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Technical Information Systems Engineering
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Summary of the Profile
General Description:
Objective(s) of a study programme:
Technical Information Systems Engineering Master's program's main goal - to prepare the highest qualifications information systems engineering specialists for the priority of information technology and MTEP needs, who would be able to independently and creatively solve complex theoretical and practical technical IS engineering problems; competently and independently perform and supervise engineering and scientific analysis
Learning outcomes:
Has knowledge and understanding of modern computer engineering science field with essential theoretical and applied fundamentals, covering programming languages, data structures and algorithms, mobile technology, big data analysis, pervasive computing, dissemination of information and the safety of their concepts;
Ability to innovatively develop new and original engineering ideas and methods
Ability to use one’s own knowledge and understanding for solving practical engineering tasks by application of theoretical models and research methods, including mathematical analysis, calculation modelling and experimental methods of research;
Ability to apply one’s own acquired knowledge and understanding in the solving of atypical problems, also those related to other scientific and engineering fields;
Ability to explore the adaptability of new and newly evolving methods of solving problems of informatics engineering and to aggregate the knowledge of different study fields and to solve multiple engineering problems;
Ability to work effectively on an individual basis and in a team, ability to be a leader of a team of representatives of different study fields and levels;
To have a holistic understanding of the impact of engineering solutions to the public and the environment, to follow norms of professional ethics and engineering activity, to be aware of the responsibility for the engineering activity;
Activities of teaching and learning:
Innovative teaching and learning methods are applied, including an opportunity to study in a blended learning way. A student-centered teaching involves discussions, group work, literature analysis, case studies, practical work, homework, presentations and modelling activities. Such important cognitive skills as critical thinking and problem solving are developed through both student's individual problem tasks and team work. The programme is aimed at students' active participation in the learning process, finding ways to solve problems.
Methods of assessment of learning achievements:
Ten-point grading system is applied. Study results are evaluated during the interim settlement (tests, individual and group assignments and their presentation, projects, practical work and self-defense, etc.). The final assessment (grade) consists of subscores and examination marks.
Framework:
Study subjects (modules), practical training:
The program consists of compulsory and optional subjects (the total volume of subjects is 72 credits, of them compulsory subjects – 42 credits and elective subjects – 30 credits). The research component of the program includes the Research (project, practical training) work in each semester (in total – 18 credits) and the preparation of Master's thesis (30 credits).
Compulsory Informatics study subjects: Modern software engineering, Enterprise Modelling, Security of Information Systems, Artificial Intelligence in Information Systems,
Operations Research and Management,
Cloud computing and virtualization,
Scientific Methodology of research.
Specialisations:
None
Optional courses:
Students may choose 30 credits from the list of elective subjects and subjects from computer science and related fields of study programs.
Distinctive features of a study programme:
In Technical Information Systems Engineering study programme a special attention is paid to make students aware of the conception of data, information and knowledge, their origin and characteristics, analysis and modeling techniques, modern intelligent, information and software development concepts, their architectural diversity and development of functions, and to build up an ability to adapt the existing informatics knowledge to develop added value in industry sector, science and business. The students are provided with an opportunity to study in a blended learning way via modern virtual learning environment with videoconferencing facilities.
Access to professional activity or further study:
Access to professional activity:
Graduates will be able to work as informatics high level specialists (IT project manager, programmers, IS and software architects and designers, information and communication technology administrators – managers, data analysts and computer modelers, IT engineers, IT consultants and teachers) as well as IT heads and project leaders in various Lithuanian and foreign IT enterprises and other institutions, including higher education and research institutions.
Access to further study:
Can study at PhD level (physical and technological sciences).
