• Be able to organize the theoretical knowledge to work with real equipment;
• Be able to develop information and communication networks protocols by analyzing and researching the characteristics of their work;
• Know the theoretical bases of information and communication networks and their protocols;
• Know the principles of the protocols and features of information and communication networks;
• Gain skills in information and communication networks operation and configuring modern protocols.

• Mathematical analysis;
• Switching and data forwarding systems, Part 1
• Theory of telecommunications, Part 1, Part 2;
• Communication networks, Part 1, Part 2;
• Planning and design of Telecommunication networks.

The concept of hierarchical network design; Scalable network; Scale-free network design; Redundancy access networks; Methods for connecting LAN; Merge WAN; Ensuring broadband access; The protocols of modern networks; Monitoring networks.

1. Building Multiservice Transport Networks / [J. Durkin, J. Goodman, R. Harris and other]. – Indianapolis: Cisco Press, 2006. – 576 р.
2. Oppenheimer P. Top-Down Network Design Second Edition / Priscilla Oppenheimer. – Indianapolis: Cisco Press, 2004. – 600 p.
3. Szigeti T. End-to-End QoS Network Design / T. Szigeti, C. Hattingh. – Indianapolis: Cisco Press, 2004. – 768 p.

• written reports of practical work, oral examination (40%);
• control examination (60% control measure, exam), writing (50%), oral form (10%).

• Be able to describe the components of multiservice platforms;
• Know the basic architecture of building multiservice networks;
• Know the types and kinds of interfaces;
• Master the method of calculating the media of the access gateway;
• Master the method of calculation software switch;
• Master the method of calculating vehicle switch.

• Mathematical analysis;
• Switching and data forwarding systems, Part 1
• Theory of telecommunications, Part 1, Part 2;
• Communication networks, Part 1, Part 2;
• Planning and design of Telecommunication networks.

Writing theoretical section according to the course tasks of the project; Calculation the parameters and selection of the access gateway; Designing distribution level; Equipment justification for core network.

1. Building Multiservice Transport Networks / [J. Durkin, J. Goodman, R. Harris and other]. – Indianapolis: Cisco Press, 2006. – 576 р.
2. Oppenheimer P. Top-Down Network Design Second Edition / Priscilla Oppenheimer. – Indianapolis: Cisco Press, 2004. – 600 p.
3. Szigeti T. End-to-End QoS Network Design / T. Szigeti, C. Hattingh. – Indianapolis: Cisco Press, 2004. – 768 p.

• written work according to tasks of the course project (40%);
• summary control (100% oral defense test): oral form (60%)