Norway offers 35 programmes across 3 universities — the University of Oslo, the Norwegian University of Science and Technology (NTNU), and the University of Bergen. These three institutions are Norway's leading research universities and collectively cover a broad range of disciplines at undergraduate and postgraduate level. Norway is well known for its tuition-free model at state universities, though the specific tuition situation should be confirmed on each listing.
Prospective international students should note that Norway is not an EU member but participates in the European Higher Education Area. Most programmes are offered in Norwegian at bachelor's level, while many master's and doctoral programmes are available in English. A residence permit for studies is required for non-EU/EEA nationals. The cost of living in Norway is relatively high, so students should budget carefully for accommodation, food, and transport alongside any programme fees.
NTNU has a long-standing reputation as a leader in artificial intelligence (AI) research in Norway. The university's work spans key areas like machine learning, natural language processing, robotics, and autonomous systems. Beyond technical advancements, NTNU is also dedicated to exploring the ethical and societal implications of AI. The program combines theoretical knowledge with practical applications, fostering collaboration with industry partners to develop innovative solutions across sectors such as health, energy, and technology. Students will gain a deep understanding of AI technologies and their applications, engaging with challenges and opportunities in the field.
NTNU has been a leading institution in Artificial Intelligence (AI) in Norway for decades, with research spanning machine learning, natural language processing, robotics, and autonomous systems. The university is also committed to exploring the ethical and societal challenges posed by AI. This program combines theoretical knowledge with practical applications and collaborates with industry to develop solutions in healthcare, energy, and technology. Students gain insights into AI technologies and their applications, working on projects that address both the technological challenges and opportunities within the field.

This PhD project focuses on evaluating the reliability and effectiveness of PenTestGPT, an AI tool for web application penetration testing. The research will compare its performance against traditional human penetration testers and other AI models. The goal is to understand the capabilities and limitations of Large Language Models (LLMs) in identifying web application vulnerabilities, suggesting fixes, and detecting threats. The study will involve a case study where both human testers and AI systems, including PenTestGPT, test a set of web applications. Key metrics will include the rate of vulnerability detection, accuracy of findings (minimizing false positives and negatives), and the quality of recommended solutions. The research will also identify challenges LLMs face, such as handling complex attacks or situations requiring human intuition. The methodology includes setting up vulnerable environments (e.g., specific web applications or capture-the-flag platforms) for testing. PenTestGPT will be used with various AI models for tasks like reconnaissance, scanning, and reporting. Human penetration testers will simultaneously assess the same environments using standard tools like Burp Suite and OWASP ZAP.
The Master's Programme in Biomedical Sciences at the University of Bergen offers a pathway to advanced study and research in a dynamic field. This program is designed for students with a bachelor's degree who wish to deepen their knowledge and engage in scientific inquiry. The faculty is committed to high international research standards, ensuring that your studies are closely integrated with cutting-edge research and practical applications. You will benefit from modern facilities and become part of a vibrant student community. The program is situated close to the hospitals of Western Norway, providing opportunities for real-world exposure and collaboration. The Faculty of Medicine's research encompasses basic and clinical medicine, public health, and global health, with particular strengths in areas like women's health, neurodegenerative diseases, and health service ethics.
This undergraduate course introduces the fundamental principles of inorganic chemistry. It explores the chemical elements, their properties, and their positions within the Periodic Table, with a focus on periodic trends and relationships between elements and their compounds. The course also delves into bonding theory, molecular structures, and the nature of metals, salts, and minerals. Additionally, it examines the environmental, biological, and industrial significance of inorganic compounds.
This postgraduate course offers a deep dive into combustion as a physical phenomenon, exploring its relevance to safety, energy production, and environmental concerns. The curriculum covers experimental descriptions, thermodynamic principles, chemical kinetics, and various models for mass and energy transport. Students will learn about ignition, quenching, laminar and turbulent flames, droplet and dust combustion, pollutant formation, and detonations. The course also includes simulation of explosions using the FLACS CFD simulator.
This 2-year Master of Science program in Computer Science (Datateknologi) builds upon a bachelor's degree in engineering or a related field. It equips you with the advanced skills needed to tackle complex technological challenges in areas crucial for the future, such as artificial intelligence, medical technology, and the Internet of Things (IoT). You will gain expertise to address societal challenges related to climate, sustainability, and health through cutting-edge technology. The program prepares you for expert roles in fields like databases and search, software systems, artificial intelligence, or algorithms and computing.
The 5-year Master's program in Computer Science (Datateknologi) is designed for students curious about technological advancements and interested in creating sustainable solutions. Computer science is fundamental to fields like artificial intelligence, medical technology, and the Internet of Things, playing a crucial role in addressing global challenges in climate, sustainability, and health. This program will equip you with the skills to develop complex IT systems that benefit people and society. While most people use computer technology daily, fewer understand how to leverage it for product or service development. This knowledge is more critical now than ever.
The Data Science Master's program focuses on extracting knowledge and understanding from data. It combines methodologies from statistics, mathematics, computer science, physics, engineering, and domain-specific knowledge to address the challenges posed by the increasing volume of data available today. Students will learn principled methods for deriving insights from large datasets.

Data Science is the interdisciplinary field focused on extracting knowledge and insights from various forms of data. This Master's programme combines mathematics, statistics, and informatics, equipping you with the skills needed to navigate the modern data revolution. You will learn to analyze complex datasets and develop innovative solutions using computational methods and statistical reasoning. The programme prepares you for a career in a field that is increasingly vital across all sectors of industry and research.

The Master's programme in Economics at the University of Oslo provides a comprehensive understanding of economic principles and their application to real-world issues. The programme is designed for students with a strong interest in mathematics and a desire to analyze societal and political phenomena through an economic lens. Graduates are well-prepared for careers in fields such as financial analysis, economic consulting, and policy advising. The university emphasizes a strong foundation in economic theory, econometrics, and quantitative methods, enabling students to conduct rigorous analysis and contribute to economic discourse.
This Master's programme in Informatics is designed for students who wish to continue their studies after completing a bachelor's degree. It equips you with the skills and research competence needed to tackle complex challenges arising from rapid technological advancements and digital transformation. You will gain knowledge in scientific work and develop analytical abilities to solve new and challenging problems. The programme focuses on mastering technology for future careers or doctoral studies. The programme is research-oriented and creative, encouraging you to question where and how technology should be utilized. You will gain specialized knowledge through elective courses, projects, and your master's thesis, with each specialization anchored in a research group. Upon completion, you will be qualified for advanced-level roles in the field and for admission to doctoral programmes.
The Grieg Academy offers a Master of Arts (MA) programme in Music Performance or Composition, designed for students with a passion for classical music, jazz, or composition. This program emphasizes independence, critical reflection, and practical application within a supportive and creative environment. Students will explore a wide range of artistic expressions and develop their skills through dialogue and critical discussion. The faculty comprises active professionals, many of whom are prominent musicians with the Bergen Philharmonic Orchestra and other ensembles, ensuring that teaching is grounded in artistic research and practice. The program fosters collaboration between artistic and scientific disciplines, both within the department and across the university.

The Master's in Peace and Conflict Studies (PECOS) offers advanced training in research methods and theory, combined with practical perspectives, to understand global peace and conflict. This program is designed for students who want to analyze complex conflict-related challenges in an international context using rigorous analytical tools and empirical insights. It equips graduates with the skills needed for a variety of career paths.
The University of Bergen offers a variety of master's programmes taught entirely in English, specifically for international students from outside the EU/EEA/EFTA. These programs are typically two years in duration, with the second year often dedicated to thesis work. All international students are required to pay tuition fees and must demonstrate sufficient funds to cover their living expenses in Norway.
The University of Bergen offers a range of Master's programmes taught in English, designed for applicants from EU, EEA, and Switzerland. These two-year programmes typically dedicate the second year to thesis research and writing. The university provides a broad selection of disciplines across various faculties, including Fine Art, Music, Design, Health, Psychology, Law, Humanities, Natural Sciences, Technology, IT, and Social Sciences. While the majority of programmes start in the autumn, some in the humanities and natural sciences may have January start dates. All international students are required to pay tuition fees, with the cost varying by faculty, and must also demonstrate sufficient funds for living expenses in Norway.
The Master's Programme in Clinical and Biological Psychology at the University of Bergen provides advanced knowledge in psychological theories, research methods, and clinical practice. This program focuses on the biological underpinnings of psychological processes and disorders, equipping students with a strong scientific foundation. You will delve into areas such as psychopathology, neuropsychology, and cognitive neuroscience, preparing you for research or further clinical training. The curriculum is designed to foster critical thinking and analytical skills, enabling you to understand and address complex psychological issues from both biological and psychological perspectives. The program emphasizes evidence-based practice and research, preparing graduates for a variety of roles in academia, research, and clinical settings.
The Department of Clinical Medicine at the University of Bergen is a prominent academic centre focused on medicine and clinical nutrition. Our research investigates disease mechanisms from a fundamental level through to direct patient care. The department is involved in teaching within medicine, clinical nutrition, and pathology, and plays a key role in the professional medical program and the bachelor's and master's programs in nutrition.
This Master's programme in Informatics is designed for students who have completed a bachelor's degree and wish to deepen their expertise in informatics. It equips you with the skills and research capabilities to address complex societal challenges through the design and development of digital products and services, with a focus on sustainability. You can specialise in several areas across two campuses: Trondheim offers specialisations in Artificial Intelligence, Databases and Search, Software Engineering, and Interaction Design, Gaming, and Learning Technology. Gjøvik offers specialisations in Programming and Security Engineering, and Visual Informatics. The programme is taught entirely in English and qualifies you for advanced study or doctoral programmes. Learning involves practical projects from the first semester, often in interdisciplinary teams, and a significant focus on thesis work. The programme aims to provide both academic competence and the ability to apply technical expertise to real-world problems, considering ethical and societal implications.
The University of Bergen (UiB) offers a range of Master's programmes taught in English. These programmes cater to international students from outside the EU/EEA/Switzerland, who are required to pay tuition fees. The university provides diverse study areas across various faculties, including Fine Art, Music and Design, Humanities, Medicine, Science and Technology, Psychology, and Social Sciences. Each programme is designed to offer in-depth knowledge and practical skills in its respective field.
The Master's Thesis in Computer Science focuses on Interaction Design, Game Technologies, and Learning Technologies. This course is the core component of your master's degree program, spanning two semesters. It requires you to undertake independent scientific work, demonstrating your understanding of current research (state-of-the-art) and relevant theories and methods applicable to your chosen thesis topic. The work involves self-study of scientific articles and books under the guidance of a faculty supervisor. Depending on the thesis type, activities like case studies or empirical experiments may be included. Submissions are typically made at the end of each semester.

The Middle East Studies Master's Programme offers an in-depth exploration of the Middle East, focusing on its languages, cultures, and social sciences. The programme requires a strong academic background in either Middle Eastern languages (Arabic, Persian, or Turkish) or relevant social science disciplines. You will engage with complex regional issues through rigorous academic study and analysis.

The Master in Middle East Studies is an interdisciplinary two-year programme offered as a specialization within the MA in Asia and Middle East Studies. It provides a unique opportunity to deepen your understanding of contemporary issues in the Middle East across a range of fields. The programme covers disciplines such as language, politics, societies, anthropology, history, and literature. You will develop specialized knowledge and analytical skills to engage critically with the complexities of the region. This master's option is designed for students who wish to pursue advanced academic study or careers related to the Middle East.
NTNU, the Norwegian University of Science and Technology, offers a wide range of study programmes designed to equip students with solid knowledge to shape the future. With a strong emphasis on science and technology, NTNU provides opportunities for in-depth learning and research. The university encourages students to explore various academic paths, including master's programmes taught entirely in English, and fosters a vibrant student life alongside academic pursuits.
Completing a PhD at the University of Bergen (UiB) prepares you for a research career at an international level. It equips you with scientific expertise and analytical thinking skills applicable to a wide range of roles in both the public and private sectors. Graduates are highly sought after for their ability to analyze complex problems and think independently. Many pursue research and teaching positions at universities or research institutes, while others leverage their innovation and entrepreneurship skills to start their own businesses.
The University of Bergen (UiB) has updated its salary system for PhD candidates following changes to the Basic Collective Agreements for the Civil Service. This update introduces a new system for automatic salary increases, primarily through a guaranteed 3% annual increase based on seniority. The specifics of salary progression can vary depending on whether a PhD candidate is a member of the NTL union or other unions, due to differences in how collective agreements and local negotiations impact pay grades and general salary adjustments.
This postgraduate course offers a comprehensive introduction to radioactivity and the core principles of radiochemistry. It explores how radiochemical concepts are applied in various fields, including industry, environmental science, and medicine. The course emphasizes the significance of radioactivity as both a scientific tool and a distinct discipline, detailing its integral role in specific applications. Topics covered include the physical basis of nuclear structure and radioactive decay, the properties of different nuclear radiations, their interactions with matter, and methods for detection. The course also delves into the practical applications of radiation properties in chemistry, with a focus on medical applications such as positron emission tomography (PET) and nuclear medicine therapy. Radioactive pollution and basic dosimetry are also discussed.

The Master's programme in Religion and Diversity: Conflict and Coexistence offered students a two-year course of study exploring the complex interactions between religious beliefs and societal dynamics. The program focused on understanding how religion can be a source of both conflict and coexistence within diverse societies. This program is no longer admitting new students, with its last admission being in Autumn 2022. Therefore, prospective students cannot apply for this specific program.

This is a joint and international Master's programme that delves into the historical and cultural influence of Judaism, Christianity, and Islam on Europe. You will explore the foundational role these three major religions have played in shaping European history and culture. The programme offers a unique opportunity to engage with complex religious traditions and their impact on society, politics, and intellectual life across the continent. It is designed for students seeking an in-depth understanding of the religious underpinnings of European civilization.
The Department of Computer Science at NTNU focuses on cutting-edge research across a broad spectrum of computing disciplines. Our research groups tackle challenges in areas such as artificial intelligence, big data, computer architecture, computer graphics, computer security, databases, human-computer interaction, information systems, operating systems, software engineering, and search. We are committed to advancing knowledge and developing innovative solutions that have a significant impact on technology and society.
This course, TDT37 - Digitalization in Practice, is a student-driven module focused on understanding digitalization from practical and applied perspectives. Instead of traditional lectures, the course involves brief teacher introductions to five key topics, followed by student-led group presentations of assigned academic papers. The focus is on extracting key insights, illustrative cases, and relevant vocabulary from the readings, rather than deep theoretical exploration. This format encourages active participation and critical discussion among students.

Are you interested in shaping the future of energy, building intelligent robots, or designing satellites? The Technology Systems: Science and Engineering bachelor's program at the University of Oslo is designed for students who want to understand the complexities of various technology systems and gain the skills to build them. This program offers a foundational understanding in a rapidly evolving technological landscape. This three-year program provides a comprehensive introduction to key areas within technology systems. It aims to equip students with the analytical and practical skills needed to approach complex technological challenges. Graduates will be well-prepared to pursue further studies or enter a variety of technology-focused careers.

This Master's programme delves into the complex world of human rights, exploring both their theoretical underpinnings and practical applications. You will gain a comprehensive understanding of human rights as a concept central to modernity and globalization. The program is offered by the Norwegian Centre for Human Rights, a dedicated institution within the University of Oslo. This is a two-year, full-time Master's program designed to equip students with in-depth knowledge and critical analysis skills in the field of human rights.

The University of Oslo (UiO) acknowledges that pursuing a PhD can be a demanding and stressful experience. This resource provides guidance and links to support services aimed at helping PhD students manage their time effectively and maintain their mental and physical well-being. It covers general resources, time management strategies, project planning advice, and stress management techniques. Students are encouraged to utilize the various support systems available at UiO, including counseling services, occupational health services, HR, and their academic advisors, when feeling overwhelmed. The university also supports physical activity as a means to reduce stress and improve overall well-being. Resources are provided for both internal and external support networks.
This certificate program focuses on Virtual Design and Construction (VDC), offering practical, hands-on experience. You will gain in-depth knowledge of VDC concepts, how to implement them, and their practical application within your organization, team, department, or projects. The course covers five core VDC concepts: Integrated Concurrent Engineering (ICE), Building Information Modeling (BIM), Process and Production Management (PPM), Metrics, and Goal Achievement. The program is designed for professionals looking to enhance their project management and construction capabilities. Upon completion, participants will be able to explain and analyze the relationships between the four key VDC concepts (ICE, BIM, Process and Production Management, and Goal Management). You will also develop the skills to plan, implement, and evaluate collaborative meetings (ICE sessions) using digital tools and create an implementation plan for adopting or expanding VDC practices in your organization. The course is part of NTNU's continuing education offerings and requires at least two years of relevant professional experience.
The Visual Computing Group at NTNU focuses on research and education within Computer Graphics, Computer Vision, Image Processing, Extended Reality, and Visualization. Our goal is to advance theoretically interesting topics that benefit society. The Visual Computing Laboratory is a core part of several NTNU educational programs, fostering innovation and collaboration. We actively engage in high-impact research, often amplified through partnerships with institutions like MIRA (Medical Imaging Research and AI), the Gemini Center for Extended Realities (GeminiXR), the Norwegian Open AI Lab, and ARM Trondheim. Our work pushes the boundaries of how humans and machines perceive and interact with both the digital and physical environments.
There are 35 programmes available across 3 universities in Norway.
The three universities are the University of Oslo, the Norwegian University of Science and Technology (NTNU), and the University of Bergen.
Tuition varies by programme — check each listing directly; many state-university programmes have no tuition, but cost of living in Norway is high and students must account for living expenses.
Yes; non-EU/EEA students need a Norwegian residence permit for studies, and most master's and doctoral programmes are available in English, while bachelor's programmes are often taught in Norwegian.
Bachelor's entry requires secondary-school qualifications recognised by NOKUT; master's entry requires a relevant bachelor's degree; English-taught programmes require IELTS or TOEFL scores, and Norwegian-taught programmes require Norwegian language proficiency.