Mathematical Modelling in Physics and Technology
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In the course of the study you will learn how to formulate questions concerning natural phenomena and develop physically consistent mathematical models that can be utilized to answer these questions. You will learn how to study qualitative mathematical properties of these models and how to develop and implement appropriate numerical schemes that can be used in numerical simulations of the given phenomena. You will master the skill to distinguish between essential and nonessential characteristics of the given phenomena. Knowing the details concerning physics, mathematical and numerical analysis, you will be able to evaluate the strengths and weaknesses of the mathematical models, and the utility of the results obtained using such models.In particular you will be given high quality education in foundations of the theory of partial differential equations, functional analysis, numerical analysis and numerical software. Once you master the foundation of these fields, you will specialize (usually by the choice of the topic of your thesis) in one of these fields and in a particular branch o physics. In most cases the theses are concerned with topics that are related to the applications of mathematical methods to a solution of relevant problems in physics and engineering, but you can also write theoretically oriented thesis focused solely on mathematical and numerical analysis.
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Admissions Requirements
Applicants need a bachelor’s degree in related field.Applicants from non-anglophone countries should provide proof of English proficiency.Application deadline for non EU students is February 28 and May 31.
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Prague
Czech Republic
110 00
Czechia
- 2 years
- Full Time
- On Campus Learning
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