- Electrical Power Engineering
- Electronics and Information Technology
- Materials and Technologies for Electrical Engineering
- Applied Electrical Engineering
ELECTRICAL POWER ENGINEERING
The follow-up study programme Electrical Power Engineering extends the graduates of the bachelor's study programme's expertise in the field of power engineering and electrical power engineering and further deepens it in the chosen specialization.
Title: Engineer, Ing. ((equivalent to Master of Science, MSc.)
Length of study: 2 years
Form: full-time
Language of instruction: Czech or English
Possibility of study internships abroad: yes
Benefits of the programme
The programme offers specialization in three sub-programmes:
- Power Electronics and Drives
- Electric Machines
- Electrical Power Engineering
After graduation, you will be able to solve complex technical problems related to new technologies and requirements for industrial systems control and a higher degree of production automation.
This makes it easy to find a job.
Information about other benefits and scholarships can be found here.
Employment opportunities
Graduates will find employment as:
Engineers • public designers • test workers in electrical engineering plants • workers in the energy industry and in many different offices and institutions.
Outstanding employers
ABB • ČEZ a. s. • ČEPS a.s. • Siemens • ZAT Příbram a.s • KB elektro • ZF Engineering Plzeň • Škoda Electric • Brush SEM • Škoda Transportation • Metrostav • TES Vsetín • ETD-BEZ transformátory • Inelsev motory Litvínov • skupina E.On
WHAT YOU WILL LEARN
You will learn to understand current power system requirements and technology trends in the power industry and solve practical operational challenges.
You will gain expertise in the following areas:
- systems for securing the electricity supply,
- power quality requirements, EMC equipment, and industrial systems,
- electricity use and consumption,
- applications of electrical machines and power electronic systems,
- basics of electrical heating and lighting technology,
- the effect of electrical equipment on the power system,
- principles of minimization of negative phenomena.
86 % of our Bachelor graduates follow up in the Master's study programme. Join us! Submit e-application
SPECIALIZATION OF THE STUDY PROGRAMME
Power Electronics and Drives
You will gain expertise in the following areas:
- new structures of power semiconductor converters and drives, converters and drives with increased energy efficiency and high power density,
- electrical systems for vehicles, robots and manipulators, industrial and energy technologies, power grids and mechatronic systems,
- design of power electronic technologies,
- design of electrical drives and design of their advanced control methods.
Are you interested in this specialization? Apply now! Submit e-application
Electric Machines
You will gain expertise in the following areas:
- new principles, materials, and technologies of modern electrical machines and their design layouts,
- methods of cooling and dissipation of waste heat,
- modern methods of their electromagnetic, thermal, and mechanical design,
- simulation and modeling of the operating parameters of modern electrical machines for different load conditions.
Are you interested in this specialization? Apply now! Submit e-application
Electrical Power Engineering
You will gain expertise in the following areas:
- production, transmission, distribution, and use of electricity and heat,
- operational and fault conditions of the electricity system,
- modeling and simulation of operational and fault conditions,
- dealing with the increased demands on the operational management of electricity networks due to the growing share of decentralized sources,
- management of electricity networks in the context of increasing requirements for reliability and quality of electricity supply.
With a focus on power system operation and management, you can design:
- individual elements of electrical networks,
- protection and security systems.
Focusing on power and heat generation technologies, you will gain knowledge of
- operation and technology design of conventional and unconventional sources,
- technologies designed to improve the energy efficiency of systems,
- opportunities to reduce the environmental impact of the energy industry
Are you interested in this specialization? Apply now! Submit e-application
WHAT OUR STUDENTS SAY
Watch the video to find out more about the Electrical Power Engineering programme.
In the menu above you will find all Master's degree programmes. Choose the best one for you!
ELECTRONICS AND INFORMATION TECHNOLOGY
The follow-up study programme Electronics and Information Technology allows you to broaden your knowledge of electronics and IT and further deepen it in your chosen specialization.
Title: Engineer, Ing. (equivalent to Master of Science, MSc.)
Duration of study: 2 years
Form: full-time
Language of instruction: Czech or English
Possibility of study internships abroad: yes
Benefits of the programme
Upon graduation, you will be able to solve the complex technical problems that come with:
- new technologies,
- new requirements for technical level, and
- specifics of electronic and communication systems.
This makes it easy to find a job.
Information on other benefits including scholarships can be found here.
Employment opportunities
Graduates will find employment as:
Technologists • project managers • production, sales, and service managers • test laboratory workers • metrology laboratory specialists • development and research workers.
Oustanding employers
Bosch České Budějovice • ČEZ • ČEPS • Škoda Auto • Škoda Electric • Panasonic • Siemens • Omexon • Eurosoft • Continental Automotive • Škoda Transportation • DAIKIN • public administration.
WHAT YOU WILL LEARN
You will gain expertise in the following areas:
- design, development, implementation and diagnostics of information and communication systems,
- power electronics and electric drives,
- programming,
- synthesis of electronic and communication circuits,
- design and synthesis of operationally safe systems,
- applications of sensor technology and communication and bus systems,
- applications of electronic systems for industrial process control, and
- electromagnetic compatibility in the high and low-frequency range.
86 % of our Bachelor graduates follow up in the Master's programme. Join us!
SPECIALIZATIONS OF THE STUDY PROGRAMME
Electronics
You will gain expertise in the following areas:
- design and development of analog, digital processor structures of electronic systems,
- programming of electronic systems including diagnostic tools using modeling and simulation tools,
- physical instrumentation, in particular the design of ionizing radiation detectors,
- electronic systems for the acquisition and processing of detector data.
Are you interested in this specialization? Apply now! Submit e-application
Information and Communication Technologies
You will gain expertise in the following areas:
- communication and multimedia systems,
- space technologies,
- microwave technology,
- communications and computer networks and functionally secure systems.
Are you interested in this specialization? Apply now! Submit e-application
Power Electronics
You will gain expertise in the following areas:
- new structures of power semiconductor converters and drives,
- new inverter and drive structures with increased energy efficiency and high power density,
- electrical systems for vehicles, robots and manipulators, industrial and energy technologies and mechatronic systems,
- advanced control methods for the above systems.
As graduates, you can design, implement and program control systems for industrial and automation technologies, transport systems and energy applications.
Are you interested in this specialization? Apply now! Submit e-application
WHAT OUR STUDENTS SAY
Watch the video to find out more about the Electronics and Information Technology programme.
In the menu above you will find all Master's degree programmes. Choose the best one for you!
MATERIALS AND TECHNOLOGIES FOR ELECTRICAL ENGINEERING
The follow-up study programme Materials and Technologies for Electrical Engineering prepares specialists with a focus on the development and application of electrical materials, production technologies, and their management in the field of the electrical industry.
Title: Engineer, Ing. (equivalent to Master of Science, MSc.)
Length of the study: 2 years
Form: full-time
Language of instruction: Czech or English
Possibility of study internships abroad: yes
Benefits of the programme
Thanks to the concept of the study programme, you will not only gain the necessary theoretical but also practical knowledge. You can easily find a job.
After graduation, you can:
- use the acquired knowledge in professional and managerial positions in practice,
- pursue a doctoral study programme,
- become an independent entrepreneur in the field.
Information on other benefits including scholarships can be found here.
Employment opportunities
Graduates will find employment as:
Technologists • project managers • production, sales, and service managers • testing laboratory professionals • metrology laboratory specialists • R&D experts.
Outstanding employers
Škoda Transportation • Škoda Electric • ČEZ • Bosch České Budějovice • Škoda Auto • Panasonic • KOSTAL • MB Tech • Valeo • Automotive Light • WITTE Automotive • ZF Engineering Plzeň • Siemens • DAIKIN • ČEPS • státní správa.
WHAT YOU WILL LEARN
During the study of the Materials and Technologies for Electrical Engineering programme you will learn:
- practically use the knowledge about electrical products and methods of their production and disposal,
- correctly diagnose and solve problems of materials and technologies in electrical and electronic engineering,
- independently apply acquired knowledge in professional projects.
86 % of Bachelor graduates continue in the Master's programme. Join us!
SPECIALIZATION OF THE STUDY PROGRAMME
Within the study programme Materials and Technologies for Electrical Engineering you will gain expertise in the following areas:
- the life cycle of an electrical product (from design through implementation to operation, including disposal and recycling),
- conventional and special materials and technologies,
- diagnostic methods,
- methods and tools for process control throughout the product life cycle,
- solving problems that are important for the future sustainability and competitiveness of the industry.
Great emphasis is placed on preparation for independent creative work through involvement in professional projects.
The basic feature of the study programme is multidisciplinarity with employment opportunities in many industries.
Other professional specializations
You will gain an insight into the principles and applications of materials and technologies in electrical engineering. At the same time, you will acquire expertise in the following areas:
- semiconductor, magnetic and dielectric materials,
- contacting issues,
- manufacturing and diagnostic processes,
- advanced materials and technologies such as
- organic electronics,
- printed electronics,
- flexible electronics,
- wearable electronics,
- smart textiles,
- sensors,
- nanotechnology,
- eco-friendly material sources, etc.
- methods of their characterization and interpretation of measured data.
This course prepares you well for a career in the electrical industry and in companies involved in materials, technology, and electrical product development.
Are you interested in the field of study Materials and Technologies for Electrical Engineering? Apply now! Submit e-application
WHAT OUR STUDENTS SAY
Watch the video to find out more about the Materials and Technologies for Electrical Engineering programme.
In the menu above you will find all Master's degree programmes. Choose the best one for you!
APPLIED ELECTRICAL ENGINEERING
The Applied Electrical Engineering degree programme allows you to deepen your broad universal foundation across all areas of electrical engineering and gain detailed insight into the issues of each discipline.
Title: Engineer, Ing. (equivalent to Master of Science, MSc.)
Length of study: 2 years
Form: combined
Language of instruction: Czech
Possibility of study abroad: yes
Benefits of the programme
Graduating from the programme will enable you to find employment in interdisciplinary applications and a range of specialised fields.
You can choose between a focus on heavy-current and low-current electrical engineering. This will make you highly adaptable in your job search after graduation.
Information about other benefits and scholarships can be found here.
Employment opportunities
Graduates will find employment as:
engineers • technologists • designers • managers • research and development workers • test laboratory workers with a focus not only on electrical engineering • workers for the configuration and operation of communication equipment • transport systems management • employees of power stations, heating plants, or electricity substations
Outstanding employers
Rohde & Schwarz, ZF Engineering • EATON • ČEPS • ABB • Škoda Transportation • Škoda Electric • ČEZ • Bosch České Budějovice • Škoda Auto • Panasonic • KOSTAL • AKKA • Valeo • Automotive Light • Continental Automotive • WITTE Automotive • Siemens • Omexon • Eurosoft • DAIKIN • Brush
WHAT YOU WILL LEARN
You will deepen your theoretical foundations and application knowledge within electrical engineering with overlap to other fields. Within the chosen field of study you will:
- gain erudition in professional electrical engineering topics,
- specialize in a selected subfield of applied electrical engineering,
- learn to practically solve current challenges in the field of low and heavy current.
86 % of our Bachelor graduates continue in the Master's study programme. Join us!
SPECIALIZATIONS OF THE STUDY PROGRAMME
Low-current electrical engineering
As a graduate in low-current electrical engineering, you will be able to:
- apply IT knowledge to electrical and related applications,
- explain signal processing and select a control bus according to the type of system,
- design the interconnection of industrial control systems using industrial buses and communications,
work with specialized databases, - create electrical schematics and documents,
- analyze a project with embedded electronics.
Heavy-current electrical engineering
As a graduate in heavy-current electrical engineering, you will be able to:
- explain the principles of transmission and distribution network design in terms of construction and operation, operational and economic importance,
- design the electrical scheme of a power plant,
- calculate the size of self-consumption sources and the minimum short-circuit power required,
- perform power system balancing and determine load indicators,
- break down the costs of power generation into appropriate categories,
- design and size electrical drives and calculate electrical machine characteristics,
- design power electronic systems,
- use temperature sensors, mechanical sensors, security sensors, automotive sensors, flow meters.
Are you interested in Applied Electrical Engineering? Apply now! Submit e-application
WHAT OUR STUDENTS SAY
Watch the video to find out more about the Applied Electrical Engineering programme.
In the menu above you will find all Master's degree programmes. Choose the best one for you!