Course structure: Informatikk, sivilingeniør - master

1. year

1. semester:

Innføring i programmering (5 ects)

Datamaskiners virkemåte og programmering (5 ects)

Kalkulus (10 ects)

Diskret matematikk (10 ects)

1. year

2. semester:

Datastrukturer og algoritmer (10 ects)

Lineær algebra (10 ects)

Statistikk og sannsynlighet (10 ects)

2. year

3. semester:

Computer architecture and organization (10 ects)

Brukerkurs i fysikk (10 ects)

Optional courses

2. year

4. semester:

Operating Systems Fundamentals (10 ects)

Computer Communication (10 ects)

Examen philosophicum, Tromsøvarianten (10 ects)

3. year

5. semester:

Computer Systems Experiments, Methodologies, Performance Measurements and Evaluation (10 ects)

Database Systems (10 ects)

Innføring i kryptografi (10 ects)

3. year

6. semester:

Computer Security (10 ects)

Software engineering (10 ects)

Optional courses

4. year

7. semester:

Distributed Systems Fundamentals (10 ects)

Advanced Computer Security (10 ects)

4. year

8. semester:

Advanced Distributed Systems (10 ects)

Advanced Cryptography (10 ects)

Optional courses

5. year

9. semester:

Privacy Preserving Computation (10 ects)

Optional courses

5. year

10. semester:

Master's Thesis in Computer Science (30 ects)

Innføring i programmering (5 ects)

Datamaskiners virkemåte og programmering (5 ects)

Kalkulus (10 ects)

Diskret matematikk (10 ects)

Datastrukturer og algoritmer (10 ects)

Lineær algebra (10 ects)

Statistikk og sannsynlighet (10 ects)

Computer architecture and organization (10 ects)

Brukerkurs i fysikk (10 ects)

Optional courses

Operating Systems Fundamentals (10 ects)

Computer Communication (10 ects)

Examen philosophicum, Tromsøvarianten (10 ects)

Computer Systems Experiments, Methodologies, Performance Measurements and Evaluation (10 ects)

Database Systems (10 ects)

Innføring i kryptografi (10 ects)

Computer Security (10 ects)

Software engineering (10 ects)

Optional courses

Distributed Systems Fundamentals (10 ects)

Advanced Computer Security (10 ects)

Advanced Distributed Systems (10 ects)

Advanced Cryptography (10 ects)

Optional courses

Privacy Preserving Computation (10 ects)

Optional courses

Master's Thesis in Computer Science (30 ects)

1. semester

2. semester

3. semester

4. semester

5. semester

6. semester

7. semester

8. semester

9. semester

10. semester