Studieprogram

Programme structure

Showing programme structure for students starting 2016

Study year: 1

Semester: autumn

Programme variant: Compulsory Courses
Emne ECTS
Examen Philosophicum 10 Choose at least one Course (id:1)
Examen Philosophicum - Seminar 10 Choose at least one Course (id:1)
Introductory Project 5 Compulsory Course
Principles of Information Processing 5 Compulsory Course
Calculus 1 10 Compulsory Course

Semester: spring

Programme variant: Compulsory Courses
Emne ECTS
Statistics 10
Introduction to data analysis 10
Mechanics 10 Compulsory Course
Calculus 2 10 Compulsory Course
Study year: 2

Semester: autumn

Programme variant: Compulsory Courses
Emne ECTS
Thermophysics and Electromagnetism 10 Compulsory Course
Linear Algebra and Linear Differential Equations 10 Compulsory Course
Introduction to Organisation Theory 5 Compulsory Course
Laboratory Course in Physics 5 Compulsory Course

Semester: spring

Programme variant: Compulsory Courses
Emne ECTS
Measurement Techniques, error and data analysis 5 Compulsory Course
General Chemistry 10 Compulsory Course
Applied Linear Algebra 10 Compulsory Course
Heat Transfer 5 Compulsory Course
Electronics 5 Compulsory Course
Study year: 3

Semester: autumn

Programme variant: Compulsory Courses
Emne ECTS
Energy Physics and Energy Conversion 10 Compulsory Course
Classical Physics 10 Compulsory Course
Programme variant: Energifysikk
Emne ECTS
Electrical Engineering 10 Compulsory Course

Semester: spring

Programme variant: Compulsory Courses
Emne ECTS
Programming and Data Processing 10 Compulsory Course
Quantum Physics 10 Compulsory Course
Programme variant: Energifysikk
Emne ECTS
Hydrodynamics 10 Compulsory Course
Programme variant: Biologisk fysikk og beregningsorientert biologi
Emne ECTS
Introduction to Macroeconomics, part I 5 Compulsory Course
Complex Analysis and Transformation Methods 10 Compulsory Course
Study year: 4

Semester: autumn

Programme variant: Energifysikk
Emne ECTS
Advanced Programming 10
Cost Accounting, Fundamentals 5 Compulsory Course
Digital electrical power systems 10 Compulsory Course
Programme variant: Biologisk fysikk og beregningsorientert biologi
Emne ECTS
Theoretical statistics I 10
Real Analysis 10 Choose at least one Course (id:1)
Image Analysis 10 Choose at least one Course (id:1)
Advanced Programming 10 Compulsory Course
Partial Differential Equations and Models 10 Compulsory Course

Semester: spring

Programme variant: Biologisk fysikk og beregningsorientert biologi
Emne ECTS
Introduction to Genetics 5
Selected topics in applied mathematics 10 Choose at least one Course (id:2)
Control Engineering and Automation 10 Choose at least one Course (id:2)
Computational Neuroscience 10 Compulsory Course
Programme variant: Compulsory Courses
Emne ECTS
Environmental Physics 10 Compulsory Course
Programme variant: Energifysikk
Emne ECTS
Complex Analysis and Transformation Methods 10 Compulsory Course
Solar Energy 10 Compulsory Course
Study year: 5

Semester: autumn

Programme variant: Energifysikk
Emne ECTS
Energy Technology, Lab 10 Compulsory Course
Chemical and Biochemical Energy Conversion 10 Compulsory Course
Electrochemical Energy Conversion 10 Compulsory Course
Programme variant: Biologisk fysikk og beregningsorientert biologi
Emne ECTS
Biological Physics 10 Compulsory Course
Project in Biological Physics 5 Compulsory Course

Semester: spring

Programme variant: Compulsory Courses
Emne ECTS
Master's Thesis 30 Choose one Master Thesis