Level - 2 Network Engineering Training

COURSE OUTLINE:

The Level 2 Network Engineer Programme is designed for learners who have completed the Level 1 Network Engineer Programme or possess equivalent foundational networking knowledge. This advanced course focuses on enterprise routing technologies, routing protocol design, network scalability, and troubleshooting skills required in modern network infrastructures.

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Participants will gain hands-on experience configuring, implementing, and troubleshooting industry-standard routing solutions using Cisco IOS Command Line Interface (CLI). Through extensive practical labs, challenge-based projects, and real-world case studies, learners will develop the confidence and technical expertise required to manage medium to large-scale enterprise networks.

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Module 1: Advanced Network Review and Super Lab

The programme begins by revisiting and expanding upon the comprehensive Super Lab completed in Level 1.

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Key Topics

Review of LAN and WAN implementation concepts
Multi-site network topology design
End-to-end network connectivity verification
Advanced router configuration using Cisco IOS CLI
Understanding router behaviour with custom subnet masks
Troubleshooting network communication across multiple sites

Practical Activities

Configure a complete multi-site enterprise network
Implement routing protocols for network communication
Verify end-to-end reachability between remote locations
Troubleshoot connectivity issues in a complex network environment

Module 2: Advanced Routing Concepts

Before exploring advanced routing technologies, learners will develop a strong understanding of the core principles that influence route selection and network behaviour.

Key Topics

Understanding Routing Protocols
Administrative Distance (AD)
Route Selection Process
Understanding Metrics
Best Path Determination
Network Convergence Concepts
Scalability and Routing Efficiency
Learning Outcomes

Participants will understand how routers make forwarding decisions and how different routing protocols influence network operations.

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Module 3: Enhanced Interior Gateway Routing Protocol (EIGRP)

This module introduces EIGRP, a highly scalable and efficient routing protocol widely used in enterprise networking environments.

Key Topics

Introduction to EIGRP
Benefits of EIGRP in large-scale networks
EIGRP architecture and operation
Neighbour relationships
Route advertisement and learning
EIGRP metrics and route calculation
Route convergence and scalability
Practical Configuration

Configuring EIGRP using Cisco IOS CLI
Verifying EIGRP operation
Troubleshooting EIGRP networks
Monitoring routing tables and neighbour relationships
Challenge Projects

Learners will complete multiple real-world implementation projects designed to strengthen their confidence in deploying and managing EIGRP networks.

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Module 4: Static Routing

This module focuses on one of the most fundamental routing methods used in networking.

Key Topics

What is Static Routing?
Why Static Routes are used
Advantages and disadvantages of Static Routing
Administrative control of routing decisions
Network design considerations
Practical Configuration

Configuring Static Routes
Verifying route installation
Troubleshooting Static Routing issues
End-to-end connectivity validation
Challenge Projects

Learners will design and implement network topologies using Static Routing and troubleshoot common configuration errors.

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Module 5: Default Routing

This module introduces Default Routing and its role in simplifying network communication.

Key Topics

Understanding Default Routes
When and why Default Routes are used
Gateway of Last Resort concept
Internet connectivity and default routing
Network traffic flow analysis
Practical Configuration

Configuring Default Routes
Verifying traffic forwarding behaviour
Troubleshooting Default Routing issues
Testing connectivity across enterprise networks
Practical Project Labs

Participants will complete several hands-on scenarios to reinforce their understanding of Default Routing implementation and management.

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Module 6: Open Shortest Path First (OSPF)

This module focuses on OSPF, one of the most widely deployed dynamic routing protocols in enterprise and service provider environments.

Key Topics

Introduction to OSPF
Benefits of OSPF in modern enterprise networks
Link-State Routing Concepts
OSPF Neighbour Relationships
Link-State Advertisements (LSAs)
OSPF Areas and Scalability
Route Calculation and Best Path Selection
OSPF Convergence Process
Practical Configuration

Configuring OSPF using Cisco IOS CLI
Verifying OSPF neighbour relationships
Monitoring OSPF route exchange
Troubleshooting OSPF deployments
Analysing routing tables and database information
Project-Based Learning

Learners will complete multiple real-world OSPF implementation projects and troubleshooting exercises to develop enterprise-level routing skills.

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Module 7: Enterprise Routing Design and Troubleshooting

This advanced module integrates all routing technologies covered throughout the programme.

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Key Topics

Comparing Static, Default, EIGRP, and OSPF Routing
Route Selection and Path Optimisation
Routing Protocol Troubleshooting Methodologies
Network Documentation and Best Practices
Enterprise Network Design Considerations
Practical Activities

Diagnosing routing issues
Verifying route propagation
Analysing routing tables
Resolving network convergence problems
Ensuring end-to-end reachability

Final Enterprise Super Lab

The programme concludes with a comprehensive Enterprise Super Lab that combines all technologies covered throughout the course.
 

TRAINING METHODOLOGY:

• Hands-on (To ensure they can enjoy the practical journey and get trained at their own pace)

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MODE OF TRAINING:

• Hands-on Instructor-led Online

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COST OF TRAINING:

• £350.00

 

DURATION OF TRAINING:

• 6 Weeks