COMPUTER 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.

This is an area where technology and innovation intersect. Computer engineering combines informatics and electronics in order to develop and improve smart products, devices and products based on embedded systems, as well as to design and operate secure computer networks and computer systems.

Computer engineers have sound knowledge about the principles of operation of electronic devices and are able to design and develop both the hardware and software applications, know how to smoothly integrate innovations while installing embedded systems and computer systems, thus enhancing the cyber security of computer networks and systems.

The Master's study program in Computer Engineering is offered both in English and Lithuanian.

During the studies, students acquire the latest knowledge on special computer engineering and related fields, which is required for independent development and application of the latest technologies, computer systems as well as embedded systems and services.

Given the significance of computer technology to any human activity, there will always be a high demand for computer engineers.

What competencies will I acquire?

The Master of Computer Engineering program is designed to master the following skills:

to choose and apply mathematical methods, software and hardware for solving computer engineering problems, data analysis and interpretation;
to identify, locate and evaluate the data required for engineering work using databases and other information sources;
to plan and conduct analytical, modeling and experimental research, to present research findings;
to develop, operate and improve modern computer systems and embedded systems based on new technologies;
to identify standard and non-standard engineering problems of computer systems and embedded systems, to clearly formulate and solve them, applying theoretical models and innovative research methods (including mathematical analysis, computational modeling and experimental research);
to make engineering decisions to solve multiple, technically undefined and unspecified issues.

What are my possible career pathways?

Working in the divisions of companies developing and manufacturing a wide range of electronic equipment based on embedded systems, and managing those divisions.
Working in organizations specializing in the design and modernization of computer systems.
Pursuing doctoral studies in the field of electricity, electronics and informatics.