about the programme
Mathematical Engineering is an interdisciplinary study programme, which includees classical and modern mathematics, physics and informatics. Students are lead to use these fields in physical, natural science, and engineering practices.
The optional course offer enables further focus in three specialisations:
Mathematical Modelling
creating mathematical models in different scientific and technical fields and implementing them in modern computer technology (e.g. bio-physical processes in the heart, atmospheric pollution, developing new materials in energetics)
Mathematical Physics
cutting-edge theoretic physics, mathematical and geometric methods in physics, mathematical method for quantum technologies, algebraic structures in quantum mechanics
Mathematical Informatics
theoretical informatics, classical and modern forms of programming network technology and operation systems, computer graffics, programming for GPU, image processing methods, neuron networks.
programme content
Students will attend core courses focused on:
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functional analysis,
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mathematical analysis A,
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numerical mathematics.
Career prospects
Study programme graduates can pursue careers in research, industry, in information technology fields and private sectors. They can pursue software application management, data processing and using mathematical methods in practice. They can use their gained knowledge in the follow-up master’s course.
state final exam
Compulsory subject
Calculus and Linear Algebra
Optional subjects
Foundations of Numerical Mathematics
General Algebra and Its Applicationa
Analytical Mechanics