O programa é destinado a estudantes interessados em Tecnologia da Informação e que desejam aplicá-lo aos campos de medicina ou saúde. É concedido em conjunto entre o Karolinska Institutet e a Universidade de Estocolmo e você receberá um diploma conjunto das duas universidades.

Está interessado em como funciona o sistema nervoso no seu nível mais fundamental? Quer estudar na fronteira onde a química e a biologia se encontram? Então este programa de mestrado altamente seletivo, o único na Europa dedicado à neuroquímica com neurobiologia molecular, poderia ser para vocês.

A nossa sociedade depende cada vez mais de infra-estruturas digitais e, como resultado, os ataques cibernéticos às redes eléctricas, aos sistemas financeiros e às infra-estruturas de comunicação têm consequências devastadoras. A cibersegurança emergiu como um dos desafios mais críticos para o futuro. Num domínio onde o conhecimento é escasso, o programa de mestrado em Cibersegurança oferece um moderno portfólio de cursos que capacitam os engenheiros de cibersegurança do futuro.

The joint master’s programme in Mathematics is hosted by world-leading experts and research groups at KTH and Stockholm University. Students specialise in their desired areas of mathematics while acquiring essential skills in problem-solving and logical reasoning. Graduates become industrial mathematicians, often data analysts, financial analysts or within software engineering, or go on to PhD studies at prominent institutions.

No Mestrado em Mecatrónica a utilização de eletrónica e software para melhorar produtos mecânicos é cada vez mais complexa mas crítica para satisfazer necessidades futuras de funcionalidade e desempenho. Os alunos do programa de mestrado em Mecatrônica exploram a integração sinérgica da engenharia mecânica, elétrica, de controle e de software.

The master's programme in Engineering Mechanics provides a solid and up-to-date knowledge base for the analysis and design of products and processes. Students learn to use advanced simulation and experimental methods to analyse mechanical phenomena ranging from lightweight gases to solid materials. Graduates work in numerous branches of design, testing, computation and research as managers, engineers, consultants, or researchers.

The master's programme in Vehicle Engineering covers all aspects from vehicle design, functions and dynamic properties, to systems for safety and comfort, and vehicles as part of the transport systems. Students can specialise in Automotive or Railway Engineering. Graduates have global career opportunities and the skills to contribute to innovative and sustainable solutions that minimise the vehicle industry's environmental impact.

The master's programme ICT Innovation combines technical competencies with skills in innovation and entrepreneurship. The programme strongly focuses on integrating education, research and business modules in its curriculum, with active industry involvement. Students choose one of six technical specialisation tracks. Graduates work with system and software development, product management, business development, start-ups and consulting.

The master's programme in Communication Systems focuses on wired and wireless network infrastructure, services and applications, and explores how the growth of the internet creates new business ideas and ventures. Students learn the fundamental design principles of different networks and novel innovations such as cloud computing, internet-of-things, tactile internet, and 5G. Graduates develop secure and sustainable systems and services for the next generation.

The master’s programme in Industrial Management targets students with a profound engineering background who aim to take leadership positions in industrial and technology-based organisations. Students acquire an understanding of value creation and specialise in areas such as management, leadership, supply chain, industrial transformation, managing research and innovation, strategy and industrial marketing. The programme has extensive industry interaction throughout.

The master's programme in Macromolecular Materials equips students with comprehensive tools needed to understand the relationships between molecular structure and macromolecular and material properties. Students gain skills to develop future materials in areas such as advanced health care, energy production, bio-based composites, green packaging and surface coatings. Graduates work in industry, start-up companies, consultant companies and research institutes.

The master's programme in Medical Engineering covers the broad and interdisciplinary field of Medical Engineering, exploring the merits and limitations of the technology used in clinical and preclinical applications. Students choose a specialisation in Computer Science, Electronics or Physics, and further specialise in Biomechanics, Health Systems or Imaging. Professionals with experience in both technology and medicine face vast career opportunities.

Machine Learning develops algorithms to find patterns or make predictions from empirical data and this master’s programme will teach you to master these skills. Machine Learning is increasingly used by many professions and industries such as manufacturing, retail, medicine, finance, robotics, telecommunications and social media. Graduates from the programme will be experts in the field, qualified for exciting careers in industry or doctoral studies.

The master's programme in Medical Biotechnology provides a solid foundation for the development of sustainable biotechnological solutions and their use in health care. Students acquire knowledge about state-of-the-art techniques, and experience in operating technological platforms and analysing big data in the context of human health. Graduates have the competence necessary to research and develop diagnostics, disease prevention tools and therapies.

The master's programme in Sustainable Technology covers the concept of Industrial Ecology, focusing on the interaction of technical, economic, social and ecological systems and processes. Students will explore this interdisciplinary framework for designing and operating industrial systems interdependent on natural systems. Graduates will balance environmental and economic performance and lead the development of strategies for a sustainable future.