Level - 4 Network Engineering Training

COURSE OUTLINE:

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The Level 4 Network Engineer Programme is designed for learners who have successfully completed Levels 1, 2, and 3 or possess equivalent networking experience. This advanced programme focuses on enterprise switching technologies, IPv6 implementation, network services, cloud computing fundamentals, and network automation.

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Participants will develop the skills required to design, implement, secure, and troubleshoot modern enterprise networks using industry-standard technologies. Through extensive hands-on labs, real-world project case studies, and enterprise-level Super Labs, learners will gain practical experience in switching, IPv6 deployment, cloud networking concepts, and network automation technologies that are shaping the future of IT infrastructure.

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Module 1: Enterprise Switching Fundamentals

This module introduces switching technologies and their critical role in modern enterprise networks.

Key Topics

Introduction to Network Switching
How Switches Operate
Layer 2 and Layer 3 Switching Concepts
MAC Address Learning and Forwarding
Collision Domains and Broadcast Domains
Switch Architecture and Operation
Enterprise Switching Design Principles
Practical Activities

Switch configuration using Cisco IOS CLI
Building switched network environments
Monitoring switch operations
Troubleshooting switching issues

Module 2: Intermediate Switching Technologies

This module develops a deeper understanding of network segmentation and communication within switched environments.

Virtual Local Area Networks (VLANs)

Participants will learn:

VLAN Concepts and Benefits
Network Segmentation Strategies
VLAN Design and Implementation
VLAN Assignment and Management
VLAN Troubleshooting
Inter-VLAN Communication

Participants will learn:

Why VLANs require Layer 3 communication
Inter-VLAN Routing Concepts
Router-on-a-Stick Implementation
Layer 3 Switching Concepts
End-to-End Connectivity Verification
Practical Labs

Configuring VLANs
Implementing Inter-VLAN Routing
Verifying communication between VLANs
Troubleshooting VLAN-related issues

Module 3: Advanced Switching Technologies

This module focuses on advanced switching features commonly deployed in enterprise environments.

EtherChannel Technology

Participants will learn:

EtherChannel Concepts
Link Aggregation Benefits
Load Balancing Principles
Redundancy and High Availability
EtherChannel Configuration and Verification
Port Security

Participants will learn:

Switch Port Security Concepts
MAC Address Security
Preventing Unauthorised Access
Security Violation Modes
Port Security Troubleshooting
Additional Enterprise Switching Features

Switch Hardening Techniques
Redundancy Concepts
Enterprise Switching Best Practices
Troubleshooting Advanced Switching Environments
Challenge-Based Projects

Learners will complete multiple enterprise switching scenarios designed to develop confidence in implementing and troubleshooting advanced switched networks.

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Module 4: IPv6 Fundamentals and Addressing

This module introduces the next generation of Internet Protocol addressing.

Key Topics

Why IPv6 is Required
IPv4 versus IPv6
IPv6 Address Structure
IPv6 Address Types
Global Unicast Addresses
Link-Local Addresses
Multicast Addresses
IPv6 Address Planning
Practical Activities

Configuring IPv6 addressing
Verifying IPv6 connectivity
Troubleshooting IPv6 communication
Building IPv6-enabled networks

Module 5: IPv6 Routing Technologies

This module focuses on routing in IPv6 environments.

Static IPv6 Routing

Participants will learn:

IPv6 Static Route Configuration
Route Verification
Troubleshooting IPv6 Static Routing
Dynamic IPv6 Routing Protocols

Participants will learn:

IPv6 Routing Fundamentals
Dynamic Route Exchange
IPv6 Routing Protocol Concepts
Route Learning and Convergence
Enterprise IPv6 Routing Design
Practical Configuration

Configuring IPv6 routing
Verifying route propagation
Troubleshooting IPv6 routing issues
End-to-end connectivity validation
Project Case Studies

Learners will complete a range of practical IPv6 deployment and troubleshooting projects based on real-world enterprise scenarios.

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Module 6: IP Services

This module introduces the essential services that support enterprise network operations.

Key Topics

Dynamic Host Configuration Protocol (DHCP)
Domain Name System (DNS)
Network Time Protocol (NTP)
File Transfer Services
Remote Management Services
Device Monitoring Fundamentals
Practical Activities

Configuring DHCP services
Implementing DNS solutions
Managing network services
Troubleshooting service-related issues
Service integration within enterprise networks
Project-Based Learning

Participants will implement and troubleshoot enterprise network services through hands-on practical projects and case studies.

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Module 7: Cloud Computing Fundamentals

As organisations increasingly adopt cloud technologies, Network Engineers must understand how networking integrates with cloud platforms.

Key Topics

Introduction to Cloud Computing

Learning Outcomes

Participants will gain a solid understanding of how enterprise networks interact with cloud-based infrastructures and services.

Module 8: Network Automation Fundamentals

This module introduces learners to the future of network management and operations.

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Key Topics

Introduction to Network Automation
Benefits of Automation in Enterprise Networks
Software-Defined Networking (SDN) Concepts
Network Programmability Fundamental

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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:

• Instructor-led Online

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COST OF TRAINING:

• £350.00

 

DURATION OF TRAINING:

• 6 Weeks