Geothermal Energy
Explore geothermal resources and development, from resource assessment to sustainable utilisation.
Study may include areas such as geology, reservoir engineering, modelling and drilling.
The MSc Sustainable Energy Science explores how energy technologies interact with environmental, economic and societal systems.
You will study energy technologies, economics, sustainability, research and project development while shaping the degree around your interests through electives and thesis research.
The programme is designed for students from a range of scientific, environmental, quantitative and related academic backgrounds who want to work across the sustainable energy sector.

Have an engineering degree?
The MSc Sustainable Energy Engineering may be the better fit. The two programmes share some courses, but the Engineering MSc is designed specifically for students continuing from an engineering background.
Studying energy at ISE means connecting academic learning with the energy systems, organisations and people working around you.
Courses combine lectures with applied assignments, research and group projects, with opportunities to learn beyond the classroom. Faculty include researchers, experienced professionals and visiting instructors from Iceland and abroad.

Two recommended study pathways can help you build greater depth in an area that matches your interests. These pathways are study-planning guides rather than formal specialisations. Course availability may vary between academic years.
Explore geothermal resources and development, from resource assessment to sustainable utilisation.
Study may include areas such as geology, reservoir engineering, modelling and drilling.
Build broad knowledge across renewable-energy technologies and understand how different technologies operate within sustainable energy systems.
Study may include areas such as geothermal, hydropower, wind energy and energy conversion.
Explore the economic, financial and organisational dimensions of energy systems.
Build knowledge in areas such as energy economics, project development, financial assessment and decision-making.
The MSc Sustainable Energy Science is a two-year, 120 ECTS degree. Students normally complete approximately 30 ECTS each semester through a combination of required courses, specialization courses, electives and thesis research.
With academic guidance, you will build a study plan that combines:
Both thesis options form part of the same 120 ECTS MSc degree.
The recommended study pathways described above can help guide your selection of specialization courses, but they are not formal specializations awarded with the degree.
Sustainable Energy Science prepares you to work across the energy and sustainability sector rather than toward one prescribed profession. Graduates apply their across companies, consulting, government, research and other organisations working on the energy transition.
Analyse energy systems, projects, data and sustainability performance to support better decisions.
Potential roles: Energy Analyst · Sustainability Specialist · Energy Consultant
Help assess, plan and develop renewable-energy projects from early analysis through implementation.
Potential roles: Project Developer · Project Analyst · Energy Consultant
Work with environmental impacts, natural resources, policy and the wider conditions that shape sustainable energy development.
Potential roles: Environmental Specialist · Policy Analyst · Public-Sector Advisor
Build on your MSc through research, specialist work or further academic study in energy and related fields.
Potential paths: Researcher · Research Assistant · PhD / Doctoral Study

ISE is based at Reykjavík University, where you will study alongside students and researchers across engineering, technology, business and other disciplines. The campus includes spaces for individual and group study alongside laboratories, workshops and research facilities that may support your coursework, projects or MSc thesis.
Sustainable Energy Science welcomes applicants from a range of scientific, environmental, quantitative and related academic backgrounds.
Common backgrounds include environmental and earth sciences, geology, biology, chemistry, physics, mathematics, energy, engineering and economics. Applicants from other disciplines may also be considered where their previous studies provide suitable preparation for graduate study in sustainable energy.