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KTH / Electrical Engineering / Education / Master programs

Master Program in Network Services and Systems

Presentation of the program

The field of communication has radically changed our lives and societies. We now take communication services that only have become widely available during the last ten years for granted: for instance, the Web and its search engines; Internet and mobile telephony; peer-to-peer file sharing, podcasting, as well as audio and video streaming. Such services affect our daily lives, they free us in the choice of how and where we work, relax, play and socialize. The design of communication networks and services is therefore central for future developments of our societies. KTH offers a unique Master's program in Network Services and Systems that provides the competence needed to work in this dynamic, challenging and highly interesting field of engineering.

The program gives a deep knowledge of network systems and the services they provide, and it prepares the student to work at the forefront of research and development in these areas. The services include novel uses of communication in the health and medical field, in addition to data and multimedia communication in wireless networks and the Internet. The program addresses the vital area of management of systems and services. The skill-set includes analytic and simulation tools for evaluating the performance of the systems, as well as a sharpened proficiency in programming.

The program is taught entirely in English and is offered free of tuition; a limited number of scholarships to cover living expenses is offered on a competitive basis. The program starts in August 2008. The application deadline is February 1, 2008. The program is intended for students holding a B.Sc. degree in electrical, computer engineering computer science or applied math. The program is 2 years long (120 ECTScredit units), and consists of 3 semesters of full-time coursework and a one semester thesis project. Many of the courses in this program will be taken jointly with Ph.D. students at KTH. The general goals are to give indepth technical knowledge and to prepare the students for doing research.

Program overview

The program is structured as a single track in two one-year long parts. The first part gives a solid introduction to the systems and services, and to performance evaluation. The second part is an introduction to research in the field. It is ended by a six-month long master's thesis project that allows the student to demonstrate the knowledge and skills in advanced independent work.

The first year is taught at the Campus Haninge in the southern part of Stockholm and the second year is taught at the main campus of KTH. All students will have personal academic advisors selected among the faculty members involved in the program. The advisors will support the students to reach their full potential in the program. Research talks, company presentations, field trips and other extracurricular activities will add to the formal parts of the program by motivating a learning that goes beyond the matererial in the courses. The students will be divided into study group to train teamworking and to ensure that different academic and cultural backgrounds are mixed.

The program is demanding and only those with a solid performance from their undergraduate studies will have the necessary preparation to succeed with the studies. Electrical and computer engineering, computer science and applied mathematics provide suitable academic backgrounds, but it is open to all students of engineering, science and mathematics according to the general and specific admission requirements.

The program is managed and taught by the Laboratory for Communcation Networks at the KTH School of Electrical Engineering and the Computer Communication group of the KTH School of Technology and Health.

 

Curriculum

  Fall Spring
Year 1

Communication networks I

Queuing theory

Communication networks II

Internet services and traffic measurement

 

Wireless networks

Programming of mobile services

Simulation of computer networks

Wireless sensor networks

 

Year 2

Theory and methodology of science

Performance analysis of communication networks

Management of networks and networked systems

Network algorithms

Master's thesis

 

All courses carry 7.5 credits in the European credit transfer system; the Master's thesis is 30 credits.

Master's thesis

The thesis project allows the student to manifest that she or he has acquired mastery of the design of network services and systems. Many projects will be part of our ongoing research projects, but we will also invite industrial projects that meet our expectations in testing the skills and knowledge of the student. The projects are expected to lead to publishable results and are hence also a first step on a continuation towards a research career.

The thesis work requires the student to plan, execute and document the project work in a professional manner. The expecation is that the student will demonstrate the highest standard of work that he or she is able to perform.

Career prospects

Our program is well aligned with the needs of both manufacturers of network systems and providers of network services. There is a high demand world-wide for talented and well-prepared engineers at the Master's level in development and operations, and for researchers in both industry and university for those who continue towards a Ph.D. degree.

We provide insights to the career prospects by inviting guest lectures from industry to our courses and by offering field trips and company presentations.

Further information

Contact Information

Network Services and Systems Master Program
School of Electrical Engineering
KTH - Royal Institute of Technology
SE - 100 44 Stockholm, Sweden
Email: network_ms@ee.kth.se
Phone: +46 8 7907315

Program directors: Prof. Gunnar Karlsson and Associate Professor Thomas Lindh
Program coordinator: Cecilia Forssman

Please direct all questions regarding admission to the program coordinator (C. Forssman).







Publicerad av: Skolan för Elektro- och Systemteknik
Andreas Stenhall, stenis@ee.kth.se

Senast uppdaterad: 2008-09-10 11:11