System Dynamics

System Dynamics at the University of Bergen is a comprehensive postgraduate program designed to equip students with advanced knowledge and practical skills in modeling complex systems and understanding dynamic processes across various fields. The program focuses on developing analytical thinking and expertise in applying system dynamics theory and methodologies to real-world problems, including environmental sustainability, economic development, social systems, and organizational management. Students will engage in rigorous coursework that combines theoretical foundations with hands-on approach through simulations, case studies, and software tools like Vensim and Stella. The curriculum emphasizes interdisciplinary perspectives, fostering the ability to analyze interconnected issues and develop sustainable solutions. Throughout the program, students will learn to construct causal loop diagrams, stock-and-flow models, and feedback systems, enabling them to forecast outcomes and design strategic interventions. The program also encourages collaborative projects and research activities that address contemporary challenges faced by society, industry, and government agencies. With a faculty comprising experienced researchers and practitioners in the field of system dynamics, students will benefit from mentorship and opportunities for international collaboration. The program aims to prepare graduates for careers in consulting, research, policy analysis, and management roles where systemic thinking and model-based decision making are essential. Upon completion, students will have a versatile skill set applicable in academia, private sector, and public organizations, contributing meaningfully to solving complex, systemic issues using advanced system dynamics tools and concepts.

The Master’s Program in System Dynamics at the University of Bergen offers a comprehensive and interdisciplinary education designed to equip students with the skills and knowledge needed to analyze, model, and manage complex systems in various fields. This program focuses on understanding the dynamic behavior of systems over time and developing strategic solutions to challenges faced by organizations, communities, and policymakers. Students will explore key concepts in systems thinking, feedback loops, stock and flow diagrams, and simulation modeling, fostering a deep understanding of how different components within a system interact and influence each other.

Throughout the program, students are introduced to advanced modeling techniques and software tools used in system dynamics, enabling them to construct and analyze models that clarify complex problems and support decision-making processes. The curriculum emphasizes both theoretical foundations and practical applications, with opportunities for students to work on real-world projects, case studies, and collaborative research initiatives. These experiences are designed to help students develop critical thinking, problem-solving, and analytical skills that are highly valued across various sectors including business, environmental management, healthcare, public policy, and engineering.

The program also encourages a multidisciplinary approach, drawing insights from economics, engineering, environmental sciences, and social sciences to provide a broad perspective on systemic issues. Students will learn how to identify leverage points within systems to effect meaningful change and to communicate complex system dynamics effectively to diverse audiences. The program prepares graduates for careers in consultancy, research, policy analysis, and organizational development, equipping them with a versatile toolkit to address some of the most pressing sustainability and efficiency challenges of our time.

In addition to coursework, students participate in seminars, workshops, and internships that enhance practical skills and expand professional networks. The faculty members are experts in system dynamics, systems thinking, and related fields, providing mentorship and guidance throughout the program. Graduates of this program are well-positioned to contribute to innovative solutions for complex societal issues, supporting sustainable development and systemic improvement across multiple sectors. Whether you aim to influence policy, optimize processes, or advance academic research, the Master’s Program in System Dynamics at the University of Bergen offers a rigorous and enriching educational experience to help you achieve your goals.

A first degree (bachelor's degree) of three or four years' duration from an approved institution of higher education, as well as proficiency in the English language.- Students with bachelor's degrees in social sciences, science and engineering, business administration, medicine and psychology are accepted to the program. Other backgrounds may also qualify provided a minimum knowledge of mathematics.

Financing for the Master’s Programme in System Dynamics at the University of Bergen is obtained through a combination of sources, primarily involving tuition fees paid by international students. As a Norwegian university, the University of Bergen offers a tuition-free education for Norwegian and EU/EEA students, but international students from outside these regions are required to pay tuition fees. The fees are set annually and can vary depending on the specific program and funding considerations.

International students are encouraged to explore various funding options, including scholarships and grants provided by the university, government grants, and external funding bodies. The university offers several scholarship opportunities aimed at attracting talented students from outside Norway, such as the Bergen International Student Scholarship, which covers tuition fees and sometimes provides a stipend for living expenses. Candidates interested in such funding are advised to apply early and meet all specific eligibility requirements.

Students are also responsible for covering living expenses during their studies, which include accommodation, food, transportation, health insurance, books, and other personal costs. The cost of living in Bergen can be relatively high, and students are advised to budget accordingly. Some students may receive financial aid from their home countries or international organizations, which can supplement their funding for studies.

Students may also consider part-time work options permitted under Norwegian regulations to help finance their studies, although such work must not interfere with their academic progress. The university provides resources and guidance to help international students find employment opportunities within Bergen.

Overall, financing the programme requires careful planning and use of available scholarships, grants, personal savings, or external funding sources. Prospective students are encouraged to research thoroughly and contact the university’s international office for detailed information regarding current tuition fees, scholarship opportunities, and financial aid options available for the System Dynamics Master’s Programme at the University of Bergen.

The Master’s Programme in System Dynamics at the University of Bergen offers a comprehensive education in the field of system dynamics, which focuses on understanding and modeling complex systems and processes within various domains. The program is designed to equip students with the skills necessary to analyze and improve real-world systems through quantitative modeling and simulation techniques. Students will learn to develop dynamic models that help in understanding the behavior of systems over time, enabling policymakers, business leaders, and researchers to make informed decisions.

The programme typically covers core topics such as systems thinking, feedback loops, modeling methodologies, and computer simulation software. Emphasis is placed on both theoretical foundations and practical application, allowing students to create models relevant to diverse fields like environmental management, economics, business, healthcare, and technology development. During their studies, students engage in hands-on projects, case studies, and collaborations with industry partners, which prepare them for careers in consultancy, research, or industry roles that require expertise in system analysis and modeling.

Admission to the programme generally requires a relevant bachelor’s degree and may include prerequisites in mathematics, computer science, or related disciplines. The programme duration is usually two years, with coursework in the first year and a thesis or capstone project in the second year. The University of Bergen also emphasizes interdisciplinarity, encouraging students from various backgrounds to participate and bring diverse perspectives into their modeling work.

Graduates of the System Dynamics Master's program are well-equipped to analyze complex problems, develop sustainable solutions, and contribute to organizational and societal improvements. The university offers a vibrant academic environment with access to modern facilities and a multicultural student body. Additionally, students benefit from Bergen’s location, which provides opportunities for engagement with environmental and societal issues relevant to the Norwegian context and beyond.

The University of Bergen is renowned for its research-led teaching and its commitment to addressing global challenges through scientific inquiry. The System Dynamics program aligns with these values, fostering critical thinking, innovation, and collaboration. Graduates often find employment in consulting firms, government agencies, research institutions, and international organizations, where they apply their expertise to solve intricate systemic issues. Overall, the program provides a solid foundation for those interested in pursuing careers that require analytical skills and a systems approach to complex challenges.