Master's Degree in Applied Physics in Cluj-Napoca in Romania

Find Masters Programs in Applied Physics 2019 in Cluj-Napoca in Romania

Applied Physics

A Masters degree is an academic degree awarded to individuals who successfully denote a higher level of expertise. There are two main types of Masters - taught and research.

Applied physics is a further specialization of the science, with a focus on developing and expanding practical applications that affect technology, research and even society. Graduates may specialize in such industries such as microchips, semiconductors, satellites, fiber optics, aerospace, information technology, lasers and mobile telecommunications.

Romania is a country located at the intersection of Central and Southeastern Europe, bordering on the Black Sea. Getting to Romania is easy from nearly all parts of the world, due to its position, as well as the fact that it is served by an array of transport types and companies. Romanian universities offer great choice of undergraduate and postgraduate programs in Romanian, English, French and German.

Cluj-Napoca city is the capital of Cluj County in Romania and the 2nd most populated after Bucharest. It is a metropolitan area with a population of over 300,000 residents. It has around 150 pre-university educational institutions.

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Master in Computational Physics

UNIVERSITATEA BABEȘ-BOLYAI
Campus Full time 2 years October 2019 Romania Cluj-Napoca

The 2 years master program provides advanced theoretical and practical training in the field of computational physics, with emphasis on computer-based modeling and simulation of physical processes and phenomena. It is based on a modern curriculum merging advanced knowledge of classical physics, modern physics, computational physics with interdisciplinary applications and basics of modern programming. [+]

The 2 years master program provides advanced theoretical and practical training in the field of computational physics, with emphasis on computer-based modeling and simulation of physical processes and phenomena.

It is based on a modern curriculum merging advanced knowledge of classical physics, modern physics, computational physics with interdisciplinary applications and basics of modern programming concepts and languages. The master program provides the development of advanced programming capabilities and algorithmic thinking and usage of software for numerical and symbolic computation.

Moreover, it provides the capability to apply advanced numerical and simulation methods in science and economy, to find a solution of complex problems and optimal decision making, and to design and manage complex research and development programs. The master program aims to provide students with the appropriate tools for further Ph.D. studies and to become professional experts in the field through continuing professional training programs.... [-]