Faculty of Electrical Engineering

Czech Technical University in Prague

CTU in Prague

Branches

Summary of Study | Summary of Branches | All Subject Groups | All Subjects | List of Roles | Explanatory Notes               Instructions
A | B | C | D | E | H | I | K | M | N | O | P | R | S | T | W

Air and Space Systems - 2612T072

Menu   Academic Program of Branch


Applied Electrical Engineering - 2602R001

Menu   Academic Program of Branch


Applied Electronics - 2612R003

Menu   Academic Program of Branch


Artificial Intelligence - 1801T036

The graduates of Artificial Intelligence are able to design and apply intelligent systems in areas such as automatic planning and scheduling, data analysis, formalization of expert knowledge and their use for automated reasoning. The graduates are able to assess the computational complexity of algorithms needed to guarantee the effectiveness of the proposed systems based on soft-computational (especially bio-inspired), distributed (especially multi-agent) and other AI strategies. These capabilities can be used in computer science practice and research at the post doctoral studies as well.

Menu   Academic Program of Branch


Avionics - 3906T009

Menu   Academic Program of Branch


Bioinformatics - 1801T026

Menu   Academic Program of Branch


Biomedical Engineering - 3901T009

The masters study program branch Biomedical engineering aims to educate electro-technical engineers with knowledge and abilities to solve engineering problems namely in the domain of design and construction of medical device for diagnostics and therapy, design and development of medical information and decision support systems. The program covers extensive area of advanced biomedical technologies, both of hardware and software. It concerns signal theory, methods of system modelling and simulation, image processing, complex medical data processing and interpretation, design and implementation of large health care information systems, design and realization of complex medical devices; complex view on the whole chain starting from a patient (measurement, examination methods) over data analysis to evaluation and interpretation and successive storage in health care records; engineering design and construction of medical devices, measurement, transmission and processing of electric and non-electric quantities. The students acquire very good theoretical fundamentals with strong interdisciplinary structure. Thanks to this they are flexible and have competitive advantage on the labor market.

Menu   Academic Program of Branch


Biomedical Informatics - 1802T002

Menu   Academic Program of Branch


Common courses - ---

Menu   Academic Program of Branch


Communication Systems and Networks - 2612T081

Menu   Academic Program of Branch


Communication Technology - 2601R015

Menu   Academic Program of Branch


Communications and Signal Processing - 2612T076

The master's program welcomes the graduates who have had wide theoretical knowledge and who is ready to study professional specialization subjects. The program keeps its' unique high universality. The tracks are diversified not according to a final technical product but according to theoretical and skill tools which the graduate will adopt. This kind of methodology forms precisely a profile of a graduate who is ready for development and research teams and for international companies developing technologically and algorithmically best products. The graduate understands the state-of-the-art of science and engineering in his profession. He is used to work with sources of technical information. He is also ready to continue with PhD. studies.

Menu   Academic Program of Branch


Computer and Information Science - 1801R034

Menu   Academic Program of Branch


Computer Engineering - 1801T037

Menu   Academic Program of Branch


Computer Games and Graphics - 1801R059

Menu   Academic Program of Branch


Computer Graphics and Interaction - 1801T039

Menu   Academic Program of Branch


Computer Graphics - 1801T028

Menu   Academic Program of Branch


Computer Science and Engineering - 2612T051

Menu   Academic Program of Branch


Computer Systems - 1801R033

Menu   Academic Program of Branch


Computer Vision and Image Processing - 1801T038

This specialization provides knowledge of modern methods of automatic processing and analysis of digital images and video, and methods for image understanding and machine perception. Graduates will find their application in the areas of research and development in commercial and non-commercial sectors.

Menu   Academic Program of Branch


Cyber Security - 1801T063

Menu   Academic Program of Branch


Cybernetics and Measurement - 2612T029

Menu   Academic Program of Branch


Cybernetics and Robotics - 2612T083

Menu   Academic Program of Branch


Data Science - 1801T061

Menu   Academic Program of Branch


Economics and Management of Electrical Engineering and Power Engineering - 2608T001

Menu   Academic Program of Branch


Economy and Management of Electrical Engineering - 2608T006

Applied electrical engineering studies provide a theoretical and practical education in the production and utilization of electrical components, devices and machines, as well as materials for use in electrical engineering, in PV panels and in the design and production of electric drives and machines. The study program also focuses on power generation, transmission and distribution, high voltage applications and power electronics. Mathematics and physics form a significant part of this study specialization. The master programme in EEM offers two ways of specializing: a more technical variant, and a more economic variant. Three technical study blocks provide extended knowledge of ecological aspects of materials and production in electrical and power engineering, power generation, transmission, distribution and consumption, design and production of electric drives, design and production of power system components, and design of control systems for electric machines. Two other blocks combine technology and economics. These study blocks deal with economics and management of power generation, distribution and power consumption, economics of energy savings and renewable energy sources, financial decision making, financial management, marketing, logistics, and development of energy systems.

Menu   Academic Program of Branch


Economy and Management of Power Engineering - 2608T007

Applied electrical engineering studies provide a theoretical and practical education in the production and utilization of electrical components, devices and machines, as well as materials for use in electrical engineering, in PV panels and in the design and production of electric drives and machines. The study program also focuses on power generation, transmission and distribution, high voltage applications and power electronics. Mathematics and physics form a significant part of this study specialization. The master programme in EEM offers two ways of specializing: a more technical variant, and a more economic variant. Three technical study blocks provide extended knowledge of ecological aspects of materials and production in electrical and power engineering, power generation, transmission, distribution and consumption, design and production of electric drives, design and production of power system components, and design of control systems for electric machines. Two other blocks combine technology and economics. These study blocks deal with economics and management of power generation, distribution and power consumption, economics of energy savings and renewable energy sources, financial decision making, financial management, marketing, logistics, and development of energy systems.

Menu   Academic Program of Branch


Electrical Engineering and Management - 2608R005

Menu   Academic Program of Branch


Electrical Machines, Apparatus and Drives - 2642T004

The study of Electrical Machines, Apparatus and Drives is focused on wide spectra of devices for every day use or devices for special applications. Graduates have knowledge about design, construction, assembling, testing of electric machines, apparatuses and drives. Graduates are able to solve problems from this study area too.

Menu   Academic Program of Branch


Electrical Power Engineering - 3907T001

The study branch provides the education of the future experts dealing with production, transmission, distribution, and the use of electrical energy including mainly electrical light and heat. Only considered experts can assure reliable electrical energy supply and its quality. So, they are destined to win on the work market.

Menu   Academic Program of Branch


Electronics - 2612T015

Menu   Academic Program of Branch


Human-Computer Interaction - 1801T062

Menu   Academic Program of Branch


Intelligent Systems - 2612R027

Menu   Academic Program of Branch


Internet things - 1801R058

Menu   Academic Program of Branch


Komunikace a elektronika - 2612R073

Menu   Academic Program of Branch


Manager Informatics - 6209R021

Menu   Academic Program of Branch


Media and Signal Processing - 2612T080

Menu   Academic Program of Branch


Multimedia Technology - 2602R015

Menu   Academic Program of Branch


Multimedia Technology - 2602T015

Menu   Academic Program of Branch


Network and Information Technology - 2612R067

Menu   Academic Program of Branch


Networks of Electronic Communication - 2612T069

Menu   Academic Program of Branch


Open Electronic Systems - 2612R000

Program je zaměřen na poskytnutí velmi universální teoretické průpravy v širokém základu matematiky, fyziky, a teoreticko-průpravných předmětů z oblasti elektronických systémů. Většina předmětů programu má charakter teoretický a prakticko-profesní předměty jsou redukovány. Z důvodů vysoké univerzality je celý BSP konstruován jako jeden průchod s malou variabilitou, která zabraňuje předčasné specializaci bez adekvátních základů. I když není BSP-OES studium cílem samo o sobě, poslouží díky své teoretické náročnosti výborně jako selekce tvořivých a nadaných absolventů, kteří se pak snadno samostatně zorientují v libovolné technické oblasti. Sjednocující a vším se prolínající myšlenkou konstrukce programu je důraz na "pyramidu" vzdělání, kdy nižší patro vzdělání musí být vždy bytelnější a širší než na něm stavěná vyšší patra a že universitní podstata vzdělání stojí na nadčasově platné teorii a nikoliv schopnosti provádět rutinní výpočty. Program doplňuje portfolio již existujících spíše prakticko-profesně zaměřených programů o čistě teoreticko-univerzitní program. Existující předměty ostatních programů tedy nevytváří konkurenci, ale naopak doplněk.

Menu   Academic Program of Branch


Power Electrical Engineering - 2642T005

Menu   Academic Program of Branch


Radio and Optical Technology - 2612T082

Menu   Academic Program of Branch


RF and DSP Engineering - 2612T077

The master's program welcomes the graduates who have had wide theoretical knowledge and who is ready to study professional specialization subjects. The program keeps its' unique high universality. The tracks are diversified not according to a final technical product but according to theoretical and skill tools which the graduate will adopt. This kind of methodology forms precisely a profile of a graduate who is ready for development and research teams and for international companies developing technologically and algorithmically best products. The graduate understands the state-of-the-art of science and engineering in his profession. He is used to work with sources of technical information. He is also ready to continue with PhD. studies.

Menu   Academic Program of Branch


Robotics - 2301R013

Menu   Academic Program of Branch


Robotics - 2301T013

The Cybernetics and Robotics study program has a modern conception based on suggestions put forward by international professional organizations. The lectures and theoretical studies are well balanced with creative work in our modern and well-equipped laboratories. Our education gives students a solid theoretical background which will enable them throughout their lives to adapt to new knowledge and new technologies. Our study program is comparable in contact with similar programs at the best universities in the world. We use standard English textbooks by renowned authors and modern teaching aids. Great emphasis is put on practical projects and individual work. Many project specifications come directly from industry. The program offers a great amount of freedom in choosing elective courses. In addition to the obligatory courses students can choose elective courses from other study programs. The obligatory courses provide a solid theoretical foundation, while the elective courses give students a chance to develop their abilities, e.g. in team work, and to improve their knowledge in related areas, ranging from industry, transportation and biomedical engineering to economics, social sciences, and humanities.

Menu   Academic Program of Branch


Senzors and Instrumention - 2601R016

Menu   Academic Program of Branch


Senzors and Instrumention - 2601T016

Menu   Academic Program of Branch


Software Engineering - 3902R031

Menu   Academic Program of Branch


Software Engineering - 1801T040

Menu   Academic Program of Branch


Software Systems - 1801R035

Menu   Academic Program of Branch


Software - 1801R060

Menu   Academic Program of Branch


Solid State Systems - 2612T075

The master's program welcomes the graduates who have had wide theoretical knowledge and who is ready to study professional specialization subjects. The program keeps its' unique high universality. The tracks are diversified not according to a final technical product but according to theoretical and skill tools which the graduate will adopt. This kind of methodology forms precisely a profile of a graduate who is ready for development and research teams and for international companies developing technologically and algorithmically best products. The graduate understands the state-of-the-art of science and engineering in his profession. He is used to work with sources of technical information. He is also ready to continue with PhD. studies.

Menu   Academic Program of Branch


Systems and Control - 2612R068

Menu   Academic Program of Branch


Systems and Control - 2612T068

Menu   Academic Program of Branch


Systems of Communication - 2612T074

The master study program in Communication, Multimedia and Electronics offers theoretical and application-oriented basis and covers vast area of modern electronic technologies of information processing with a view to both: hardware and software. This branch has to do with the data transmission (communication), interaction with human subject and physical reality (multimedia), and the construction of corresponding appliances (electronics). The study program is organized into four branches of studies; the student makes a selection of the branch at the end of the 1st year of study. First, the student deepens the generalities and the professional background during the 1st year, and then he/she specializes in accordance with the selected branch of study during the 2nd year. The study gives rise for autonomous and individual working, especially in the frame of project solution, as well as within the master thesis. Together with the specification of the branch of study, the students can select optional courses from the entire faculty offer.

Menu   Academic Program of Branch


Technological Systems - 2602T012

Master's degree program provides theoretical and practical education in the field of materials and production for electrical engineering, quality and reliabiltiy management, renewables, control and optimization of technological processes and eco-friendly materials and manufacturing processes.

Menu   Academic Program of Branch


Telecommunications and Radio-engineering - 2601T014

Menu   Academic Program of Branch


Web and Multimedia - 2612R062

Menu   Academic Program of Branch


Wireless Communication - 2601T017

Menu   Academic Program of Branch


Page updated 12.12.2017 05:49:09, semester: L/2016-7, Z,L/2017-8, Z/2018-9, Send comments about the content to the Administrators of the Academic Programs Proposal and Realization: I. Halaška (K336), J. Novák (K336)
Responsible person: doc. Ing. Jiří Jakovenko, Ph.D.