Magister informacijskih in komunikacijskih tehnologij/magistrica informacijskih in komunikacijskih tehnologij

The qualification holder is qualified to:

(general competences)

• research, select and organise information, and synthesise solutions and anticipate their consequences,
• apply research methods, procedures and processes, and develop critical and self-critical assessment,
• apply acquired knowledge in practice,
• perform professional work autonomously, and perform activities responsibly and creatively,
• develop communication skills, particularly in the international environment,
• develop ethical reflection, and commitment to professional ethics and regulations, and
• cooperate and work to resolve common tasks and problems within a group and in the international environment.

(subject-specific competences)

• possess knowledge of the development of computer science and understand the concepts of computer architecture,
• possess knowledge of the construction and operation of the primary functional elements of computer systems,
• possess knowledge of advanced computer architectures, and their characteristics and limitations in terms of possible applications in practice,
• possess knowledge of the concepts and principles of data mining and the identification of principles in databases,
• recognise various types of telecommunication networks and analyse their capacities, as the basis for introducing telecommunication services,
• understand basic physical events and processes in telecommunication systems,
• understanding the functioning of internet networks,
• understand the functioning of state-of-the-art network technologies,
• select and apply approaches and methodologies for handling and administering systems that rely on internet protocol stacks,
• identify required data and select the appropriate tools required to plan networks,
• continue research and development work relating to digital transfer and internet technologies,
• optimise software, taking into account the characteristics of a given computer architecture,
• integrate knowledge and master complexity when resolving specific problems in computer applications,
• use specific data mining techniques,
• create applications with data mining tools,
• assess and evaluate the results of data mining,
• possess knowledge of benchmarking concepts for the interpretation and presentation of the benchmarking results, and
• acquire basic engineering knowledge by combining existing solutions.