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Section names

Watch

Total

Lectures

Practically.

1

Module 1. Building a simple network

Description of network functions
Network device interaction model
Introduction to Local Networks
Cisco IOS Operating System
Basic Switch configuration
Lab 1: Initial Switch Configuration
How Ethernet technology works
Troubleshooting basic switch problems

8

4

4

2

Module 2. Internet connections

Understanding the network layer of the TCP/IP stack
IP addressing and subnets
Understanding the transport layer of the TCP/IP stack
Description of routing functions
Lab 2: Initial configuration of the router
Description of the package delivery process
Static and dynamic routing
Lab 3: Static Routing configuration
Traffic management using ACLs
Lab 4: Configuration of standard named and numbered ACLs
DHCP Technology
Connecting a local network to the Internet
NAT Technology
Lab 5: PAT Configuration
Lab 6: Establishing an Internet connection
Lab 7: Troubleshooting basic Internet connection problems

6

6

-

3

Module 3. Building a medium-sized network

VLAN and Trunk Technologies
Lab 8: Troubleshooting Basic VLAN and Trunk Issues
Routing between VLANs
Lab 9: Implementing multiple VLANs and configuring between them
Configuring the DHCP server on Cisco devices
Lab 10: Using a Cisco Router as a DHCP Server
Dynamic routing protocols
Principles of operation and configuration of the RIPv2 protocol
Lab 11: Configuring RIP v2 Internet

6

6

4

Module 4. Managing network devices and their security

Basic device Access Protection
Lab 12: Basic Device Access Protection
Cisco Device Security Technologies
Lab 13: Implementing Cisco Device Security Technologies
Managing Cisco devices
Lab 14: Syslog Configuration
Licensing
Lab 15: Configuration of medium-sized networks
Lab 16: Addressing the underlying problems of medium-sized networks

6

6

-

5

Module 5. Introduction to IPv6

Introduction to the Basics of IPv6
Understanding how IPv6 works
IPv6 Routing Configuration
Lab 17: Configuring static IPv6 routes

6

6

-

Routing and switching in computer networks (Cisco), part 2

6

Module 1. Implementing scalable medium-sized networks

Troubleshooting VLAN and Trunk technologies
Lab 1: Troubleshooting VLAN and Trunk issues
Building redundant switched topologies
Lab 2: Building fault-tolerant topologies
Improving the performance of redundant switched topologies using EtherChannel technology
Lab 3: Building fault-tolerant topologies using EtherChannel technology
Understanding redundancy at the third level of the OSI model
Lab 4: HSRP configuration and Troubleshooting

6

6

-

7

Module 2. Troubleshooting basic network failures

* Troubleshooting basic IPv4 connection failures

* Lab 5: Troubleshooting basic IPv4 Connectivity issues

* Troubleshooting basic IPv6 connection failures

* Lab 6: Troubleshooting Basic IPv6 Connectivity issues

6

6

-

8

Module 3. Implementation of dynamic routing based on the EIGRP protocol

* Features of the EIGRP protocol in the IPv4 network, path selection, route metric calculation

* Lab 7: EIGRP configuration

* Implementation of the EIGRP protocol in IPv6 networks

* Troubleshooting the EIGRP protocol

* Lab Work 8: Troubleshooting EIGRP

* Lab Work 9: Final Work 1

* Lab Work 10: Final Work 2

4

4

-

9

Module 4. Implementing a scalable solution based on the OSPF protocol

• OSPF Protocol Components

* Implementation of the OSPF protocol for multiple domains in IPv4 networks

* Lab 11: OSPF configuration for multiple areas

* Introduction to OSPFv3 for IPv6

* Lab 12: OSPFv3 configuration for IPv6 networks

* Troubleshooting the OSPF protocol

* Lab Work 13: Troubleshooting OPSF

8

4

4

10

Module 5. Global Networks (WAN)

* Understanding WAN technologies

* Point-to-point WAN connection configuration»

* Lab 14: Point-to-point WAN Connection configuration»

* Configuration of GRE tunnels

* Lab 15: Configuration of GRE tunnels

• * BGP Configuration

* Lab Work 16: Implementing EBGP

8

4

4

11

Module 6. Network Device Management

* Techniques for identifying and mitigating threats at the access level

• SNMP

* Lab 17: Implementing device management and security

* * APICEM and IWAN

* Basic concepts of cloud technologies

• QoS mechanisms

* Lab Work 18: Final Work 3

* Laboratory Work 19: Final work

8

4

4

TOTAL

72

50

22