MSc Information and Communication Engineering
The master's programme in Information and Communication Engineering focuses on how data is transmitted, processed and transformed into useful information. You will learn to develop technologies for communication systems, signal and information processing, and data-driven applications. By combining communication and information technologies, the programme prepares you to develop the systems that underpin a data-driven society.
Information and Communication Engineering at KTH
Modern society depends on the efficient exchange, processing and interpretation of information. Communication networks connect people, devices and services across the globe, while advances in signal processing, machine learning and information engineering enable new applications spanning telecommunications and autonomous systems to artificial intelligence and digital infrastructure.
The master's programme in Information and Communication Engineering provides advanced knowledge of how information is represented, transmitted, processed and analysed. The programme combines foundations in communication engineering, information processing, and networked systems with opportunities to specialise in areas shaping the future of digital society. You will learn advanced methods for developing future communication systems, information-processing technologies and AI-driven applications.
This is a new master's programme starting in August 2027. Building on KTH's long-standing strengths in communication systems, information processing and network engineering, it brings together areas previously covered by several master's programmes.
You choose one of three tracks:
• Information Engineering
• Communication Systems
• Networked Systems
The Information Engineering track focuses on signal processing, machine learning and information extraction from data. You will study both data-driven and model-based methods for analysing, interpreting and transforming information from sources such as images, video, audio and sensor data, with applications in visual data analysis and intelligent systems.
The Communication Systems track focuses on the technologies that enable modern communication networks. You will study digital and wireless communication systems, mobile and satellite communications, information theory and advanced communication technologies that support future connectivity.
The Networked Systems track focuses on the design, operation and security of large-scale communication networks. You will study distributed systems, cloud and edge computing, intelligent network control, wireless networking and emerging technologies such as non-terrestrial networks and LEO satellite constellations that support modern digital services. The track is shared with the master's programme in Scalable Computing Systems, combining perspectives on communication networks, distributed systems and digital infrastructure.
Throughout the programme, you will work with methods and technologies that form the foundation of today's information society, while developing the ability to analyse complex technical systems and address challenges related to scalability, reliability, security and sustainability.
The programme is closely connected to KTH's internationally recognised research in information and communication technologies. Students benefit from an active research environment spanning communication systems, signal processing, machine learning, wireless networks, distributed systems and digital infrastructure. Research and education are connected to initiatives such as Digital Futures, SweWIN and SMART 6GSAT, which address challenges related to digital transformation, next-generation wireless systems and future communication technologies. Located in one of Europe's leading hubs for telecommunications and data-driven technologies, the programme also benefits from KTH's long-standing industry collaborations, providing valuable insight into current technological developments and future challenges.
This is a two year programme (120 ECTS credits) given in English. Graduates are awarded the degree of Master of Science. The programme is offered at KTH Campus in Stockholm by the School of Electrical Engineering and Computer Science (at KTH).
Programme structure and progression
During the first year, all students start building a common foundation in communication systems, information processing and sustainable engineering through mandatory courses. Depending on your chosen track, you then deepen your knowledge within information engineering, communication systems or networked systems through track-specific and elective courses.
In the second year, you continue to specialise through advanced courses within your chosen track. All students take mandatory courses in research methodology and scientific writing and complete a project course that integrates knowledge from across the programme. The programme concludes with a degree project carried out during the final semester. You carry out the project in an industry setting, at a KTH department, or at another technical university or research institute anywhere in the world.
Courses in the programme
The courses in the programme cover topics such as communication systems, signal processing, information theory, machine learning, networked systems, wireless communications, cybersecurity, distributed systems, artificial intelligence, data analysis and digital infrastructure.
Courses in the master's programme in Information and Communication Engineering
Future and career
The demand for engineers who can develop, analyse and manage information and communication systems continues to grow across industries and sectors. Graduates are prepared for careers in telecommunications, information technology, artificial intelligence, data science, digital infrastructure, cloud services, cybersecurity and advanced engineering development.
Many companies in the Stockholm region work with communication technologies and emerging areas such as the Internet of Things, cloud computing, artificial intelligence and industrial digitalisation. This creates excellent opportunities for graduates and contributes to Stockholm's position as one of Europe's leading environments for telecommunications and data-driven technologies.
Graduates from this field work at companies such as Google, Ericsson, Huawei Technologies, Telia Company, Nokia, Cisco, ABB, AFRY, Scania and Avida Finans. Typical roles include system developer, algorithm developer, network engineer, computer vision engineer, researcher, lecturer, product portfolio cost analyst and PhD student. The programme also provides a strong foundation for doctoral studies at KTH and other universities worldwide.
Sustainable development
Graduates from KTH have the knowledge and tools for moving society in a more sustainable direction, as sustainable development is an integral part of all programmes.
The three key sustainable development goals addressed by the master's programme in Information and Communication Engineering are:
Information and communication technologies are essential for creating sustainable infrastructure, efficient resource use and resilient digital societies. The programme addresses sustainability through the design of efficient communication systems, intelligent information processing and digital technologies that support sustainable development across society.
Students learn to evaluate technological solutions from technical, environmental and societal perspectives and develop systems that support more efficient use of resources, improved connectivity and data-driven decision-making.
Faculty and research
The programme is hosted by the School of Electrical Engineering and Computer Science at KTH. Research connected to the programme spans communication systems, signal processing, machine learning, information theory, wireless communications, networked systems, distributed systems and cybersecurity.
Students are taught by researchers who contribute to the development of future communication technologies, intelligent information systems and digital infrastructures. Through close links to ongoing research and collaboration with industry, the programme provides insight into both current challenges and emerging technologies within information and communication engineering.
KTH is ranked 20th worldwide in Electrical and Electronic Engineering in the QS World University Rankings by Subject 2026. Combined with strong research environments and close links to industry, this provides students with access to a leading international environment for information and communication technologies.
Faculty involved in the programme
