Programme structure
The programme begins with studying basic theories for communicating systems. Three compulsory courses form a common platform for all studies and will be the foundation upon which all other courses in the programme are built:

• Internet technology
• Distributed systems
• Computer security

Semi-compulsory courses
The core courses are followed by a block of four semi-compulsory courses from which at least three should be selected:

• Distributed systems, advanced course
• Network security
• Wireless networks
• Advanced topics in networks and distributed systems

Elective courses, depth tracks
The programme then offers three specialisations (depth tracks):

• Communication and Networks track
• Security track
• Distributed Systems track

The tracks are designed to be an aid in course selection but it is possible to create a track of one's own and obtain a personal profile by selecting other elective courses, if desired.

The communications and networks track focuses on different aspects of communication. Examples are algorithms for wireless communication networks, VoIP, theories for Ad-Hoc networks and network reliability issues where performance, throughput and uptime has to be guaranteed.

The security track focuses on security and reliability aspects of communication. It looks at issues such as how to build redundant systems, ways to automatically handle system failures, how to provide integrity and confidentiality of communication entities and to deal with antagonistic (intentional) threats.

The distributed computing systems track focuses on analysing and understanding the inherent difference and strength of distributed and multiprocessor systems and how it is possible to make use of this strength and high potential.

Thesis
The programme includes a thesis work corresponding to 30 or 60 higher education credits (1 hec = 1 ECTS-credit).

Entry requirements
Basic eligibility for advanced level: Bachelor degree from an internationally recognized university. The degree must be equivalent to a Bachelor degree according to Swedish regulations.

Qualifications in the English language: Applicants must prove their knowledge in English B or the equivalent. English B is normally proved by certain acknowledged tests with minimum test results. For further information see Chalmers web page http://www.chalmers.se/en/sections/education/masterprogrammes/english-language 

Undergraduate profile: Major in Computer science, Computer engineering, Information engineering or Electrical engineering

Prerequisites: Computer communications, Algorithms and/or Data structures, Programming (C, C++ or Java) and Mathematics (including Discrete mathematics and Linear algebra)

Degree
The degree designation is teknologie masterexamen / Degree of Master of Science (Two Years). The major subject is stated in the diploma.