Network and internet technologies
Faculty of information Technology
Name
Network and internet technologies
Program code
327
Qualification awarded
Bachelor Telecommunications and Radio Engineering
Length of programme
4 years
Number of credits
240
level of qualification according to the National Qualification Framework and the European Qualifications Framework
6
Qualification level
First (Bachelor)
Discipline
Electronics, automation and electronic communications
Speciality
KnowledgeField EN
Specific admission requirements
Complete general secondary education (NQF Level 3) or higher
Specific arrangements for recognition of prior learning
Admission was based on the results of External Independent Assessment of Ukrainian language and literature, Mathematics, Physics / Foreign Language
Qualification requirements and regulations, including graduation requirements
Programme learning outcomes
Be able to demonstrate knowledge and understanding of the main facts, concepts, laws and theories connected to the professional activity directed at creation of conditions for information exchange at a distance, its processing and storing, including technological systems and technical means that secure reliable and qualitative transmission, reception, processing and storing of different signs, signals, written texts, images and sounds by optical, wired, radio and other systems, what means utilization of certain theories and methods of a respective science and is characterized by complexity and fuzziness of conditions.
Be able to use this knowledge and understanding for solving quantitative and qualitative problems of a similar nature in information-telecommunication networks, telecommunication and radio-technical networks.
Be able to determine and employ in professional activity methods of performing testing of information-telecommunication networks, telecommunication and radio engineering systems for their conformity with domestic and international rules and regulations.
Be able to explain results, obtained during performing measurements, in terms of their importance and relate them to the respective theory..
Have the skills to evaluate, interpret and synthesize information and data.
Know how to use computational skills and those of data processing, related to information and data in information-telecommunication networks, telecommunication and radio engineering systems.
Know how to follow the terminology in the area of telecommunications and radio engineering.
Be able to choose main technologies of information telecommunication networks, telecommunication and radio engineering systems and their major characteristic.
Know how to follow the terminology in the area of telecommunications and radio engineering.
Be able to choose main technologies of information telecommunication networks, telecommunication and radio engineering systems and their major characteristic.
Be able to communicate, including written and oral communications, by one of the major European languages (English, German, Italian, French, Spanish), as well as by the language of the country of origin.
Know how employ interpersonal skills that are related to ability to interact with other people and get them involved in the teamwork.
Be able to understand and accept with tolerance ethical norms of behavior towards other people.
Know theoretical basis of the processes occurring in the telecommunication and radio engineering systems.
Know main properties of the component base of telecommunication and radio engineering systems and devices.
Know automation means of project design and maintenance in telecommunication and radio engineering.
Know main aspects of utilization of terminology in telecommunications and radio engineering.
Form of study
Full-time form
Examination regulations and grading scale
The final evaluation of learning outcomes at the University is carried out on a single 100-point scale. The assessment of the applicant corresponds to the ratio established of the level of professional and general competencies to the planned learning outcomes (as a percentage). The minimum positive level of assessment is 60 points. According to the results of exams, according to the results of course and diploma works (projects); based on the results of work in practice, the student is also graded on a 4-point scale: “Excellent”, “Good”, “Satisfactory”, “Unsatisfactory”. If the final exam is not conducted in the disciplines, the results of the applicant’s work are evaluated on a 2-point scale: “Passed” or “Fail”.
Оbligatory or optional mobility windows (if applicable)
Work placement
Work-based learning
Director of the course
Faculty of information Technology
Occupational profiles of graduates
Positions in companies, enterprises and institutions of telecommunication and information sectors (technical specialists in the field of computational technologies, professionals in the area of computer networks, professionals in the field of programming, computer software developers).
Preparation to certification at Cisco for the technical specialist level in «Networking technologies».
Access to further studies
Access to programmes of the Second (Master) level of the higher education. Has the right to acquire additional qualifications in the adult education system.
Subjects
As part of the curriculum, students study the following disciplines
Code: ОК 1,
Code: ОК 2,
Code: ОК 3,
Code: ОК 4.,
Code: ОК 5,
Code: ОК 6,
Code: ОК 7,
Higher mathematics in information technologies
Code: ОК 8,
Theory of Algorithms
Code: ОК 9,
Code: ОК 10,
Code: ОК 11,
Programming technologies
Code: ОК 12,
Code: ОК 13,
Fundamentals оf Circuit Design
Code: ОК 14,
Computer Architecture
Code: ОК 15,
Code: ОК 16,
Code: ОК 17,
Code: ОК 18,
electrical engineering and electronics
Code: ОК 19,
Computer logic and discrete mathematics
Code: ОК 20,
Fundamentals of Programming
Code: ОК 21,
Code: ОК 22,
Technologies and protocols of multiservice networks
Code: ОК 23,
Code: ОК 24,
Code: ОК 25,
Code: ОК 26,
Code: ОК 27,
Fundamentals of databases
Code: ОК 28,
Code: ОК 29,
Enterprise Cyber Security
Code: ОК 30,
Probabilistic bases in information technologies
Code: ОК 31,
Code: ОК 32,
Code: ОК 33,
Code: ОК 34,
Code: ОК 35,
WEB DESIGN AND WEB PROGRAMMING
Code: ОК 36,
Code: ОК 37,
Technologies of wireless networks
Code: ВБ 2.1.1,
Code: ВБ 2.1.2,
Code: ВБ 2.1.3,
Object-oriented programming
Code: ВБ 2.1.4,
Infrastructure of future networks
Code: ВБ 2.1.6,
protection of information in information systems
Code: ВБ 2.1.7,
Computer Simulation and Optimization in Information Systems
Code: ВБ 2.1.8,
Code: ВБ 2.3,
Code: ВБ 2.4,
Code: ВБ 2.5,
Code: ВБ 2.6,
Telecommunication systems design
Code: ВБ 2.7,
Code: ВБ 2.1.8,
Code: ВБ 3.1,
Code: ВБ 3.2,
Code: ВБ 3.2,
Code: ВБ 3.3,
Code: ВБ 3.4,
Modern internet technologies
Code: ВБ 2.1.5,