networking eng

The Networking Engineering training course is designed to develop skilled professionals capable of building, managing, and securing modern computer networks. This hands-on program delivers essential theoretical knowledge and practical experience to prepare learners for real-world networking roles and globally recognized certification pathways.

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PROGRAM OVERVIEW

The Networking Engineering Program is a comprehensive, industry-standard training designed to equip students with the practical skills and technical knowledge required to install, manage, secure, and troubleshoot modern computer networks. This hands-on course covers core networking concepts including network fundamentals, OSI and TCP/IP models, IP addressing and subnetting, routing and switching, wireless technologies, network services (DNS, DHCP, NAT), and essential cybersecurity principles.

Learners gain real-world experience using professional tools such as Cisco Packet Tracer, GNS3, and Wireshark while working on practical labs and enterprise-style projects that simulate real network environments. The program also emphasizes network diagnostics, performance monitoring, and troubleshooting methodologies used by IT professionals globally.

Upon completion, students will be capable of designing and deploying small to medium enterprise networks, configuring routers and switches, implementing secure wireless networks, and resolving connectivity issues efficiently. This program also prepares learners for globally recognized certifications such as Cisco CCNA and CompTIA Network+, enhancing employability in roles including Network Technician, Network Support Engineer, IT Support Specialist, and Junior Network Administrator.

Whether you’re starting a career in IT or upgrading your technical skills, this program provides a strong pathway into the fast-growing networking profession.

What You'll Learn

MONTH 1 – NETWORKING FUNDAMENTALS
Week 1 – Introduction to Networking & Hardware
  • Basics of computer networks

  • Types of networks: LAN, WAN, MAN, WLAN

  • Network topologies

  • Networking devices: Routers, Switches, Access Points, Firewalls

  • Cable types (UTP, fiber) & connectors

  • Lab: Build a simple LAN using Packet Tracer

Week 2 – OSI Model & TCP/IP
  • OSI 7-layer model

  • TCP/IP model

  • Encapsulation and data flow

  • Common protocols overview

  • Lab: OSI troubleshooting scenarios

Week 3 – IP Addressing & Subnetting
  • IPv4 structure and classes

  • CIDR notation

  • Subnetting techniques

  • Public vs private IPs

  • IPv6 basics

  • Lab: IP assignment & subnet calculations

Week 4 – Ethernet & Switching
  • Ethernet standards

  • MAC addressing

  • Switch operation

  • ARP

  • VLAN fundamentals

  • Lab: VLAN configuration

MONTH 2 – NETWORK IMPLEMENTATION
Week 5 – Routing Fundamentals
  • Static routing

  • Default routing

  • Routing tables

  • Introduction to dynamic routing (RIP, OSPF overview)

  • Lab: Configure multiple routers and test connectivity

Week 6 – Wireless Networking
  • Wi-Fi standards (802.11 a/b/g/n/ac/ax)

  • Wireless security (WPA2/WPA3)

  • Access Point configuration

  • Site survey basics

  • Lab: Configure secure WLAN

Week 7 – Network Services
  • DHCP configuration

  • DNS operation

  • NAT & port forwarding

  • Cloud networking basics

  • Lab: Setup DHCP, DNS, and NAT

Week 8 – Network Security
  • Threat types (DoS, MITM, malware)

  • Firewalls & ACLs

  • VPN basics

  • Network hardening techniques

  • Lab: Configure ACL rules

MONTH 3 – TROUBLESHOOTING & PROFESSIONAL PRACTICE
Week 9 – Network Monitoring & Troubleshooting
  • Common network faults

  • Diagnostic tools: ping, traceroute, ipconfig/ifconfig, netstat

  • Wireshark exposure

  • Ticket handling workflow

  • Lab: Fault isolation exercises

Week 10 – Enterprise Networking Concepts
  • Network design principles

  • High availability models

  • Load balancing concepts

  • Virtual networks (VLAN & VPN enterprise design)

  • Lab: Design a small office network

Week 11 – Career Preparation & Certification
  • CCNA & Network+ prep overview

  • Practice exams

  • Professional resume building for network engineers

  • Interview labs & mock questions

  • Lab: Certification practice tests

Week 12 – Capstone Project & Examination

Final Project:

  • Design and deploy a complete enterprise network:

    • VLAN segmentation

    • IP addressing & subnet design

    • Router and switch configuration

    • DHCP, DNS & NAT

    • Wireless secure network

    • Basic firewall rules

Final Assessment Includes:

  • Practical network deployment test

  • Written exam

  • Oral project defense

CERTIFICATION READINESS

This course prepares students for:

  • Cisco CCNA (200-301)

  • CompTIA Network+ (N10-009)

Career Path After Completion
  • Network Technician

  • Junior Network Engineer

  • Network Support Engineer

  • IT Support Specialist

  • NOC (Network Operations Center) Technician

  • Systems Administrator (Entry-Level)

  • Network Engineer (Associate Level)

  • Data Center Technician

  • Wireless Network Technician

  • Technical Support Analyst

  • Cybersecurity Support Technician

  • Cloud Networking Associate

  • Infrastructure Support Engineer

  • Field Network Engineer

  • Telecom Network Technician

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