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
Comments:
No comment to show.