Master's programme in Communication Systems

Communication networks have evolved dramatically over recent decades. Accommodating the data traffic generated by anticipated billions of users and trillions of digital devices necessitates continuous technological evolution. Novel internet and wireless infrastructure will be needed to cater for these challenging and unprecedented growth and performance characteristics. The master’s programme in Communications Systems will prepare you for a career in such an essential field for our society.

Application open

Application through University Admissions in Sweden.

16 October 2017: Application opens
15 January 2018: Application deadline
1 February 2018: Deadline for supporting academic documents (all applicants) and documentation of fee exempt status (if required) or receipt of application fee (if required)
6 April 2018: Notification of selection results

Non-EU/EEA/Swiss citizens: The tuition fee for the full programme is SEK 310,000
Non-EU/EEA/Swiss citizens are generally required to pay an application fee of SEK 900.

EU/EEA/Swiss citizens: There are no tuition fees for EU/EEA/Swiss citizens
EU/EEA/Swiss citizens are not required to pay an application fee.

Read more about tuition and application fees

Degree awarded: Master of Science
Language of instruction: English
Duration: Two years (120 ECTS credits)
Programme start: Late August
Location: KTH Kista, Stockholm
School: School of Information and Communcation Technology (at KTH)

For questions regarding programme content and specific admission requirements, feel free to contact the programme coordinator or programme director.

Programme director: Slimane Ben Slimane​​​​​​​​​​​​​​
Programme coordinator: masters@ict.kth.se

Communication Systems at KTH

The programme takes a holistic view of the internet infrastructure together with its services and applications, and covers the topics required to develop communication systems for the next generation. The programme also covers novel concepts and topics, the current trends on the internet such as cloud computing, software-defined networking, 5G mobile network technology, and the Internet of Things. Students will also learn about the fundamental design principles behind the internet, which has enabled explosive growth and has in turn stimulated the introduction of new business ideas and ventures..

Students work in a research environment with ample experimental resources and in close contact with the industry – including leading system manufacturers, service developers and providers, and advanced early adopters. The first study period consists of mandatory core courses, which provide in-depth knowledge in the areas of communication systems and networks. The programme continues with specialisation tracks including some mandatory courses within the track and a wide range of elective courses, allowing the student to specialise within the programme’s subject areas. Many courses are problem-oriented, with self-directed and project-based work. The fourth term is devoted to a master's degree project. The purpose of this degree project is for students to demonstrate the skills they have acquired during the programme by applying them to solving realistic problems. The topic of the degree project may be suggested by a faculty member, an external agency, an industry collaborator, or the student themselves, but should be relevant to the focus of the course work, and must be approved as a topic by the potential degree project examiner.

TOPICS COVERED

Internet infrastructure, internet security, wireless networks, internet-of-things, cloud computing, software-defined networking and network function virtualization, 5G mobile network technology, mobile applications and services, optical communication systems and networks, techno-economic and business model analysis of telecom systems and services.

Courses

​​​​​​Career

Today’s technical challenges concern developing network systems in order to support a wide range of applications and connected devices, while ensuring that the next generation of communication systems is scalable, flexible, secure, and sustainable. These systems will give users global access to a large variety of possibilities, ranging from advanced services based on sensor data produced by large amounts of constrained devices to cloud-based distributed services for computation and storage empowered by high-performance networks and powerful connected data centres. Commercialisation of these new ideas will create value for users, vendors, operators and society in general. Consequently, entrepreneurship, product realisation and economics are inextricably linked to communication systems.

The programme provides an excellent basis for a career in research and development, as well as in network design and management. Former students can be found in academia, as well as in the industry – on the producer side with system manufacturers and operators, and on the consumer side with industry, in the public sector, and among regulators. There is a huge demand for network designers and administrators, especially in emerging markets in developing regions. Finally, as evidenced by Google, Skype, Spotify, and others, there are rich opportunities for entrepreneurs to change the world.

AFTER GRADUATION

Research engineer, doctoral studies, software engineer, test engineer, network engineer, app developer, web marketing manager, information security analyst, consultant, database analyst

​​​​​​​Students

Find out what students from the programme think about their time at KTH.

Sikandar Iqbal, Pakistan

"In KTH you can broaden your horizons by meeting new people from all over the world."

Meet the students

Faculty and research

The programme in Communication Systems is given by KTH’s School of Information and Communication Technology. The Department of Communication Systems teaches courses within the programme. Research issues involve technical and economic aspects of wireless and wired communication systems and networks, fixed and mobile communication systems and networks, communication related services, applications, and usage.

Increasingly these systems are built using internet technology. The technology focus lies on communication at the Media Access and Control (MAC) layer and above - as well as on implementation aspects of all layers.

This includes, but is not limited to: wireless and mobile transmission and networking ip over optical, copper, and wireless links, local and interdomain routing, network architectures & services, network operation and service provisioning, business models, economics and policy issues.

Changes in the programme may occur.

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