. semester:
Waves and optics (10 ects)
Image Analysis (10 ects)
4. year
7. semester:
Optional courses
4. year
8. semester:
Optional courses
5. year
9. semester:
Project paper in applied physics and mathematics (10 ects)
Pattern recognition (10 ects)
Health data analytics (10 ects)
5. year
10. semester:
Master's thesis in applied physics and mathematics (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)
Machine Learning (10 ects)
Elektromagnetisme (10 ects)
Differential Equations (10 ects)
Numerical Methods (10 ects)
Signal processing (10 ects)
Measurement techniques (10 ects)
Waves and optics (10 ects)
Image Analysis (10 ects)
Optional courses
Optional courses
Project paper in applied physics and mathematics (10 ects)
Pattern recognition (10 ects)
Health data analytics (10 ects)
Master's thesis in applied physics and mathematics (30 ects)
1. semester
2. semester
3. semester
4. semester
5. semester
6. semester
7. semester
8. semester
9. semester
10. semester

MAT-1030 Vektorkalkulus og MAT-2010 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.

FYS-3xxx Radiation and medical imaging systems i 8 semester i spesialiseringene Fotonikk og Maskinlæring og medisinsk teknologi  publiseres høsten 2028.