- •Content of study and methodological materials
- •Working curriculum ( syllabus)
- •Working curriculum ( syllabus)
- •5. Thematic plan
- •6.Content of the course Lectures
- •Tasks for practical work
- •7. Guidelines for the implementation of individual work
- •Tasks for individual work
- •8. Course policy, academic conduct and ethics
- •9. Issues for intermediate and final control
- •10. Scale of assessment of knowledge
- •Distribution of rating points after the examination
- •11. List of references
- •Internet resources
6.Content of the course Lectures
Week |
Theme |
Content |
1. |
An ICT role in key sectors of development of society. Standards in the field of ICT |
Plan: 1.Definition of ICT. Subject ICT and its purposes. An ICT role in key sectors of development of society 2.Standards in the field of ICT. 3.Communication between ICT and achievement of the objectives of the a sustainable development in the Millennium Declaration. |
2. |
Introduction to computer systems. Architecture of computer systems |
Plan: 1.Review of computer systems. Evolution of computer systems. 2.Architecture and components of computer systems. Use of computer systems. 3.Data presentation in computer systems. |
3. |
Software. Operating systems |
Plan: 1.Software. Types of the software, purpose and characteristic. 2.Basic concepts of OS. Evolution of operating systems. Classification of operating systems, including for mobile devices. 3.Classification of desktop applications. |
4. |
Human computer interaction |
Plan: 1.User interface as means of human-computer interaction. Usability of interfaces. 2.Types of interfaces: command line interface, text interface, graphic interface. 3.Physical and mental characteristics of the user. Development stages of the user interface. Types of testing of interfaces (testing of users). 4.Perspectives of development of interfaces. |
5. |
Database systems |
Plan: 1.Bases of management systems database: concept, characteristic, architecture. 2.Data models. Normalization. Integrity constraint on data. Fundamentals of SQL. Design and development of databases. 3.Technology of programming of ORM. The distributed, parallel and heterogeneous databases. |
6. |
Data analysis. Data management |
Plan: 1.Data analysis bases. Methods of data collection, classification and prediction. 2.Decision trees. Processing of large volumes of data. 3.Methods and stages of Data mining. Tasks of Data mining. Visualization of data. |
7. |
Networks and telecommunications |
Plan: 1.Data transfer devices, transmission medium. Types of networks. 2.Stack protocols: TCP/IP, OSI. IP-addressing 3.Local and wide area networks. Wire and wireless network technologies. DHCP protocol. 4.Technologies of connection to the Internet. Telecommunication technologies. |
8. |
Cyber safety |
Plan: 1.Security risk of information and their classification. Industry of cybersafety. 2.Cybersafety and control of the Internet. Malicious apllications. Measures and means of information protection. 3.Standards and specifications in the field of information security. 4.Legal relations in the sphere of information security. Digital signature. Encoding. |
9. |
Internet technologies |
Plan: 1.Basic components of Internet. 2.The universal identifier of resources (URI), its assignment and components. 3.Service DNS. Web technologies: HTTP, DHTML, CSS, and JavaScript. 4.E-mail. Message format. SMTP, POP3, IMAP protocols. |
10. |
Cloud and mobile technologies |
Plan: 1.Date centeres. Tendencies of development of the modern infrastructure decisions. 2.Principles of cloud computing. Technologies of virtualization. Web-service in the Cloud. 3.Main terms and concepts of mobile technologies. Mobile services. Standards of mobile technologies. |
11. |
Multimedia technologies |
Plan: 1.Representation text, audio, video and graphical information in a digital format. Basic technologies for compression of information. 2. 3-D representations of the virtual world and animation. Instruments of development of multimedia applications. 3.Use of multimedia technologies for planning, descriptions of business processes and their visualization. |
12. |
Smart Technology |
Plan: 1.Internet of things. Big data. Technology Block Chain. 2.Artificial intelligence. Use of Smart-services. 3.Green technologies in ICT. 4.Teleconferences. Telemedicine. |
13. |
E-technologies. Electronic business. E-learning. Electronic government |
Plan: 1.Electronic business: Main models of electronic business. Information infrastructure of electronic business. Legal regulation in electronic business. 2.Electronic training: architecture, structure and platforms. Electronic textbooks 3.Electronic government: concept, architecture, services. Formats of implementation of the electronic government in developed countries. |
14. |
Information technologies in the professional sphere. Industrial ICT |
Plan: 1.The software for the solution of tasks of the specialized professional sphere. 2.Modern IT trends in the professional sphere: medicine, power, etc. Use of search engines and electronic resources in the professional purposes. 3.Safety issues in industrial information and communication technologies. |
15. |
Perspectives of development of ICT |
Plan: 1.Prospects of development perspectives in the sphere of IT of the market: development of the free software. 2.Forming of an ecosystem of IT of entrepreneurship and support small startup of the companies. 3.Programs of acceleration and incubation. Development of necessary infrastructure of electronic payments and logistics. 4.Prospects of development of E-technologies. |
