Energy (Master's)

Upon completing the Master’s programme in energy, you will: 

• Have solid, scientifically grounded knowledge of various energy resources, and their utilisation, advantages and disadvantages. 
• Specialise in one of the following energy themes: 1) wind and ocean energy, 2) mathematics, physics and informatics, or 3) chemistry and environment. 
• Be able to conduct advanced analyses related to resources, renewable energy, system impacts and environmental consequences.

Based on the thematic group you are admitted to, you will delve into challenges associated with energy from wind, water and solar sources; geothermal energy (ground heat); energy physics and materials for energy systems; energy transmission, including electrical systems; and energy systems encompassing security, optimisation and environmental impact.

In the energy Master’s programme, you will be part of a group of students who progress together throughout their studies. We foster an inclusive student environment across study groups, and you will interact with students from similar study programmes across different courses.

Your study routine will involve large and small group lectures, data analysis, laboratory work and self-study. You can expect to dedicate approximately 40 hours per week to your studies. You can find study spaces at the University Library’s Learning Centre in Realfagbygget, or at Allégaten 66. On the warmest days, many students gather in the beautiful gardens in front of the Geophysical Institute.

The programme also has an active student association (Lumen) that hosts both social and academic events. Follow the students here. Additionally, you’ll be part of an international academic community through collaboration

Graduates with a Master’s degree in Energy are in high demand. Today’s challenges create a growing need for specialists in energy and energy transition, both in Norway and globally. Your educational qualifications will open doors to careers in both private and public sectors, including: 

• Energy companies (such as Equinor, Statkraft and Eviny) 
• Energy technology companies 
• Consulting firms (such as StormGeo and Multiconsult) 
• Universities, colleges and research institutes 
• Transportation companies (such as NCE Maritime Cleantech) 
• Supplier industries (such as Aker Solutions, Aibel and Kværner) 

Students with citizenship from countries outside the EU/EEA/Switzerland must pay tuition fees. Some applicants may be exempted from this rule.

Admission requirements are divided into two parts: a general requirement for all thematic groups, followed by specific requirements for each group:

Thematic Group 1: Wind and Ocean Energy

Thematic Group 2: Mathematics, Physics and Informatics

Thematic Group 3: Chemistry and Environment

You can find more information about admission requirements and how the grade average is calculated in the study plan.

Teaching language: Norwegian and English

he programme consists of a course component worth 60 ECTS and a Master’s thesis worth 60 ECTS.  

The courses ENERGI300 and ENERGI360 are mandatory. Elective courses and potential special topics should be chosen in consultation with your advisor. 

Study Plan Overview:  

Semester 1 (autumn) 

Energy Resources and Consumption (Course Code: ENERGI300, 10 ECTS) 

Elective Course (10 ECTS) 

Elective Course (10 ECTS) 

Semester 2 (spring) 

Energy Physics and Technology (Course Code: ENERGI360, 10 ECTS) 

Elective Course (10 ECTS) 

Elective Course (10 ECTS) 

Semester 3 (autumn) 

ENERGI399 Master’s Thesis (30 ECTS) 

Semester 4 (spring): 

ENERGI399 Master’s Thesis (30 ECTS) 

Courses are at 200- or 300-level. By agreement with your advisor, you can take up to 10 ECTS at 100-level. 

The Master’s programme includes a combination of lectures, exercises, laboratory work with journals, seminars and fieldwork. For specific requirements, visit the individual course websites. 

Master’s thesis    

As a Master’s student, you will find a research topic and a supervisor. There are many exciting Master’s projects to choose from within each thematic group. 

We expect you to work independently on your Master’s thesis, but you will still receive valuable support from your supervisor. Additionally, you are expected to engage in discussions about the topic with your fellow students. 

Explore our list of previous Master’s theses for inspiration. 

If you wish to have a study abroad experience, you can get in touch with your academic advisor or subject-specific advisor early in your Master’s programme. 

The study programme provides a formal basis for further doctoral studies within the field.

Study plan for Master's Programme in Energy