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B.Sc.Informatics Engineering

Tuition fee €2,400.00 per year
Application fee €100.00 one-time
Registration fee €100.00 one-time

Baltic Center Registration Fee Includes:
– Consultations for selection of HEI
– Migration & visa consultation
– Registration in the Baltic Center database
HEI admission documents’ check
– General testing for all Baltic Center HEIs – Admission Examination
– Student’s admission to HEI, maximum 3 registrations per one fee.
& In case of HEI change at the request of a student, after the admission letter receiving from HEI, a transfer to another HEI is for an extra cost.
– Documents’ arrangement for the payments to HEI
– Bonus – on the written application of a student, preparation and transfer of the invitation for the embassy.
& The period of preparation from week to two months

Overview

Objective(s) of a study programme:
To train specialists of higher college education who know the Informatics engineering application areas
and understand theoretical principles that underpin emerging technologies, and who are able to:
develop, implement, and maintain computer engineering, remote control and monitoring systems and
software tools; create new and maintain existing software solutions; integrate, implement, and
administer the hardware, software and computer networks.
Learning outcomes:
The graduates of the study programme will:
1. know and understand the basic conceptions and notions underlying the field of informatics
engineering;
2. know and understand the theoretical principles that underpin emerging technologies;
3. know the informatics engineering application areas, understand the complexity of problems,
choose problem solving methods, adapt the methods of other fields of science;
the graduates of the study programme will be able to:
4. formulate informatics engineering application problems, carry out a systematic engineering
analysis, and choose a suitable testing methodology;
5. plan and perform applied research, implement an experimental development through the
application of advanced technological knowledge;
6. develop, implement and maintain computer engineering systems, remote control and monitoring systems and
software tools, choosing the right equipment, tools and methods;
7. design and implement control and monitoring systems by applying the knowledge of signal
processing, electrical engineering, electronics, hardware design and programming;
8. apply software life cycle phases to development of new and maintenance or integration of
existing software solutions;
9. integrate, implement and administer the hardware, software and computer networks, evaluating
the features of computer systems architecture and software;
10. solve issues related to application areas taking into account technological, economic, social,
and legal context;
11. apply IT project, risk and change management practices while working independently and in
teams, communicating with colleagues and external stakeholders;
12. use the self-study skills necessary for continuing professional development.
Activities of teaching and learning:
Teaching and learning is oriented towards the learner. Lecture, practical work (based on a task),
self-work, course paper and final thesis, independent study of the material, discussions, teamwork.
Accumulative grading strategy is applied in the assessment of student learning achievements.
Course learning outcomes are estimated during the semester through the passed tests, practical,
laboratory, self-study work and other. The final assessment for the course consists of the Weighted
average marks (WAM) obtained during the mid-assessments and the examination / term paper.

Programme structure

Framework:
Study subjects (modules), practical training:
Workload of general education – 15 credits.
• Standarto of Language, Human safety
• Optional subjects – english for begginers (a1) / advanced english (a2), Business Economics (a3),
Personnel Management (a4).
Workload of the study field – 156 credits:
• Digital logics, Mathematics, Probability Theory and Statistics, Computer –Aided Graphics,
Physics, Signal Processing, Electrical and electronic fundamentals, Digital Circuits, Computer
Technical Systems Equipment, Microcontrollers, Introduction to Programming, Fundamentals
Databases, Computer Architecture and Operation Systems, Object-Oriented Programming, Web
Technology, Data Structures, Computer Networks, Systems Engineering, Network and Server
Management Services, Computer Workstations and Network Management, Applied Research
Methodology, Informatics Law, Information Security.
• Optional subjects: Graphical Interface Programming (a5), Cloud computing (a6), Smart
technology equipment (a7)
• Practice – Systems Installation and Maintenance Practices, Speciality practices, Final Practice
• Optional subjects (3 modules)
Specialisations:
Optional courses:
Distinctive features of a study programme:
Lithuanian is the language of instruction. Knowledge and skills are formed to work in the areas of
information systems engineering. The study programme is focused on the development of a
personality with broad outlook, creative and critical thinking, able to communicate well and work
in a team.

Apply now! Fall semester 2018/19
Pre-deadline
Jun 30, 2019 23:59
Europe/Riga time
Application deadline
Jul 30, 2019 23:59
Europe/Riga time

Autumn Intake

Studies commence
Sep 1, 2019

Application deadlines apply to citizens of: United States