Page 2 of 4, 46 Master Programs in Technology Studies in Czech Republic for 2024

The objectives are to acquire and extend theoretical and practical knowledge in design, construction, operation and application of electronic circuits and systems in various application fields of low-current electronics and communication technologies. 

The Power Systems and Telecommunication Technology is a brand new study program offers a great opportunity to get educated in a very interesting career field with massive potential. The uniqueness of the program lies in the appropriate connection of knowledge in the field of telecommunications, informatics, and power engineering, when the graduate is not only closely focused on one specific area, but has a broader knowledge of information and communication technologies and principles of production, transmission, and distribution of electricity. 

We have a good dose of electronics for you in cooperation with Northern Illinois University. A field where you learn how to design integrated electronic circuits and systems and use materials for electronics - all in state-of-the-art facilities. The professional appetizers are waiting for you from the subjects - design of integrated and electronic circuits and devices, programming of microcontrollers, or the newest materials for electronics.

Do you want to understand the technical details of communication and networking technologies and be able to solve various theoretical and practical problems in areas including 4G/5G mobile and fixed communications, metallic, optical or wireless networks, advanced network devices, telecommunication and multimedia services, Internet of Things, smart city applications, machine learning algorithms, cybersecurity mechanisms, and high-speed data transmissions?

Are you interested in cars? Do you want to work in a field that is currently attracting the attention of the whole world, as its direction towards advanced technologies such as electromobility, autonomous driving or communication in high mobility systems makes it one of the most attractive industries? If at the same time you want to continue the tradition of the automotive industry in the Czech Republic and be a sought-after expert in Czech, foreign and renowned multinational companies active in the automotive industry, then this field of study is just for you.

The follow-up Master's degree program Information Technology and Artificial Intelligence develops and deepens the knowledge and skills acquired at the bachelor's level of Information Technology studies.  The program is taught in the English language and it is open to foreign students and Czech students with a desire to study in the English language.

Study program Industry 4.0 is a new and prospective study program that connects Computer Science and Cybernetics into a unique form. Students will be introduced into new trends in digitalization and production optimization as well as with the opportunities that bring new trends in data analysis, machine learning, image analysis, and computer vision. The balance between practical and theoretical knowledge allow graduates to be a useful member of innovation teams of production factories, and to solve practical problems with new approaches. The master thesis may be focused on real-world issues related to simulation and modeling of production processes, predictive quality, and maintenance, utilization of camera systems or robot programing and movement optimization.

The Applied Electronics Masters degree program focuses on independent creative activities in sub-areas of electrical engineering, including industrial electronics, power electronics and electric drives. Therefore, the study is focused on the deepening of the theoretical basis of electrotechnical fields and on a more detailed introduction to the modern knowledge in the narrower focus, followed by the theme of the diploma thesis.

The condition for admission to study in the follow-up Master degree programs is the secondary education with the secondary school leaving examination and the proper completion of studies of any type of degree program (Bachelor, Master, doctoral) completed by the final state examination.

Students that graduate from specialization Applied Mathematics will comprehend connections and continuity between individual fields of mathematics, especially Numerical Analysis, Statistics, and Discrete Mathematics. They will learn to employ the above knowledge to deal with practical problems by tracing their underlying mathematical structure. They will learn to design the corresponding mathematical model and solve it using appropriate mathematical methods.

The condition for admission to study in the follow-up Master degree programs is the secondary education with the secondary school leaving examination and the proper completion of studies of any type of degree program (Bachelor, Master, doctoral) completed by the final state examination.

Graduate of the master study program Civil Engineering - Building Materials and Diagnostics of Structures will acquire the theoretical and practical knowledge in a variety of study activities including excursions, field lessons, realisation of testing methods by modern equipment and also theoretical lessons with participation of practice experts. The characteristic is an individual approach, which corresponds to the conception of final work based on practice requirements and especially the student's interests. The program completion provides students with a general overview about building structures, current and latest building materials, its development and testing, diagnostics and rehabilitation of building structures, as well as environmental issues – building impact on the environment.

The follow-up Master Study Program is divided into two specializations (Applied Mathematics, Computational Methods and HPC) and is designed for graduates from both technical study programs and natural science study programs. Students that graduate from specialization Applied Mathematics will comprehend connections and continuity between individual fields of mathematics, especially Numerical Analysis, Statistics, and Discrete Mathematics. They will learn to employ the above knowledge to deal with practical problems by tracing their underlying mathematical structure. They will learn to design the corresponding mathematical model and solve it using appropriate mathematical methods. Students that graduate from specialization Computational Methods and HPC are focused more to implement parallel mathematical methods effectively on modern computer architectures including supercomputers.

The follow-up master's study of Nanotechnology is intended for graduates of a bachelor's study of Nanotechnology or branches focused primarily on materials science, applied physics and chemistry. Theoretical subjects, dealing with the relationship between the structure and optical, magnetic and other properties of nanomaterials, are supplemented by work in laboratories used modern diagnostic devices. During their studies, students can spend an internship at foreign university, for example in the France, the Japan, China or the USA. After graduation, they can start work in one of the companies that produce of nanomaterials and nanocomposites. He can also continue in a doctoral study program of Nanotechnology or a similar branch and thus open himself the way to research organizations at home or abroad.

The condition for admission to study in the follow-up Master degree programs is the secondary education with the secondary school leaving examination and the proper completion of studies of any type of degree program (Bachelor, Master, doctoral) completed by the final state examination.