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Network Engineer — Master’s Course
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Course Materials

Course Features

Duration Self-paced
Level Beginner
Language English
Mode Online
Networking

Network Engineering Course Online — OSI, Routing, Switching & VPNs

Build a career in IT networking with this comprehensive online network engineer master course. You will master OSI and TCP/IP models, IP addressing and subnetting, LAN/WAN and DNS/DHCP configuration, switching technologies including VLANs and VTP, routing protocols (OSPF, EIGRP, BGP), WAN technologies and VPNs, firewall and security configuration, and network monitoring tools. The course prepares you for real-world network engineering roles, with Cisco skills, practical labs, 1:1 mentorship, and mock interview preparation.

Last updated December 2025
Next cohort starts Oct 1st
$1,200.00 $1,500.00
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Master modern network engineering. Design, configure, secure, and troubleshoot enterprise and cloud-connected networks—from fundamentals to advanced routing, switching, and security.

  • Foundations: roles, OSI & TCP/IP models, key protocols and terminology
  • Core networking: IP addressing & subnetting; LAN/WAN; DNS & DHCP
  • Switching: VLANs, VTP, STP—segmentation and loop avoidance
  • Routing: RIP, OSPF, EIGRP, and advanced BGP, MPLS, HSRP
  • Secure connectivity: VPNs & remote access; routing & switching hardening
  • Visibility & voice: SNMP monitoring, Wireshark analysis, QoS & VoIP
  • Systems & security: Active Directory essentials; Windows & Cisco firewalls; IDS/IPS
  • Platforms & docs: VMware ESXi for labs; network design & documentation in Visio

Finish with a capstone: plan, design, implement, secure, monitor, and present a full network solution.

1:1 Personalized Mentorship
Mock Interview Preparation
Networking roles, OSI & TCP/IP models
IP addressing & subnetting
LAN & WAN fundamentals
DNS & DHCP configuration
Switching: VLAN, VTP, STP
Routing: RIP, OSPF, EIGRP
Advanced routing: BGP, MPLS, HSRP
VPN & remote access
QoS & VoIP
SNMP monitoring
Wireshark packet analysis
VMware ESXi labs
Active Directory basics
Windows & Cisco firewalls, IDS/IPS
Routing & switching security
Troubleshooting & optimization
Visio network diagrams & documentation
Capstone project
Overview of Network Engineering
Roles & Responsibilities
Why Networks Matter
Key Concepts & Terminologies
OSI Layers Overview
Functions of Each OSI Layer
TCP/IP Layers Overview
Functions & Core Protocols
Understanding Subnets
Calculating Subnets & Masks
VLSM & Address Planning
LAN Concepts & Setup
WAN Concepts & Topologies
DNS Concepts & Configuration
DHCP Concepts & Configuration
VLAN Concepts & Configuration
VTP: Trunking & Management
STP: Loop Avoidance Basics
RIP: Concepts & Configuration
OSPF: Concepts & Configuration
EIGRP: Concepts & Configuration
HSRP: High Availability & Failover
BGP: Concepts & Configuration
MPLS: Concepts & Use Cases
VPN Concepts & Types
Remote Access Technologies
QoS: Concepts & Policies
VoIP: Concepts & Configuration
SNMP: Overview & Configuration
Practical Monitoring Use Cases
Capturing & Filtering Packets
Analyzing Protocols & Issues
VMware ESXi: Setup & Management
Virtual Switching & Lab Design
AD Basics & Integration
Managing Users & Groups
Windows Firewall: Configuration
Cisco Firewalls: Concepts & Setup
IDS/IPS: Concepts & Deployment
Secure Routing Techniques
Secure Switching Techniques
Troubleshooting Techniques & Tools
Network Performance Optimization
Designing & Documenting the Network (Visio)
Configuring Routing, Switching & Security
Monitoring & Final Presentation
Project: Capstone: Network Design & Implementation