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Information Systems Technology
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To train a qualified specialist capable of analysing and defining user needs, assessing, projecting, implementing and administering computer systems and networks, forseeing development opportunities and security assurance, independently improving qualifications and adapting to constant changes in professional activities.
Learning outcomes:
Knowledge and its application
1. To explain the concepts of informatics engineering and fundamental sciences, understand their content, relations and applied solutions related to possible future developments and trends in the field of computing
2. To explain the principles of algorithmisation, programming, human-computer interaction, software life cycle stages, development and maintenance methods
3. To know business, legal and ethical norms and to implement them, ensuring the rights and responsibilities regulated in the activities of the informatics engineering specialist
4. To apply projection, programming, communication, cyber security knowledge to the development and support of computer networks / business systems
5. To explain the structure of computer equipment, its operating principles and application for solving information systems technology problems
Ability to carry out research
6. To describe the organization's information systems and identify the problem of computer networks / business systems
7. To carry out search for information and prepare the necessary data and information for the computer network / business system being developed or updated
8. To analyze information, data and solutions based on reasonable criteria to solve the problem of computer networks / business systems
9. To choose and provide data and information to solve the problem of computer systems, justifying their suitability
Special abilities
10. To apply optimal informatics engineering methods to solve the applied problems of computer networks / business systems
11. To choose software and hardware for project implementation in a reasoned manner
12. To be able to develop a problem solving algorithm and implement it with selected programming and database management tools
13. To carry out installation and maintenance work of computer hardware and software.
14. To carry out testing of systems against performance, safety and reliability criteria
15. To ensure stable operation and development of the prepared project
16. To collect and describe the requirements for the computer network / business system under development and prepare the project for the system under development
17a. To administer computer networks and configure network operating systems, applying relevant standards and technologies
17b. To implement and administer business systems by applying relevant standards, system life cycle stages and project management methods
Social skills
18. To communicate professionally in state and foreign languages with professionals on professional topics
19. To work in a specialist or interdisciplinary group following professional ethics, principles and rules of social responsibility
Personal abilities
20. To develop the competence of independent and lifelong learning
21. To work independently and take responsibility for own performance results
22. To creatively integrate the acquired knowledge and skills in solving the tasks of informatics engineering activities
Activities of teaching and learning:
Lecture, workshop, consultation, self-study task, team work, course paper and practice.
Methods of assessment of learning achievements:
Assessment is carried out during the whole semester and at the exam session. Ten-point criteria-based assessment system as well as cumulative assessment is applied. Outcomes of the study subject are evaluated through interim assessments during the semester (control tasks, written quizzes, examinations (theoretical and practical tasks), laboratory, individual works defense and etc.). The studies of every subject end with an examination or assessment of student's self-study work (project, course paper, practical activity evaluation, etc.). Student's knowledge and skills are assessed at the exam session only after student completes the assigned interim assessment tasks during the semester. Final assessment (mark) consists of marks for interim assessments and an examination mark. Its composition is calculated according to the ratios intended in the description of the subject.
Framework:
Study subjects (modules), practical training:
The main study field subjects are: Basics of Algorithmization, Discrete Mathematics, Applied Physics, Applied Mathematics, Internet Technologies, Computer Graphics, Database Administration, Electronics, Computer Architecture, IT Project Management, Computer Networks and Cloud Technologies, Operating Systems, Basics of Programming, Internet of Things, Cyber Security, Object Oriented Programming, Business Information Systems, Business Economics and Business Management, Information Systems Engineering, Applied Research Methodology, Human Safety and Ergonomics.
The total duration of practices is 20 weeks: Internet Technologies, Computer Software and Hardware, Object Oriented Programming, Specializations, Graduation Practice.
Specializations:
Specialization - Projection, installation and maintenance of computer networks
Programming Network Management, Network Operating Systems and Their Administration, Computer Network Technologies and Safety
Specialization – Business Systems Technology
WEB Services, Business Processes Analysis and Modelling, Business Data Analytics, Business Electronic Processes Development and Integration
Optional courses:
Subjects of general and digital competences (self-) development Communication Psychology / Professional Ethics, Sociology / Philosophy of Technology, Professional English / Professional German/ Professional Russian.
For deeper specialization in the field: Specialization - Projection, installation and maintenance of computer networks Programming Network Management, Network Operating Systems and Their Administration, Computer Network Technologies and Safety
Specialization – Business Systems Technology:
WEB Services, Business Processes Analysis and Modelling, Business Data Analytics, Business Electronic Processes Development and Integration
Distinctive features of a study programme:
Students can choose one out of two specializations from the study programme:
Access to professional activity or further study:
Access to professional activity:
The graduate after acquiring Professional Bachelor Degree of Computing will be able to work as an analyst, project manager, database administrator, computer network administrator, business processes analyst, tester, computer network engineer, system administrator.
Access to further study:
Upon completion of the study programme Information Systems Technology studies can be continued at universities in the study programmes of the group of computing study fields.
After completion of bridge courses or fulfilling other requirements of the accepting institution, access to the first cycle university studies.
