Network Engineer Course

Benefits of completing Network Engineer Course

This course will be real practical network engineering course. This course will be included not only Cisco networking devices but also other network devices. After completion of this course,

1. You will be able to work as an IT engineer, network engineer, system engineer, network administrator, etc.

2. This course will also be foundation for those who will take Cisco and Microsoft exams.

Virtualization and Windows Servers

Topics:
    What is Virtualization
    DNS
    DHCP
    Active Directory
    File Sharing     
    IIS
    Servers Clustering

    Activities and Lab

Chapter 29: IP Addressing Services

Topics:
    DHCP
    Scaling Networks with NAT
    IPv6

    Activities and Labs

Chapter 28: Teleworker Services

Topics:
    Business Requirements for Teleworker Services
    Broadband Services
    VPN Technology
    
    Activities and Labs

Chapter 27: Access Control Lists (ACLs)

Topics:
    Using ACLs to Secure Networks
    Configuring Standard ACLs
    Configuring an Extended ACL
    Configure Complex ACLs
    
    Activities and Labs

Chapter 26: Network Security

Topics:
    Introduction to Network Security
    Securing Cisco Routers
    Securing Router Network Services
    Using Cisco SDM
    Secure Router Management

    Activities and Labs

Chapter 25: Frame Relay

Topics:
    Basic Frame Relay Concepts
    Configuring Frame Relay
    Advanced Frame Relay Concepts
    
    Activities and Labs

Chapter 24: Point-to-Point Protocol (PPP)

Topics:
    Introducing Serial Communications
    PPP Concepts
    
    Activities and Labs

Chapter 23: Introduction to WANs

Topics:
    Introducing Wide-Area Networks
    The Evolving Enterprise
    The Evolving Network Model
    WAN Technology Concepts
    WAN Connection Options
    
    Activities and Labs

Chapter 22: Basic Wireless Concepts and Configuration

Topics:
    The Wireless LAN
    Wireless LAN Security
    Configure Wireless LAN Access
    Troubleshooting Simple WLAN Problems

    Activities and Labs

Chapter 21: Spanning Tree Protocol (STP)

Topics:
    Redundant Layer 2 Topologies
    Introduction to STP
    STP Convergence
    PVST+, RSTP, and Rapid PVST

    Activities and Labs

Chapter 20: VLAN Trunking Protocol (VTP)

Topics:
    VTP Concepts
    VTP Operation
    Configure VTP
    
    Activities and Labs

Chapter 19: Virtual LANs (VLANs)

Topics:
    Introduction to VLANs
    VLAN Trunking
    Configure VLANs and Trunks
    Troubleshooting VLANs and Trunks

    Activities and Labs

Chapter 18: OSPF

Topics:
    Introduction to OSPF
    Basic OSPF Configuration    
    The OSPF Metric
    OSPF and Multiaccess Networks
    More OFPF Configuration

    Activities and Labs

Chapter 17: Link-State Routing Protocols

Topics:
    Link-State Routing
    Implementing Link-State Routing Protocols

    Activities and Labs

Chapter 16: EIGRP

Topics:
    Introduction to EIGRP
    Basic EIGRP Configuration
    EIGRP Metric Calculation
    DUAL
    More EIGRP Configurations

    Activities and Labs

Chapter 15: RIPv2

Topics:
    RIPv1 Limitations
    Configuring RIPv2
    VLSM and CIDR
    Verifying and Troubleshooting RIPv2

    Activities and Labs

Chapter 14: VLSM and CIDR

Topics:
    Classful and Classless Addressing
    VLSM
    CIDR

    Activities and Labs

Chapter 13: RIP Version 1

Topics:
    RIPv1: Distance Vector, Classful Routing Protocol
    Basic RIPv1 Configuration
    Verification and Troubleshooting
    Automatic Summarization
    Default Route and RIPv1

    Activities and Labs

Chapter 12: Distance Vector Routing Protocols

Topics:
    Introduction to Distance Vector Routing Protocols
    Network Discovery
    Routing Table Maintenance
    Routing Loops
    Distance Vector Routing Protocols Today

    Activities and Labs

Chapter 11: Introduction to Dynamic Routing Protocols

Topics:
    Introduction to Dynamic Routing Protocols
    Classifying Dynamic Routing Protocols
    Metrics
    Administrative Distance

    Activities and Labs

Chapter 10: Static Routing

Topics:
    Routers and the Network
    Router Configuration Review
    Exploring Directly Connected Networks
    Static Routes with Next-Hop Address
    Static Routers with Exit Interfaces
    Summary and Default Static Routes
    Managing and Troubleshooting Static Routes

    Activities and Labs

Chapter 9: Introduction to Routing and Packet Forwarding

Topics:
    Inside the Router
    CLI Configuration and Addressing
    Building the Routing Table
    Path Determination and Switching Functions

    Activities and Labs

Chapter 8: Basic Switch Concepts and Configuration

Topics:
    Introduction to Ethernet/802.3 LANs
    Forwarding Frames Using a Switch
    Switch Management Configuration
    Configuration Switch Security

    Activities and Labs

Chapter 7: LAN Design

Topics:
    Switched LAN Architecture
    Managing Switches to Specific LAN Function

    Activities and Labs

Chapter 6: Configuring and Testing Your Network

Topics:
    Configuring Cisco Devices: IOS Basics
    Applying a Basic Configuration Using Cisco IOS
    Verifying Connectivity
    Monitoring and Documenting Networks

    Activities and Labs

Chapter 5: Planning and Cabling Networks

Topics:
    LANs: Making the Physical Connection
    Device Interconnections
    Developing and Addressing Scheme
    Calculating the Subnets
    Device Interconnections

    Activities and Labs

Chapter 4: Ethernet

Topics:
    Overview of Ethernet
    Ethernet: Communication Through the LAN
    Ethernet Frame
    Ethernet MAC
    Ethernet Physical Layer
    Hubs and Switches
    Address Resolution Protocol (ARP)

    Activities and Labs

Chapter 3: Addressing the Network: IP4

Topics:
    IPv4 Addresses
    IPv4 Addresses for Different Purposes
    Assigning Addresses
    Calculating Addresses
    Testing the Network Layer

    Activities and Labs

Chapter 2: OSI and TCP/IP Model

Topics:
    Application Layer
    Applications: The Interface Between the Networks
    Making Provisions for Applications and Services
    Application Layer Protocols and Services Examples
    
    OSI Transport Layer
    Roles of Transport Layer
    TCP: Communicating with Reliability
    UDP: Communicating with Low Overhead

    OSI Network Layer
    Network Layer: Communicating from Host to Host
    Network: Dividing Hosts into Groups
    Routing: How Data Packets are Handled
    Routing Processes: How Routes Are Learned

    OSI Data Link Layer
    Data Link Layer: Accessing the Media
    MAC Techniques: Placing Data on the Media
    MAC: Addressing and Framing Data
    Putting It All Together: Following Data Through an Internetwork

    OSI Physical Layer
    Physical Layer: Communication Signals
    Physical Signaling and Encoding: Representing Bits
    Physical Media: Connection Communication

    Activities and Labs

Chapter 1: Communicating over the Network

Topics:
    The Platform for Communication    
    LANs, WANs and Internetworks
    Protocols
    Using Layered Models
    Network Addressing
    
    Activities and Labs