Compare Masters Programs in Engineering Studies in Czech Republic 2019

The Master in Membrane Engineering for a Sustainable World, EM3E-4SW, offer an advanced educational programme related to membrane science and engineering at the interface between materials science and chemical engineering and focused on specific applicative fields.

It involves 6 Higher Education Institutions of 5 European countries:

Associated partners are:

The study programme “Chemistry, Technology and Materials“ (CTM) consists of two specializations, viz. “Chemistry and Chemical Technology“ (CCT) and “Materials Chemistry and Technology“ (MCT). This programme is designed as a follow-up master programme (aiming at a master degree with the Czech title Ing., which is equivalent to the title MSc.) continuing the education of graduates with bachelor degree (Bc.) from the bachelor programme “Chemistry and Technology“ obtained at the UCT Prague or from an equivalent bachelor programme at a university or comparable institution abroad. The study programme CTM is taught in English (requiring English language skills at least at the B2 level) and is designed for students that cannot or do not want to enter a Czech study programme.... [-]

Building Constructions is focused on the design and creation of a variety of civil engineering structures such as factory buildings, transportation construction, and many others. This program will equip you with the advanced knowledge and professional skills to succeed in the challenging, dynamic and highly in-demand industry of civil engineering.

The Faculty of Civil Engineering places a strong emphasis on helping you apply gained knowledge to real-world problems. Over 50% of all the lessons are taken either in laboratories or in practical-oriented classes. This will enable you to interface the gained theoretical knowledge with real-life examples from the building industry.... [-]

Mining

The Master’s studies in Mining Engineering enriches the knowledge gained in the specialized field and that increases the possibilities of advancement in the profession, especially to management grades. A graduate satisfies the conditions required by the Czech authorities for all official positions in mines and quarries in the Czech Republic. The course educates experts to work in the sphere of mining and in the processing of raw materials, including fossil fuels and metallic and non-metallic minerals.

A graduate will be well-qualified to work in establishments engaged in civil engineering or to be employed as research workers working as state administration clerks in municipal offices and in regional authorities and ministries. After a successful graduation of the Master’s course, it is possible to continue in doctoral [Ph.D.] studies in the field of Mining or Mining Geomechanics.... [-]

Study Branch

Geological Engineering

The study in this field is predominantly focused on the education of the engineers in applied geology (hydrology, engineering geology, technical mineralogy and petrography, environmental geochemistry, economy geology, drilling exploration and applied geophysics). Theoretical as well as practical parts of the education are targeted at implementing, managing, organizing and assessing of all kinds of geological operations. The core of the study concentrates on the analysis of geological phenomena, assessment of economic and ecological aspects of geological activities, mining and industrial utilization, application of computer technologies and geoinformatics.... [-]

Mineral Raw Materials

The Master’s program of the European School for Technical Brownfields Redevelopment is an interdisciplinary 2-year study branch based on a combination of natural, economic and construction engineering sciences, including professional disciplines. The main aim of the branch is to prepare graduates to manage projects and work activities in the restoration and development of abandoned industrial areas often called brownfields.

Teaching and education have a base in scientific disciplines such as mathematics, physics, and chemistry. It is expected that a bachelor’s study graduate has such knowledge.

The study plan is composed of the compulsory subjects and electives that enable tailoring studies according to interests and professional intentions. Individual courses are designed to give students the theoretical and practical knowledge to the extent of master study. Theoretical knowledge from lectures is developed further in fieldwork, seminars, colloquia, and exercises.... [-]

Metallurgical Engineering

Master's degree course in Thermal Engineering and Ceramics follows the bachelor's program of the same name. Qualification subjects, compared to a bachelor's field, put more emphasis on the theoretical basis of the issues discussed, and a thorough elucidation of mutual connections of acquired knowledge. A part of the field, besides components in the field of thermal technology and ceramic materials, are courses in the metallurgy of steel and non-ferrous metals, steel materials, foundry, material engineering, economics and quality management. The aim of the study is the education of experts, who are capable of dealing with the acquisition, use and management of energy, mostly thermal ones, even from non-traditional sources. In parallel, the aim of the study programme is the specialization of experts in the field of ceramic materials that are able to innovate the preparation technology and decide about the application of materials in different conditions. Graduates are prepared to propose heat-technical equipment, especially in terms of energy savings and material composition with regard to environmental and economic aspects.... [-]

Metallurgical Engineering

The Master's Study Branch Modern Metallurgical Technology is designed as a modern study branch aimed at training professionals for current and highly sophisticated metallurgical technologies, covering in detail the issues of theory and technology of production, casting and processing of iron and steel or their forming, including the forming of non-ferrous metals and/or foundry of alloys based on both iron and non-ferrous metals. In addition to these specialization areas, all graduates receive knowledge from the field of technical materials, industrial furnaces, preparation of non-ferrous metals and alloys, methods of planning and quality enhancement as well as managerial economics. Theoretical knowledge is complemented with a number of additional laboratories and computing practical exercises, in which the current laboratory technology is applied, and which address tasks related to metallurgical processes and their modeling. These are mainly focused on the selected study branches, or also partially extend to related study branches, such as Thermal Engineering and Ceramic Materials, or Materials Engineering. The study branch has a unique position in the structure of study fields at Czech universities.... [-]

Materials Engineering

The new Master’s study branch Advanced Engineering Materials in the study program Materials Engineering is based on the integration of three former study branches: Engineering Materials, Materials Diagnostics and Design, Non-Ferrous Metals and Special Alloys. These study branches represented the principal study branches in the study program Materials Engineering in the past.

The Master’s study branch Advanced Engineering Materials picks up on the study branch having the same name in the bachelor study program. In the Master’s study program students firm and fill knowledge and skills acquired during bachelor study. Furthermore, they gain further knowledge and skills to be able to understand the depth and breadth of engineering materials in interrelationships.... [-]

The aim of the study is to prepare graduates for research and development work, and design of mechatronic systems with applications in the various kinds of production and applied technologies. The graduate profile includes methods for the integrated design of mechatronic systems which are composed of the mechanical and electronic subsystems, including actuators, sensors and control systems. Graduates are trained in computer-aided modelling and computer simulation and design of control algorithms.

Graduates will have gained knowledge important for the design of mechatronic systems.

Graduates are able to analyse the dynamic properties of complex structured systems and use mathematical/physical modelling and simulation of dynamic systems.... [-]

The goal of the master study program Mechatronics, specialization Automotive Electronics is to prepare the graduates for work in research and development, and the design of mechatronic systems with a focus on automotive applications.

Graduates will have gained knowledge of mathematics, electronic circuits, information technology, communication technology as well as specialized knowledge of applied electronics.

Graduates are able to analyze the dynamic properties of the complex structural system and use the mathematical/physical modeling and simulation of dynamic systems.

The background from electrical, mechanical and control engineering allows graduates to work with complexly structured systems and to consider the interaction of different dynamic subsystems of a car.... [-]

Deeper knowledge of the core disciplines of mechanical engineering creates a broad basis for creative applications in engineering and other professional growth through various forms of lifelong learning. The main emphasis in graduate education in the field of Applied Mechanics is on the readiness and ability to develop, elaborate and make practical use of modern computational and experimental approaches to solve technical problems. Graduates will be able to perform static, kinematic and dynamic analysis of mechanisms and structures, to apply fracture mechanics in the assessment of limit states of components and structures, to assess the reliability and durability of machines and temperature loading, deal with technical tasks, flow dynamics and hydro-thermodynamic systems and heat and mass transfer. They will be able to exploit and further develop computer support in the design, planning and research activities for specific applications.... [-]

Faculty of Electrical Engineering and Computer Science

Electrical Power Engineering

A high-quality theoretical education and a universal basis of application-focused studies ensure high adaptability of the graduates to all particular requirements of their future professional practice, either in operation and engineering or in science and research. The basic subjects include applied mathematics, selected principles of electrical power engineering, and electrical heat technology. The course is divided into five specializations: Transmission and Distribution of Electric Power, Generation of Electric Power, Electrical Power Engineering in Transport, Electrical Machines, and Devices, Commercial Electrical Engineering, specializing in the following subjects - electrical power engineering of industrial and distribution networks, power plant equipment, electrical power engineering in transport, electrical machines and devices, and technological processes. Further, the department offers the following optional subjects – electromagnetic compatibility, diagnostics of electric equipment, theoretical electrical power engineering, transient events in electrification systems, designing electricity distribution networks, computers for measurement and diagnostics, protection and automation in distribution networks, control of electrification systems, and many others, see the syllabus.... [-]

Modelling of environmental processes is a key part of daily practice in many public and private institutes. Indeed, assessment of flood risk, climate change impacts on water resources, efficient design of adaptation measures or contaminant transport, to name just a few, all require modelling. This is why environmental modellers are increasingly sought by employers. Environmental modelling master programme therefore prepares the graduates to combine knowledge of applied mathematics, statistics and informatics with understanding of processes related to atmosphere, soil, surface and subsurface water, groundwater and contaminant transport.

Excellent students often participate in applied research projects at the faculty, which strongly helps them to kick-off their careers. ... [-]

Abbreviation: M-MAI

Acad. year: 2019/2020

Programme: Applied Sciences in Engineering

Type of study: full-time

Standard length of study: 2 years

Qualification awarded: Ing.

Profile:

The graduates will acquire more profound knowledge of mathematics and informatics that can be used to deal with sophisticated problems in engineering practice. Thus, in addition to the knowledge of the essential engineering fields acquired with the Bachelor's degree, the graduates will obtain the theoretical background needed for them to attain leading positions in research teams of various engineering specializations.... [-]