Vilnius University

Master in Electronics and Telecommunication Technologies

Graduates of the Master’s studies in Electronics and Telecommunication Technologies programme will be skilful in the following:

• Knowledge and understanding of fundamentals, theory, and applications, analysis of complex processes and phenomena in the fields of electronics and telecommunication.
• Working with new and complex electronic devices and telecommunication systems, specialised devices and technologies, such as ultra-high-frequency electronic devices.
• Modelling the coverage of wireless networks, and calculation of the propagation properties of electromagnetic waves by statistical means such as big data analysis.
• Developing and improving embedded microcontroller systems, and integrating them into the existing electronics infrastructure.
• Understanding the main properties and principles of functioning of the new materials and sensors used in information technologies, as well as being able to apply them in modern technologies.
• Planning their activities, to efficiently work in a team and independently.

• Pursue a career in industrial companies specialising in the development, implementation and administration of various electronic and telecommunication solutions and products, as well as government communications regulation authorities.

Scope of studies: 120 ECTS credits

Length: 2 years

1st Semester

Compulsory Courses

• Information Elements and Systems
• Materials for Information Technologies
• Radio interface in mobile communication systems
• Digital Signal Processing and Simulation

Elective Courses

• Modelling of the Wireless Propagation Channel
• Applied Terahertz Physics
• Digital Optics and Methods for the Analysis of Spectroscopic Data

2nd Semester

Compulsory Courses

• Applications of distributed computing to telecommunication network modelling
• Nanoelectronics
• Microcontrollers in Embedded Systems
• Optoelectronic Devices in Telecommunications
• Scientific Research Work I/II

3rd Semester

Compulsory Courses

• Microwave Electronics
• Embedded Linux Systems
• Telecommunication Network Modeling
• Applied Electrodynamics
• Scientific Research Work II/II

4th Semester

Compulsory Courses

• Master Thesis

• Global outlook: 2000+ international students from 90 different countries.
• Ranked among the top 500 universities worldwide (QS).
• A European Union diploma.