Aplikovaná mechanika

Field of study:

Mechanics and metal trades

Study language::

CZ

Study program code:

N0715A270006

ISCED code:

0715

Study form::

full-time

Study duration:

2 years

Number of applicants in the last academic year: 5

Number of admitted students in the last academic year: 5

This study programme is aimed at students interested in computer modelling, dynamics of structures, mechatronics, biomechanics, mechanics of modern materials and engineering and design of structures. *********** This study programme is aimed at students interested in mathematics, applied mechanics, dynamics of structures and mechatronics. It focuses on discrete mechanics, continuum mechanics, mathematical theories of vibration, statistical mechanics and control and system theories. *********** This study programme is aimed at students interested in mathematics and applied mechanics. It focuses on discrete mechanics and continuum mechanics, anatomy, physiology, biomechanics, biocybernetics, medical electronics and modelling of processes in the human body. *********** This specialization is part of the follow-up academically-oriented Master’s degree programme Applied Mechanics. The specialization is focused on engineering calculations with design elements. The design and optimization of constructions implement modern numerical computational methods, such as the finite element method, finite volume method and boundary element method. The design of constructions places emphasis on both static and dynamic calculations, and on sizing in terms of limit values. The specialization also focuses on calculations using modern materials, such as composite materials, as well as on construction machinery and designing methods using computer technology.

In addition to theoretical knowledge, students get insight into numerical and computational methods and algorithms for simulating the behaviour of various mechanical and biomechanical systems. Moreover, you learn how to use programming techniques for work with professional computer systems. Graduates will have in-depth understanding of experimental dynamics and measuring methods which enable them to verify newly developed methods. This study programme is focused on independent work, therefore, you learn how to develop their creativity and creative skills. After graduation, you can find employment in computing or engineering departments of industrial companies. *********** Graduates gain deep knowledge of continuum dynamics, and discrete passive and active-controlled mechanical systems, as well as of lifetime and reliability engineering. In addition to theoretical knowledge, students get insight into numerical and computational methods and algorithms for simulating the behaviour of various systems. Moreover, you learn how to use programming techniques and professional software. Graduates will have in-depth understanding of experimental dynamics and measuring methods which enable them to verify newly developed methods. After graduation, you can find employment in computing laboratories and in research and development of a technical and non-technical nature. Moreover, they can work for computing or engineering departments of industrial companies. *********** You gain deep knowledge of mathematics, discrete mechanics, continuum mechanics, modelling of heterogeneous environments and Newtonian and non-Newtonian fluids. Moreover, they acquire basic knowledge of modelling in human biomechanics, biocybernetics, medical electronics and modelling of processes in the human body. You gain insight into informatics, computer networks, parallel programming, biomaterials and material chemistry. After graduation, you can find employment in computational science laboratories, research and development, medical research, forensic medicine, computer modelling, or computer simulation of applied mechanics, such as modelling in biomechanics. These areas of research are booming and, therefore, it is necessary to educate engineers capable of communicating with doctors and using complex medical technology with the support of computer technology. *********** Students of the Master’s degree programme gain in-depth knowledge of applied mechanics, structures and design. They get insight into mechanics, in particular into the dynamics of mechanisms and structures, mechanics of unconventional materials, structures of machines and design of complex parts with the support of CAD systems. Students also learn how to design components and structures. After graduation, you can find employment in both computational and engineering departments of industrial companies. Moreover, they can work in computing laboratories and in research and development departments of technical and non-technical companies.

School detail

Institution type:

public

Founded:

1991

Abbreviation:

ZCU

Number of students:

12520

Number of international students in degree programs:

721

Number of international exchange students:

373

Number of international alumni

2496