ELECTRONICS ENGINEERING

Degree	Master of Engineering Sciences
Length	2 years (4 semesters)
Study language	Lithuanian, English
Start	1st of September
Entry Qualification	To this programme applicants are accepted from the fields of: Electronics Engineering, Electrical Engineering, Information Systems, Software Engineering, Informatics Engineering, Physics.

Electronics is found in almost every device we use every day – a computer, a phone, a smart vacuum cleaner or refrigerator, a car, etc.

Work done by electronics engineers includes innovative and time-tested technical solutions adopted in the equipment used for different purposes. They develop and apply microprocessor, computerized and neural network intelligent electronic systems, advanced electronic circuits and systems of internet of things (IoT), wireless communication and plenty of other systems necessary for everyday use in household equipment and even for spacecrafts.

The rapid evolution of technology results in a growing worldwide need for the experts having a broad knowledge of programming, complex technologies and systems.

The Master's degree programme in Electronics Engineering is available in Lithuanian or English and is aimed at training professional engineers of electronics. Studies assist in acquiring the latest knowledge of electronics engineering and related fields of study, which is necessary for the independent development and application of the most recent computerized electronic systems and advanced electronic circuits and systems.

The trained specialists manage to perform applied research into electronic systems and specified integrated circuits required for designing new products and providing up-to-date services.

The students of this particular study programme can choose between two specializations – Computerized Electronic Systems or Advanced Electronics Design.

Computerized Electronic Systems. Independent and embedded electronic computer systems are designed to monitor and manage various devices, equipment and technological processes. The systems are the essential elements applied in different fields of society from any advanced car to a spacecraft.

Computerized electronic systems count an innumerable number of equipment and act as a medium where new intelligent technologies are designed and installed in any industry such as telecommunications business, medicine, warfare, etc.

The graduates in Electronics Engineering will know the operation principles of the latest electronic devices and computerized electronic systems.

They will manage to design, operate and advance embedded, measurement, computerized control, neural network and other state-of-the-art technologies.

Advanced Electronics Design.

Technologies for the development and application of advanced electronic systems increase industrial innovation, accelerate the development of the Internet of Things, 5G and 6G mobile wireless technologies and intelligent transport systems, and have a significant impact on national, European and global economies.

The students of this specialization learn how to design, program, operate and improve advanced electronic circuits and systems, modern special purpose integrated circuits, and other information and communication technologies systems that are used in transportation, aeronautics, biomedicine and communications.

Learning outcomes

The Master's degree programme in Electronics Engineering is designed:

to learn the basics of sciences and mathematics;
to identify, find and assess data required for engineering work in the databases and other sources of information;
to plan and perform analytical, simulation and experimental research using new problem solving methods;
to foresee and deal with standard and non-standard engineering problems of of advanced electronics design;
to predict and solve standard and non-standard engineering problems of computerized electronic systems.

Career opportunities may include:

working for electronics and informatics companies developing and implementing the latest electronic multiple-purpose systems, designing and manufacturing electronic and computer equipment;
working for telecommunication, electronic business organization, accounting and advertising companies;
teaching at universities and colleges;
studying a Doctoral degree programme.