MSc in Information Technology in Norway

See MSc Programs in Information Technology in Norway 2018

Information Technology

The Master of Science provides an opportunity for graduates to obtain advanced research skills and knowledge in a professional learning environment. A Master of Science (MS) degree can provide you with the foundation of knowledge and key competencies you'll need throughout your career

A student studying information technology may take a variety of technology courses and explore themes such as artificial intelligence, programming, hardware and software. They may learn how to determine the technological needs of organizations and to implement the proper solutions.

Norway, officially the Kingdom of Norway, is a Scandinavian unitary constitutional monarchy whose territory comprises the western portion of the Scandinavian Peninsula, Jan Mayen, the Arctic archipelago of Svalbard and the subantarctic Bouvet Island. Higher education in Norway is offered by a range of seven universities.

Top MScs in Information Technology in Norway 2018

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Master of Science, Industrial IT and Automation

University College of Southeast Norway
Campus Full time 4 semesters August 2018 Norway Porsgrunn

What are the opportunities offered by cybernetics, and how can information from physical systems be utilized in a computer system? Become an expert in industrial IT and automation, and get an education that is both applicable and in demand! [+]

Master of Science, Industrial IT, and Automation

What are the opportunities offered by cybernetics, and how can information from physical systems be utilized in a computer system? Become an expert in industrial IT and automation, and get an education that is both applicable and in demand!

Facts about the program

The master program in Industrial IT and Automation provides a broad knowledge in monitoring, control, and optimization of all types of technical and industrial systems based on cybernetic methods and computer engineering.

You will learn how to develop and apply mechanistic (physics-based) and statistical mathematical models for monitoring and control. You will learn to collect measurement data from sensors, store these in-process databases, and to program algorithms for the analysis of measurement data and calculation of control signals. Key programming tools are MATLAB, Python, LabVIEW, and various object-oriented languages.... [-]