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Informatics Engineering
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Summary of the Profile
General Description:
Objective of a study programme:
Objectives of the study programme:
The aim of the programme is to develop the fully educated, ethically responsible, creative and entrepreneurial personality, able to learn and work independently, or in a team; proactive, taking personal responsibility, able to compete in the market of rapidly changing technologies, products and services; the personality capable of applying informatics and electronic techniques, principles and technologies for the design of secure computer systems and networks. The aim is to develop the personality capable of implementing, developing, testing and evaluating relevant professional problems in various fields of Professional activity.
1. Ability to explain the basic facts, concepts, theories and mathematical methods related to computer operation, computer hardware and software, possibilities for practical applications and computer communication, and applicable solutions that relate to important historical, current and potential developments and trends in the field of computer engineering in the future.
2. Ability to explain the principles of algorithm development and analysis, programming paradigms, languages and technologies, principles of human-computer interaction, typical stages of the software life cycle and methods of software development and maintenance.
3. Ability to explain how the business, industrial, economic and social context affects professional practices defined by ethical standards and regulated by legal requirements, including data protection, intellectual property rights, contracts, product safety, liability and other related issues.
4. Ability to apply the knowledge in the field of informatics engineering by developing safe and other informatics applied solutions that meet the relevant criteria to solve specific problems of professional activity.
5. Ability to explain the methods of development of computer and other specialized digital techniques, its structure and principles of operation, and its application to specific challenges.
6. Ability to describe the problem(s) of a specific professional activity in the field of computer engineering studied; the ability to prepare, analyse and evaluate the data, information, solutions to the problem(s) according to specific criteria and base the decisions on reasoned conclusions.
7. Ability to apply relevant computer science and electronic engineering techniques in formulating and solving applications in various fields.
8. Ability to independently select software and hardware developing new or improving existing computer and computer network systems.
9. Ability to implement specialized software for computer and computer network systems using relevant standards, typical life cycle stages and project management methods.
10. Ability to evaluate computer and communication systems according to the criteria of operation, security, reliability, and properly implement the maintenance and development of computer systems.
11. Ability to prepare relevant specification, design or other documentation necessary for the development of a product or service in the field of computer engineering.
12. Ability to communicate professionally in the state and at least one foreign language with specialist audiences, work in a team in accordance with the principles of professional, ethical behaviour and social responsibility; ability to plan and organize activities on the basis of legal and standard documentation.
13. Ability to learn independently, in order to achieve continuous personal, professional development and work responsibly, taking the initiative and personal responsibility, demonstrating creativity, solving tasks and problems of professional activity.
Activities of teaching and learning:
Lectures, seminars, solutions of problem situations, examination of practical examples, studying of special literature, practical work, laboratory work, team work, individual work, tutorials, professional practice and other learning activities.
Methods of assessment of learning achievements:
Exams, colloquiums, testing, oral interviews, written interviews, presentation of specialist literature analysis, presentation of problem situations solutions, practice report preparation and presentation, individual work, course work, team work and project preparation and presentation.
Examinations and projects are conducted in a written and oral form. Student achievements are assessed from 1 to 10. The knowledge assessment from 1 to 5 is unsatisfactory.
Framework:
Study modules (subjects), practical training:
Modules (subjects): Communication module, Information and communication technology module, Professional activity modeling, Physics, Databases and information systems, Safety at work, Higher mathematics module, Computer architecture and operating systems module, Computer aided design, Programming module, Computer networks I module, Economics and research module, Computer Networks II module*, Electronics systems module, Internet technologies, Server management module, Programming for mobile devices, Software engineering, Informatics law and computer network security module.
Practice: Technological practice module, Computer Network Administration Practice* (Computer Networks II module), Profesion practice module, Final practice module.
The scope of the study field subjects is – 156 credits, 33 credits of these are allocated for practice.
Specializations:
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Optional courses:
Students are allowed to select general optional college study subjects which have been foreseen by the Director‘s order (OS1, OS2) as well as alternatively selected optional subjects provided by the committee of the study programme: Internet of things / Robotics, Software defined networks / Celular networks.
Distinctive features of a study programme:
Students have access to obtain the certificate of the CISCO computer networks academy.
Access to professional activity or further study:
Access to professional activity:
Computer network administration study programme students acquire competences to work as computer network and systems administrators, IT engineers and programmers in the companies, organizations and offices which use computer network technologies and computer hardware.
Access to further study:
Graduates will be able to pursue the enrollment of their learning outcomes if they decide to study according to the first cycle university study programmes. After completing supplementary studies or fulfilling other requirements established by the higher educational institution, they acquire the right to enter postgraduate studies of the second cycle.
